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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.1.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for TCH/H under propagation condition TUhigh with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.1.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.1.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/H with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.14.20.1.4.2 Procedure
a) The fading function is set to TUhigh for MS indicating VAMOS I or VAMOS II support and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) In addition to the wanted signal, the SS produces a further interferer signal to produce scenario VDTS-1 according to TS 45.005 Q.1.
c) The SS sets the level of the wanted signal to (-93+Ir)dBm that indicated by Ir in table 14.20.1-2 or 14.20.1-3 for VAMOS I or table 14.20.1-4 or 14.20.1-5 for VAMOS II or table 14.20.1-6 through 14.20.1-9 for VAMOS III.
d) The SS compares the modulation of the signal that it sends to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
e) The SS determines the number of residual bit error events for the bits of the class Ib and II, by examining at least the minimum number of samples of consecutive bits of class Ib and II. Bits are only taken from those frames not signalled as erased.
f) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
g) The SS repeats step c) to f) with SCPIR_DL values 0 dB and -4 dB.
h) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
i) The SS discontinues all interfering signals.
j) In addition to the wanted signal, the SS produces a further four interfering signals to produce scenario VDTS-2 according to TS 45.005 Q.1.
k) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
l) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
m) The SS discontinues all interfering signals.
n) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-3 according to TS 45.005 Q.1.
o) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
p) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
q) The SS discontinues all interfering signals.
r) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-4 according to TS 45.005 Q.1.
s) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
t) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
u) For MS indicating VAMOS III support, steps b) to t) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7)
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.1.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.1-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
403
380
190
180
hh:mm:ss
00:06:43
00:06:20
00:03:10
00:03:00
The error rate measured in this test shall be tested according to the values given in table 14.20.1-2 to table 14.20.1-9 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.1-2: Statistical test limits for GSM 850 and GSM 900 TCH/H (VAMOS I MS)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
SCPIR_DL = 4dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001000
0.001234
279578
77
0:01:17
Class II
(as frames)
850
0.039000
0.048126
7168
9
0:00:09
TCH/H
SCPIR_DL = 0dB
VDTS-1
Frames
12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002400
0.002962
116491
32
0:00: 32
Class II
(as frames)
850
0.047000
0.057998
5948
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.000800
0.000987
349473
96
0:01: 36
Class II
(as frames)
850
0.041200
0.050841
6786
8
0:00:08
TCH/H
SCPIR_DL = 4dB
VDTS-2
Frames
Class1b
Class II
12.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002200
0,048600
0.012340
0,002715
0,059972
27959
127081
5753
560
35
7
0:09:20
00:00:35
00:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-2
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002500
0.003085
111831
31
0:00: 31
Class II
(as frames)
850
0.049000
0.060466
5706
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-2
Frames
Class1b
Class II
17.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002200
0,047400
0.012340
0,002715
0,058492
27959
127081
5898
560
35
7
0:09:20
00:00:35
00:00:07
TCH/H
SCPIR_DL = 4dB
VDTS-3
Frames
Class1b
Class II
9.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002400
0,051500
0.012340
0,002962
0,063551
27959
116491
5429
560
32
6
0:09:20
00:00:32
00:00:06
TCH/H
SCPIR_DL = 0dB
VDTS-3
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002400
0.002962
116491
32
0:00:32
Class II
(as frames)
850
0.050100
0.061823
5580
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-3
Frames
Class1b
Class II
16
(as frames)
(as frames)
50
3650
850
0.010000
0,000700
0,039900
0.012340
0,000864
0,049237
27959
399398
7007
560
109
8
0:09:20
00:01:49
00:00:08
TCH/H
SCPIR_DL = 4dB
VDTS-4
Frames
Class1b
Class II
-11
(as frames)
(as frames)
50
3650
850
0.010000
0,002600
0,045500
0.012340
0,003208
0,056147
27959
107530
6145
560
29
7
0:09:20
00:00:29
00:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-4
Frames
-6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002500
0.003085
111831
31
0:00:31
Class II
(as frames)
850
0.047400
0.058492
5898
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-4
Frames
Class1b
Class II
-0.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002500
0,047900
0.012340
0,003085
0,059109
27959
111831
5837
560
31
7
0:09:20
00:00:31
00:00:07
Table 14.20.1-3: Statistical test limits for DCS 1 800 and 1900 TCH/H (VAMOS I MS)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
SCPIR_DL = 4dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001000
0.001234
279578
77
0:01:17
Class II
(as frames)
850
0.04000
0.04936
6990
9
0:00:09
TCH/H
SCPIR_DL = 0dB
VDTS-1
Frames
12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002300
0.002838
121556
33
0:00: 33
Class II
(as frames)
850
0.046500
0.057381
6012
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0.002591
133133
36
0:00: 36
Class II
(as frames)
850
0.046200
0.057011
6052
8
0:00:08
TCH/H
SCPIR_DL = 4dB
VDTS-2
Frames
Class1b
Class II
12.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002900
0,054000
0.012340
0,003579
0,066636
27959
96406
5177
560
26
6
0:09:20
00:00:26
0:00:06
TCH/H
SCPIR_DL = 0dB
VDTS-2
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001000
0.001234
279579
77
0:01:17
Class II
(as frames)
850
0.036000
0.044424
7767
10
0:00:10
TCH/H
SCPIR_DL = -4dB
VDTS-2
Frames
Class1b
Class II
18
(as frames)
(as frames)
50
3650
850
0.010000
0,002200
0,047300
0.012340
0,002715
0,058368
27959
127081
5911
560
35
7
0:09:20
00:00:35
00:00:07
TCH/H
SCPIR_DL = 4dB
VDTS-3
Frames
Class1b
Class II
10
(as frames)
(as frames)
50
3650
850
0.010000
0,002400
0,050000
0.012340
0,002962
0,061700
27959
116491
5592
560
32
7
0:09:20
00:00:32
00:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-3
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002800
0.003455
99850
28
0:00:28
Class II
(as frames)
850
0.049900
0.061577
5603
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-3
Frames
Class1b
Class II
16
(as frames)
(as frames)
50
3650
850
0.010000
0,000800
0,040700
0.012340
0,000987
0,050224
27959
349473
6869
560
96
8
0:09:20
00:01:36
00:00:08
TCH/H
SCPIR_DL = 4dB
VDTS-4
Frames
Class1b
Class II
-10.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002400
0,046400
0.012340
0,002962
0,057258
27959
116491
6025
560
32
7
00:09:20
00:00:32
00:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-4
Frames
-6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002500
0.003085
111832
31
0:00:31
Class II
(as frames)
850
0.048600
0.0599729
5753
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-4
Frames
Class1b
Class II
1
(as frames)
(as frames)
50
3650
850
0.010000
0,002300
0,047200
0.012340
0,002838
0,058245
27959
121556
5923
560
33
7
00:09:20
00:00:33
00:00:07
Table 14.20.1-4: Statistical test limits for GSM 850 and GSM 900 TCH/H (VAMOS II MS)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
SCPIR_DL = 4dB
VDTS-1
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.00090
0,001111
310643
85
0:01: 25
Class II
(as frames)
850
0.0424
0,052322
6594
8
0:00:08
TCH/H
SCPIR_DL = 0dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002
0,002468
139789
38
0:00: 38
Class II
(as frames)
850
0.0529
0,065279
5286
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.0021
0,002591
133133
36
0:00: 36
Class II
(as frames)
850
0.0559
0,068981
5002
6
0:00:06
TCH/H
SCPIR_DL = -8dB
VDTS-1
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002
0,002468
139789
38
0:00: 38
Class II
(as frames)
850
0.0542
0,066883
5159
7
0:00:07
TCH/H
SCPIR_DL = -10dB
VDTS-1
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.0022
0,002715
127081
35
0:00: 35
Class II
(as frames)
850
0.057
0,070338
4905
6
0:00:06
TCH/H
SCPIR_DL = 4 dB
VDTS-2
Frames
Class1b
Class II
11,5
(as frames)
(as frames)
50
3650
850
0.010000
0,001800
0,050300
0.012340
0,002221
0,062070
27959
155321
5558
560
43
7
0:09:20
0:00:43
0:00:07
TCH/H
SCPIR_DL = 0 dB
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001800
0,002221
155322
43
0:00:43
Class II
(as frames)
850
0.049700
0,061330
5626
7
0:00:07
TCH/H
SCPIR_DL = -4 dB
VDTS-2
Frames
Class1b
Class II
15.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002000
0,052000
0.012340
0,002468
0,064168
27959
139789
5377
560
38
6
0:09:20
0:00:38
0:00:06
TCH/H
SCPIR_DL = -8 dB
VDTS-2
Frames
Class1b
Class II
19
(as frames)
(as frames)
50
3650
850
0.010000
0,002100
0,052100
0.012340
0,002591
0,064291
27959
133133
5366
560
36
6
0:09:20
0:00:36
0:00:06
TCH/H
SCPIR_DL = -10 dB
VDTS-2
Frames
Class1b
Class II
21
(as frames)
(as frames)
50
3650
850
0.010000
0,001200
0,050000
0.012340
0,001481
0,061700
27959
232982
5592
560
64
7
0:09:20
0:00:04
0:00:07
TCH/H
SCPIR_DL = 4 dB
VDTS-3
Frames
Class1b
Class II
9.5
(as frames)
(as frames)
50
3650
850
0.010000
0,000500
0,048100
0.012340
0,000617
0,059355
27959
559157
5812
560
153
7
0:09:20
0:02:33
0:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-3
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.049600
0,061206
5637
7
0:00:07
TCH/H
SCPIR_DL = -4 dB
VDTS-3
Frames
Class1b
Class II
13.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002300
0,050000
0.012340
0,002838
0,061700
27959
121556
5592
560
33
7
0:09:20
0:00:33
0:00:07
TCH/H
SCPIR_DL = -8 dB
VDTS-3
Frames
Class1b
Class II
17.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002600
0,055000
0.012340
0,003208
0,067870
27959
107530
5083
560
29
6
0:09:20
0:00:29
0:00:06
TCH/H
SCPIR_DL = -10 dB
VDTS-3
Frames
Class1b
Class II
19
(as frames)
(as frames)
50
3650
850
0.010000
0,002400
0,055000
0.012340
0,002962
0,067870
27959
116491
5083
560
32
6
0:09:20
0:00:32
0:00:06
TCH/H
SCPIR_DL = 4 dB
VDTS-4
Frames
Class1b
Class II
-11.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002400
0,050900
0.012340
0,002962
0,062811
27959
116491
5493
560
32
6
0:09:20
0:00:32
0:00:06
TCH/H
SCPIR_DL = 0dB
VDTS-4
Frames
-8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002400
0,002962
116492
32
0:00:32
Class II
(as frames)
850
0.051200
0,063181
5461
7
0:00:07
TCH/H
SCPIR_DL = -4 dB
VDTS-4
Frames
Class1b
Class II
-3.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002200
0,050500
0.012340
0,002715
0,062317
27959
127081
5536
560
35
7
0:09:20
0:00:35
0:00:07
TCH/H
SCPIR_DL = -8 dB
VDTS-4
Frames
Class1b
Class II
-3.5
(as frames)
(as frames)
50
3650
850
0.010000
0,001400
0,059000
0.012340
0,001728
0,072806
27959
199699
4739
560
55
6
0:09:20
0:00:55
0:00:06
TCH/H
SCPIR_DL = -10 dB
VDTS-4
Frames
Class1b
Class II
-0.5
(as frames)
(as frames)
50
3650
850
0.010000
0,001700
0,065100
0.012340
0,002098
0,080333
27959
164458
4295
560
45
5
0:09:20
0:00:45
0:00:05
Table 14.20.1-5: Statistical test limits for DCS 1 800 and 1900 TCH/H (VAMOS II MS)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
SCPIR_DL = 4dB
VDTS-1
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.0017
0,002098
164458
45
0:00: 45
Class II
(as frames)
850
0.0524
0,064662
5336
7
0:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.0019
0,002345
147147
41
0:00:41
Class II
(as frames)
850
0.0546
0,067376
5121
7
0:00:07
TCH/H
SCPIR_DL = -4dB
VDTS-1
Frames
14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002
0,002468
139790
39
0:00:39
Class II
(as frames)
850
0.058
0,071572
4821
6
0:00:06
TCH/H
SCPIR_DL = -8dB
VDTS-1
Frames
18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002
0,002468
139790
39
0:00:39
Class II
(as frames)
850
0.0571
0,070461
4897
6
0:00:06
TCH/H
SCPIR_DL = -10dB
VDTS-1
Frames
19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.0596
0,073546
4691
6
0:00:06
TCH/H
SCPIR_DL = 4 dB
VDTS-2
Frames
Class1b
Class II
11.5
(as frames)
(as frames)
50
3650
850
0.010000
0,001900
0,055200
0.012340
0,002345
0,068117
27959
147147
5065
560
40
6
0:09:20
0:00:40
0:00:06
TCH/H
SCPIR_DL = 0dB
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002000
0,002468
139790
39
0:00:39
Class II
(as frames)
850
0.056100
0,069227
4984
6
0:00:06
TCH/H
SCPIR_DL = -4 dB
VDTS-2
Frames
Class1b
Class II
15.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002000
0,057300
0.012340
0,002468
0,070708
27959
139789
4879
560
38
6
0:09:20
0:00:38
0:00:06
TCH/H
SCPIR_DL = -8 dB
VDTS-2
Frames
Class1b
Class II
19
(as frames)
(as frames)
50
3650
850
0.010000
0,002500
0,059200
0.012340
0,003085
0,073053
27959
111831
4723
560
31
6
0:09:20
0:00:31
0:00:06
TCH/H
SCPIR_DL = -10 dB
VDTS-2
Frames
Class1b
Class II
21
(as frames)
(as frames)
50
3650
850
0.010000
0,002600
0,063100
0.012340
0,003208
0,077865
27959
107530
4431
560
29
5
0:09:20
0:00:29
0:00:05
TCH/H
SCPIR_DL = 4 dB
VDTS-3
Frames
Class1b
Class II
9.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002000
0,048800
0.012340
0,002468
0,060219
27959
139789
5729
560
38
7
0:09:20
0:00:38
0:00:07
TCH/H
SCPIR_DL = 0dB
VDTS-3
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.045500
0,056147
6145
8
0:00:08
TCH/H
SCPIR_DL = -4 dB
VDTS-3
Frames
Class1b
Class II
14
(as frames)
(as frames)
50
3650
850
0.010000
0,002100
0,050000
0.012340
0,002591
0,061700
27959
133133
5592
560
36
7
0:09:20
0:00:36
0:00:07
TCH/H
SCPIR_DL = -8 dB
VDTS-3
Frames
Class1b
Class II
18
(as frames)
(as frames)
50
3650
850
0.010000
0,001900
0,055000
0.012340
0,002345
0,067870
27959
147147
5083
560
40
6
0:09:20
0:00:40
0:00:06
TCH/H
SCPIR_DL = -10 dB
VDTS-3
Frames
Class1b
Class II
20
(as frames)
(as frames)
50
3650
850
0.010000
0,002000
0,055000
0.012340
0,002468
0,067870
27959
139789
5083
560
38
6
0:09:20
0:00:38
0:00:06
TCH/H
SCPIR_DL = 4 dB
VDTS-4
Frames
Class1b
Class II
-11
(as frames)
(as frames)
50
3650
850
0.010000
0,002300
0,051100
0.012340
0,002838
0,063057
27959
121556
5471
560
33
6
0:09:20
0:00:33
0:00:06
TCH/H
SCPIR_DL = 0dB
VDTS-4
Frames
-7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002400
0,002962
116492
32
0:00:32
Class II
(as frames)
850
0.052000
0,064168
5377
7
0:00:07
TCH/H
SCPIR_DL = -4 dB
VDTS-4
Frames
Class1b
Class II
-2.5
(as frames)
(as frames)
50
3650
850
0.010000
0,002200
0,052000
0.012340
0,002715
0,064168
27959
127081
5377
560
35
6
0:09:20
0:00:35
0:00:06
TCH/H
SCPIR_DL = -8 dB
VDTS-4
Frames
Class1b
Class II
-1
(as frames)
(as frames)
50
3650
850
0.010000
0,001400
0,041900
0.012340
0,001728
0,051705
27959
199699
6673
560
55
8
0:09:20
0:00:55
0:00:08
TCH/H
SCPIR_DL = -10 dB
VDTS-4
Frames
Class1b
Class II
1.5
(as frames)
(as frames)
50
3650
850
0.010000
0,001500
0,051100
0.012340
0,001851
0,063057
27959
186386
5471
560
51
6
0:09:20
0:00:51
0:00:06
Table 14.20.1-6: Statistical test limits for GSM 850 and GSM 900 TCH/H (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
Frames
-2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0.0009
0,001111
310643
85
00:01:25
VDTS-1
Class II
(as frames)
850
0.0424
0,052322
6594
8
00:00:08
TCH/H
Frames
-1
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.002
0,002468
139789
38
00:00:38
VDTS-1
Class II
(as frames)
850
0.0529
0,065279
5286
7
00:00:07
TCH/H
Frames
1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
36
00:00:36
VDTS-1
Class II
(as frames)
850
0.0559
0,068981
5002
6
00:00:06
TCH/H
Frames
5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0.002
0,002468
139789
38
00:00:38
VDTS-1
Class II
(as frames)
850
0.0542
0,066883
5159
7
00:00:07
TCH/H
Frames
7.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0.0022
0,002715
127081
35
00:00:35
VDTS-1
Class II
(as frames)
850
0.057
0,070338
4905
6
00:00:06
TCH/H
Frames
5.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,001800
0,002221
155321
43
00:00:43
VDTS-2
Class II
(as frames)
850
0,050300
0,062070
5558
7
00:00:07
TCH/H
Frames
7
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0018
0,002221
155322
43
00:00:43
VDTS-2
Class II
(as frames)
850
0.0497
0,061330
5626
7
00:00:07
TCH/H
Frames
9.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-2
Class II
(as frames)
850
0,052000
0,064168
5377
6
00:00:06
TCH/H
Frames
11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
VDTS-2
Class II
(as frames)
850
0,052100
0,064291
5366
6
00:00:06
TCH/H
Frames
14
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
VDTS-2
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
-1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,000500
0,000617
559157
153
00:02:33
VDTS-3
Class II
(as frames)
850
0,048100
0,059355
5812
7
00:00:07
TCH/H
Frames
0.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-3
Class II
(as frames)
850
0.0496
0,061206
5637
7
00:00:07
TCH/H
Frames
2.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
VDTS-3
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
-20
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
VDTS-4
Class II
(as frames)
850
0,050900
0,062811
5493
6
00:00:06
TCH/H
Frames
-17
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0024
0,002962
116492
32
00:00:32
VDTS-4
Class II
(as frames)
850
0.0512
0,063181
5461
7
00:00:07
TCH/H
Frames
-15
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
VDTS-4
Class II
(as frames)
850
0,050500
0,062317
5536
7
00:00:07
TCH/H
Frames
-12
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
VDTS-4
Class II
(as frames)
850
0,059000
0,072806
4739
6
00:00:06
TCH/H
Frames
-10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001700
0,002098
164458
45
00:00:45
VDTS-4
Class II
(as frames)
850
0,065100
0,080333
4295
5
00:00:05
Table 14.20.1-7: Statistical test limits for DCS 1 800 and 1900 TCH/H (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
Frames
-2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0.0017
0,002098
164458
45
00:00:45
VDTS-1
Class II
(as frames)
850
0.0524
0,064662
5336
7
00:00:07
TCH/H
Frames
0
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0019
0,002345
147147
41
00:00:41
VDTS-1
Class II
(as frames)
850
0.0546
0,067376
5121
7
00:00:07
TCH/H
Frames
2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-1
Class II
(as frames)
850
0.058
0,071572
4821
6
00:00:06
TCH/H
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-1
Class II
(as frames)
850
0.0571
0,070461
4897
6
00:00:06
TCH/H
Frames
8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-1
Class II
(as frames)
850
0.0596
0,073546
4691
6
00:00:06
TCH/H
Frames
5.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,001900
0,002345
147147
40
00:00:40
VDTS-2
Class II
(as frames)
850
0,055200
0,068117
5065
6
00:00:06
TCH/H
Frames
7
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-2
Class II
(as frames)
850
0.0561
0,069227
4984
6
00:00:06
TCH/H
Frames
9.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-2
Class II
(as frames)
850
0,057300
0,070708
4879
6
00:00:06
TCH/H
Frames
11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002500
0,003085
111831
31
00:00:31
VDTS-2
Class II
(as frames)
850
0,059200
0,073053
4723
6
00:00:06
TCH/H
Frames
14
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
VDTS-2
Class II
(as frames)
850
0,063100
0,077865
4431
5
00:00:05
TCH/H
Frames
-1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-3
Class II
(as frames)
850
0,048800
0,060219
5729
7
00:00:07
TCH/H
Frames
1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-3
Class II
(as frames)
850
0.0455
0,056147
6145
8
00:00:08
TCH/H
Frames
3
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
VDTS-3
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001900
0,002345
147147
40
00:00:40
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
-19.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
VDTS-4
Class II
(as frames)
850
0,051100
0,063057
5471
6
00:00:06
TCH/H
Frames
-15.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0024
0,002962
116492
32
00:00:32
VDTS-4
Class II
(as frames)
850
0.052
0,064168
5377
7
00:00:07
TCH/H
Frames
-14
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
VDTS-4
Class II
(as frames)
850
0,052000
0,064168
5377
6
00:00:06
TCH/H
Frames
-11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
VDTS-4
Class II
(as frames)
850
0,041900
0,051705
6673
8
00:00:08
TCH/H
Frames
-8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
VDTS-4
Class II
(as frames)
850
0,051100
0,063057
5471
6
00:00:06
Table 14.20.1-8: Statistical test limits for GSM 850 and GSM 900 TCH/H (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
Frames
0.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0.0009
0,001111
310643
85
00:01:25
VDTS-1
Class II
(as frames)
850
0.0424
0,052322
6594
8
00:00:08
TCH/H
Frames
2.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.002
0,002468
139789
38
00:00:38
VDTS-1
Class II
(as frames)
850
0.0529
0,065279
5286
7
00:00:07
TCH/H
Frames
5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
36
00:00:36
VDTS-1
Class II
(as frames)
850
0.0559
0,068981
5002
6
00:00:06
TCH/H
Frames
8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0.002
0,002468
139789
38
00:00:38
VDTS-1
Class II
(as frames)
850
0.0542
0,066883
5159
7
00:00:07
TCH/H
Frames
10.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0.0022
0,002715
127081
35
00:00:35
VDTS-1
Class II
(as frames)
850
0.057
0,070338
4905
6
00:00:06
TCH/H
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,001800
0,002221
155321
43
00:00:43
VDTS-2
Class II
(as frames)
850
0,050300
0,062070
5558
7
00:00:07
TCH/H
Frames
8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0018
0,002221
155322
43
00:00:43
VDTS-2
Class II
(as frames)
850
0.0497
0,061330
5626
7
00:00:07
TCH/H
Frames
10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-2
Class II
(as frames)
850
0,052000
0,064168
5377
6
00:00:06
TCH/H
Frames
13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
VDTS-2
Class II
(as frames)
850
0,052100
0,064291
5366
6
00:00:06
TCH/H
Frames
14.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
VDTS-2
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,000500
0,000617
559157
153
00:02:33
VDTS-3
Class II
(as frames)
850
0,048100
0,059355
5812
7
00:00:07
TCH/H
Frames
3
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-3
Class II
(as frames)
850
0.0496
0,061206
5637
7
00:00:07
TCH/H
Frames
5.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
VDTS-3
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
11
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
-17.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
VDTS-4
Class II
(as frames)
850
0,050900
0,062811
5493
6
00:00:06
TCH/H
Frames
-14.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0024
0,002962
116492
32
00:00:32
VDTS-4
Class II
(as frames)
850
0.0512
0,063181
5461
7
00:00:07
TCH/H
Frames
-13
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
VDTS-4
Class II
(as frames)
850
0,050500
0,062317
5536
7
00:00:07
TCH/H
Frames
-9.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
VDTS-4
Class II
(as frames)
850
0,059000
0,072806
4739
6
00:00:06
TCH/H
Frames
-7.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001700
0,002098
164458
45
00:00:45
VDTS-4
Class II
(as frames)
850
0,065100
0,080333
4295
5
00:00:05
Table 14.20.1-9: Statistical test limits for DCS 1 800 and 1900 TCH/H (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/H
Frames
1
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0.0017
0,002098
164458
45
00:00:45
VDTS-1
Class II
(as frames)
850
0.0524
0,064662
5336
7
00:00:07
TCH/H
Frames
3
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0019
0,002345
147147
41
00:00:41
VDTS-1
Class II
(as frames)
850
0.0546
0,067376
5121
7
00:00:07
TCH/H
Frames
5.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-1
Class II
(as frames)
850
0.058
0,071572
4821
6
00:00:06
TCH/H
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-1
Class II
(as frames)
850
0.0571
0,070461
4897
6
00:00:06
TCH/H
Frames
11
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-1
Class II
(as frames)
850
0.0596
0,073546
4691
6
00:00:06
TCH/H
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,001900
0,002345
147147
40
00:00:40
VDTS-2
Class II
(as frames)
850
0,055200
0,068117
5065
6
00:00:06
TCH/H
Frames
8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.002
0,002468
139790
39
00:00:39
VDTS-2
Class II
(as frames)
850
0.0561
0,069227
4984
6
00:00:06
TCH/H
Frames
10.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-2
Class II
(as frames)
850
0,057300
0,070708
4879
6
00:00:06
TCH/H
Frames
12.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,002500
0,003085
111831
31
00:00:31
VDTS-2
Class II
(as frames)
850
0,059200
0,073053
4723
6
00:00:06
TCH/H
Frames
15
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
VDTS-2
Class II
(as frames)
850
0,063100
0,077865
4431
5
00:00:05
TCH/H
Frames
2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-3
Class II
(as frames)
850
0,048800
0,060219
5729
7
00:00:07
TCH/H
Frames
3.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0021
0,002591
133133
37
00:00:37
VDTS-3
Class II
(as frames)
850
0.0455
0,056147
6145
8
00:00:08
TCH/H
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
VDTS-3
Class II
(as frames)
850
0,050000
0,061700
5592
7
00:00:07
TCH/H
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001900
0,002345
147147
40
00:00:40
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
VDTS-3
Class II
(as frames)
850
0,055000
0,067870
5083
6
00:00:06
TCH/H
Frames
-17
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
VDTS-4
Class II
(as frames)
850
0,051100
0,063057
5471
6
00:00:06
TCH/H
Frames
-13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
3650
0.0024
0,002962
116492
32
00:00:32
VDTS-4
Class II
(as frames)
850
0.052
0,064168
5377
7
00:00:07
TCH/H
Frames
-12.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
VDTS-4
Class II
(as frames)
850
0,052000
0,064168
5377
6
00:00:06
TCH/H
Frames
-9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
VDTS-4
Class II
(as frames)
850
0,041900
0,051705
6673
8
00:00:08
TCH/H
Frames
-7
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
VDTS-4
Class II
(as frames)
850
0,051100
0,063057
5471
6
00:00:06
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2 TCH EFS – VDTS-1, VDTS-2/3 and VDTS-4
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.1 Definition
|
The reference sensitivity is the signal level at the MS receiver input at which a certain BER and FER must be achieved.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
- For the adjacent (200 kHz) channel requirements of speech and control channels in VAMOS mode in downlink, the wanted input signal level of the AQPSK modulated signal shall be: -75 dBm + Iar, where: Iar = the adjacent channel (200 kHz) interference ratio according to tables 2aa, 2ab and 2ag for VAMOS I MS, VAMOS II MS and VAMOS III MS respectively for VDTS-4 (see subclause Q.1).
3GPP TS 45.005, subclause 6.3.4
- For full rate speech channels (TCH/FS, TCH/AFSx, TCH/EFS, TCH/WFSx) FER: 1 %
3GPP TS 45.005, subclause 6.2.1a
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for TCH/EFS under propagation condition TUhigh with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/H with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 form TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.4.2 Procedure
|
a) The fading function is set to TUhigh for MS indicating VAMOS I or VAMOS II support and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) In addition to the wanted signal, the SS produces a further interferer signal to produce scenario VDTS-1 according to TS 45.005 Q.1.
c) The SS sets the level of the wanted signal to (-93+Ir)dBm that indicated by Ir in table 14.20.2-2 or 14.20.2-3 for VAMOS I or table 14.20.2-4 or 14.20.2-5 for VAMOS II or table 14.20.2-6 through 14.20.2-9 for VAMOS III.
d) The SS compares the modulation of the signal that it sends to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
e) The SS determines the number of residual bit error events for the bits of the class Ib and II, by examining at least the minimum number of samples of consecutive bits of class Ib and II. Bits are only taken from those frames not signalled as erased.
f) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
g) The SS repeats step c) to f) with SCPIR_DL values 0 dB and -4 dB.
h) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
i) The SS discontinues all interfering signals.
j) In addition to the wanted signal, the SS produces a further four interfering signals to produce scenario VDTS-2 according to TS 45.005 Q.1.
k) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
l) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
m) The SS discontinues all interfering signals.
n) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-3 according to TS 45.005 Q.1.
o) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
p) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
q) The SS discontinues all interfering signals.
r) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-4 according to TS 45.005 Q.1.
s) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
t) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
u) For MS indicating VAMOS III support, steps b) to t) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.2.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.2-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
201
190
95
90
hh:mm:ss
00:03:21
00:03:10
00:01:35
00:01:30
The error rate measured in this test shall be tested according to the values given in table 14.20.2-2 to table 14.20.2-9 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.2-2: Statistical test limits for GSM 850 and GSM 900 TCH/EFS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
SCPIR_DL =4dB
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.0362
0,044671
7723
2
0:00:02
TCH/EFS
SCPIR_DL =0dB
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0377
0,046522
7416
3
0:00:03
TCH/EFS
SCPIR_DL =-4dB
VDTS-1
Frames
16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0003
0,000370
931929
155
0:02:35
Class II
(as frames)
3700
0.0355
0,043807
7875
2
0:00:02
TCH/ EFS
SCPIR_DL = 4dB
VDTS-2
Frames
14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
0:02:35
Class II
(as frames)
3700
0,034700
0,042820
8057
2
0:00:02
TCH/EFS
SCPIR_DL =0dB
VDTS-2
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.0359
0,044301
7788
3
0:00:03
TCH/ EFS
SCPIR_DL = -4dB
VDTS-2
Frames
Class1b
Class II
19
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,033500
0.012340
0,000494
0,041339
27959
698947
8346
560
116
2
0:09:20
0:01:56
0:00:02
TCH/ EFS
SCPIR_DL = 4dB
VDTS-3
Frames
Class1b
Class II
11.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,039500
0.012340
0,000370
0,048743
27959
931929
7078
560
155
2
0:09:20
0:02:35
0:00:02
TCH/EFS
SCPIR_DL =0dB
VDTS-3
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.0362
0,044671
7724
3
0:00:03
TCH/ EFS
SCPIR_DL = -4dB
VDTS-3
Frames
Class1b
Class II
16
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,036700
0.012340
0,000370
0,045288
27959
931929
7618
560
155
2
0:09:20
0:02:35
0:00:02
TCH/ EFS
SCPIR_DL = 4dB
VDTS-4
Frames
Class1b
Class II
-8.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,035800
0.012340
0,000617
0,044177
27959
559157
7809
560
93
2
0:09:20
0:01:33
0:00:02
TCH/EFS
SCPIR_DL =0dB
VDTS-4
Frames
-4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.000300
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.038900
0,048003
7188
2
0:00:02
TCH/ EFS
SCPIR_DL = -4dB
VDTS-4
Frames
Class1b
Class II
2
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,038000
0.012340
0,000370
0,046892
27959
931929
7357
560
155
2
0:09:20
0:02:35
0:00:02
Table 14.20.2-3: Statistical test limits for DCS 1 800 and 1900 TCH/EFS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
SCPIR_DL = 4dB
VDTS-1
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0461
0,056887
6065
2
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-1
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0462
0,057011
6052
2
0:00:02
TCH/EFS
SCPIR_DL = -4dB
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0007
0,000864
399398
67
0:01:07
Class II
(as frames)
3700
0.0477
0,058862
5862
2
0:00:02
TCH/ EFS
SCPIR_DL = 4dB
VDTS-2
Frames
Class1b
Class II
13
(as frames)
(as frames)
50
6000
3700
0.010000
0,000700
0,047400
0.012340
0,000864
0,058492
27959
399398
5899
560
67
2
0:09:20
0:01:67
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-2
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0502
0,061947
5569
2
0:00:02
TCH/ EFS
SCPIR_DL = -4dB
VDTS-2
Frames
Class1b
Class II
17.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000800
0,051200
0.012340
0,000987
0,063181
27959
349473
5461
560
58
1
0:09:20
0:00:58
0:00:01
TCH/ EFS
SCPIR_DL = 4dB
VDTS-3
Frames
Class1b
Class II
10
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,048900
0.012340
0,000494
0,060343
27959
698947
5717
560
116
2
0:09:20
0:01:56
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-3
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.0492
0,060713
5683
2
0:00:02
TCH/ EFS
SCPIR_DL = -4dB
VDTS-3
Frames
Class1b
Class II
15
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,049500
0.012340
0,000370
0,061083
27959
931929
5648
560
155
2
0:09:20
00:02:35
0:00:02
TCH/ EFS
SCPIR_DL = 4dB
VDTS-4
Frames
Class1b
Class II
-9.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,042900
0.012340
0,000617
0,052939
27959
559157
6517
560
93
2
0:09:20
0:01:33
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-4
Frames
-5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.000300
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.048000
0,059232
5825
2
0:00:02
TCH/ EFS
SCPIR_DL = -4dB
VDTS-4
Frames
Class1b
Class II
1
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,048200
0.012340
0,000494
0,059479
27959
698947
5800
560
116
2
0:09:20
0:01:56
0:00:02
Table 14.20.2-4: Statistical test limits for GSM 850 and GSM 900 TCH/EFS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
SCPIR_DL = 4dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
0:01:34
Class II
(as frames)
3700
0.0373
0,046028
7496
3
0:00:03
TCH/EFS
SCPIR_DL = 0dB
VDTS-1
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.036
0,044424
7767
3
0:00:03
TCH/EFS
SCPIR_DL = -4dB
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0377
0,046522
7416
3
0:00:03
TCH/EFS
SCPIR_DL = -8dB
VDTS-1
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.0366
0,045164
7639
3
0:00:03
TCH/EFS
SCPIR_DL = -10dB
VDTS-1
Frames
21
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0406
0,0501
6887
2
0:00:02
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-2
Frames
Class1b
Class II
13
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,035800
0.012340
0,000370
0,044177
27959
931929
7809
560
155
2
0:09:20
0:02:35
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-2
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
0:02:36
Class II
(as frames)
3700
0.0345
0,042573
8104
3
0:00:03
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-2
Frames
Class1b
Class II
17
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,038000
0.012340
0,000494
0,046892
27959
698947
7357
560
116
2
0:09:20
0:01:56
0:00:02
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-2
Frames
Class1b
Class II
20
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,042500
0.012340
0,000617
0,052445
27959
559157
6578
560
93
2
0:09:20
0:01:33
0:00:02
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-2
Frames
Class1b
Class II
22
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,041700
0.012340
0,000494
0,051458
27959
698947
6705
560
116
2
0:09:20
0:01:56
0:00:02
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-3
Frames
Class1b
Class II
10
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,042300
0.012340
0,000617
0,052198
27959
559157
6609
560
93
2
0:09:20
0:01:33
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-3
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
0:01:34
Class II
(as frames)
3700
0.0385
0,047509
7262
2
0:00:02
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-3
Frames
Class1b
Class II
15
(as frames)
(as frames)
50
6000
3700
0.010000
0,000700
0,037500
0.012340
0,000864
0,046275
27959
399398
7455
560
67
2
0:09:20
0:01:07
0:00:02
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-3
Frames
Class1b
Class II
18.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000700
0,036900
0.012340
0,000864
0,045535
27959
399398
7577
560
67
2
0:09:20
0:01:07
0:00:02
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-3
Frames
Class1b
Class II
20.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000600
0,037600
0.012340
0,000740
0,046398
27959
465964
7436
560
78
2
0:09:20
0:01:18
0:00:02
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-4
Frames
Class1b
Class II
-8.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,035800
0.012340
0,000617
0,044177
27959
559157
7809
560
93
2
0:09:20
0:01:33
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-4
Frames
-5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.000600
0,00074
465965
78
0:01:18
Class II
(as frames)
3700
0.037500
0,046275
7456
3
0:00:03
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-4
Frames
Class1b
Class II
-0.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,037400
0.012340
0,000617
0,046152
27959
559157
7475
560
93
2
0:09:20
0:01:33
0:00:02
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-4
Frames
Class1b
Class II
-2.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,049900
0.012340
0,000494
0,061577
27959
698947
5603
560
116
2
0:09:20
0:01:56
0:00:02
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-4
Frames
Class1b
Class II
1
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,031900
0.012340
0,000370
0,039365
27959
931929
8764
560
155
2
0:09:20
0:02:35
0:00:02
Table 14.20.2-5: Statistical test limits for DCS 1 800 and 1900 TCH/EFS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
SCPIR_DL = 4dB
VDTS-1
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
0:01:34
Class II
(as frames)
3700
0.0502
0,061947
5570
2
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.0535
0,066019
5226
2
0:00:02
TCH/EFS
SCPIR_DL = -4dB
VDTS-1
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.0532
0,065649
5256
2
0:00:02
TCH/EFS
SCPIR_DL = -8dB
VDTS-1
Frames
18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.0533
0,065772
5246
2
0:00:02
TCH/EFS
SCPIR_DL =- 10dB
VDTS-1
Frames
20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
0:01:57
Class II
(as frames)
3700
0.0558
0,068857
5011
2
0:00:02
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-2
Frames
Class1b
Class II
12
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,045700
0.012340
0,000370
0,056394
27959
931929
6118
560
155
2
0:09:20
0:02:35
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-2
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0007
0,000864
399398
67
0:01:07
Class II
(as frames)
3700
0.0489
0,060343
5718
2
0:00:02
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-2
Frames
Class1b
Class II
16
(as frames)
(as frames)
50
6000
3700
0.010000
0,000600
0,051600
0.012340
0,000740
0,063674
27959
465964
5418
560
78
1
0:09:20
0:01:18
0:00:01
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-2
Frames
Class1b
Class II
19.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,053800
0.012340
0,000617
0,066389
27959
559157
5197
560
93
1
0:09:20
0:01:33
0:00:01
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-2
Frames
Class1b
Class II
21.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,056200
0.012340
0,000617
0,069351
27959
559157
4975
560
93
1
0:09:20
0:01:33
0:00:01
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-3
Frames
Class1b
Class II
9
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,052700
0.012340
0,000494
0,065032
27959
698947
5305
560
116
1
0:09:20
0:01:56
0:00:01
TCH/EFS
SCPIR_DL = 0dB
VDTS-3
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
0:01:18
Class II
(as frames)
3700
0.054
0,066636
5178
2
0:00:02
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-3
Frames
Class1b
Class II
14
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,043300
0.012340
0,000617
0,053432
27959
559157
6457
560
93
2
0:09:20
0:01:33
0:00:01
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-3
Frames
Class1b
Class II
18
(as frames)
(as frames)
50
6000
3700
0.010000
0,000700
0,047700
0.012340
0,000864
0,058862
27959
399398
5861
560
67
2
0:09:20
0:01:07
0:00:01
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-3
Frames
Class1b
Class II
19.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,048500
0.012340
0,000617
0,059849
27959
559157
5765
560
93
2
0:09:20
0:01:33
0:00:02
TCH/ EFS
SCPIR_DL = 4 dB
VDTS-4
Frames
Class1b
Class II
-9.5
(as frames)
(as frames)
50
6000
3700
0.010000
0,000500
0,042900
0.012340
0,000617
0,052939
27959
559157
6517
560
93
2
0:09:20
0:01:33
0:00:02
TCH/EFS
SCPIR_DL = 0dB
VDTS-4
Frames
-6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0006
0,00074
465965
78
0:01:18
Class II
(as frames)
3700
0.0455
0,056147
6145
2
0:00:02
TCH/ EFS
SCPIR_DL = -4 dB
VDTS-4
Frames
Class1b
Class II
-1
(as frames)
(as frames)
50
6000
3700
0.010000
0,000600
0,046100
0.012340
0,000740
0,056887
27959
465964
6065
560
78
2
0:09:20
0:01:18
0:00:02
TCH/ EFS
SCPIR_DL = -8 dB
VDTS-4
Frames
Class1b
Class II
-2
(as frames)
(as frames)
50
6000
3700
0.010000
0,000300
0,039800
0.012340
0,000370
0,049113
27959
931929
7025
560
155
2
0:09:20
0:01:35
0:00:02
TCH/ EFS
SCPIR_DL = -10 dB
VDTS-4
Frames
Class1b
Class II
2
(as frames)
(as frames)
50
6000
3700
0.010000
0,000400
0,040900
0.012340
0,000494
0,050471
27959
698947
6836
560
116
2
0:09:20
0:01:56
0:00:02
Table 14.20.2-6: Statistical test limits for GSM 850 and GSM 900 TCH/EFS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
Frames
-1
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-1
Class II
(as frames)
3700
0.0373
0,046028
7496
3
00:00:03
TCH/EFS
Frames
0.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.036
0,044424
7767
3
00:00:03
TCH/EFS
Frames
2.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0377
0,046522
7416
3
00:00:03
TCH/EFS
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0366
0,045164
7639
3
00:00:03
TCH/EFS
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0406
0,0501
6887
2
00:00:02
TCH/EFS
Frames
5.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-2
Class II
(as frames)
3700
0,035800
0,044177
7809
2
00:00:02
TCH/EFS
Frames
8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
00:02:36
VDTS-2
Class II
(as frames)
3700
0.0345
0,042573
8104
3
00:00:03
TCH/EFS
Frames
9.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-2
Class II
(as frames)
3700
0,038000
0,046892
7357
2
00:00:02
TCH/EFS
Frames
12.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,042500
0,052445
6578
2
00:00:02
TCH/EFS
Frames
15.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-2
Class II
(as frames)
3700
0,041700
0,051458
6705
2
00:00:02
TCH/EFS
Frames
-0.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,042300
0,052198
6609
2
00:00:02
TCH/EFS
Frames
1
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-3
Class II
(as frames)
3700
0.0385
0,047509
7262
2
00:00:02
TCH/EFS
Frames
3.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,037500
0,046275
7455
2
00:00:02
TCH/EFS
Frames
7.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,036900
0,045535
7577
2
00:00:02
TCH/EFS
Frames
10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-3
Class II
(as frames)
3700
0,037600
0,046398
7436
2
00:00:02
TCH/EFS
Frames
-19
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,035800
0,044177
7809
2
00:00:02
TCH/EFS
Frames
-16
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465965
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0.0375
0,046275
7456
3
00:00:03
TCH/EFS
Frames
-13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,037400
0,046152
7475
2
00:00:02
TCH/EFS
Frames
-11
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-4
Class II
(as frames)
3700
0,049900
0,061577
5603
2
00:00:02
TCH/EFS
Frames
-8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-4
Class II
(as frames)
3700
0,031900
0,039365
8764
2
00:00:02
Table 14.20.2-7: Statistical test limits for DCS 1 800 and 1900 TCH/EFS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
Frames
-1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-1
Class II
(as frames)
3700
0.0502
0,061947
5570
2
00:00:02
TCH/EFS
Frames
0
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0535
0,066019
5226
2
00:00:02
TCH/EFS
Frames
2.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0532
0,065649
5256
2
00:00:02
TCH/EFS
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0533
0,065772
5246
2
00:00:02
TCH/EFS
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0558
0,068857
5011
2
00:00:02
TCH/EFS
Frames
5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-2
Class II
(as frames)
3700
0,045700
0,056394
6118
2
00:00:02
TCH/EFS
Frames
7.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0007
0,000864
399398
67
00:01:07
VDTS-2
Class II
(as frames)
3700
0.0489
0,060343
5718
2
00:00:02
TCH/EFS
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-2
Class II
(as frames)
3700
0,051600
0,063674
5418
1
00:00:01
TCH/EFS
Frames
12
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,053800
0,066389
5197
1
00:00:01
TCH/EFS
Frames
15.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,056200
0,069351
4975
1
00:00:01
TCH/EFS
Frames
-1
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-3
Class II
(as frames)
3700
0,052700
0,065032
5305
1
00:00:01
TCH/EFS
Frames
0.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-3
Class II
(as frames)
3700
0.054
0,066636
5178
2
00:00:02
TCH/EFS
Frames
3
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,043300
0,053432
6457
2
00:00:01
TCH/EFS
Frames
7
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,047700
0,058862
5861
2
00:00:01
TCH/EFS
Frames
10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,048500
0,059849
5765
2
00:00:02
TCH/EFS
Frames
-18.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,042900
0,052939
6517
2
00:00:02
TCH/EFS
Frames
-15
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465965
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0.0455
0,056147
6145
2
00:00:02
TCH/EFS
Frames
-13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0,046100
0,056887
6065
2
00:00:02
TCH/EFS
Frames
-11
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:01:35
VDTS-4
Class II
(as frames)
3700
0,039800
0,049113
7025
2
00:00:02
TCH/EFS
Frames
-8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-4
Class II
(as frames)
3700
0,040900
0,050471
6836
2
00:00:02
Table 14.20.2-8: Statistical test limits for GSM 850 and GSM 900 TCH/EFS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS1/ VDTS-2/3 and VDTS-4
0.8 to 0.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
Frames
2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-1
Class II
(as frames)
3700
0.0373
0,046028
7496
3
00:00:03
TCH/EFS
Frames
3.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.036
0,044424
7767
3
00:00:03
TCH/EFS
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0377
0,046522
7416
3
00:00:03
TCH/EFS
Frames
9.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0366
0,045164
7639
3
00:00:03
TCH/EFS
Frames
12
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0406
0,0501
6887
2
00:00:02
TCH/EFS
Frames
7
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-2
Class II
(as frames)
3700
0,035800
0,044177
7809
2
00:00:02
TCH/EFS
Frames
8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0003
0,00037
931929
156
00:02:36
VDTS-2
Class II
(as frames)
3700
0.0345
0,042573
8104
3
00:00:03
TCH/EFS
Frames
11
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-2
Class II
(as frames)
3700
0,038000
0,046892
7357
2
00:00:02
TCH/EFS
Frames
14.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,042500
0,052445
6578
2
00:00:02
TCH/EFS
Frames
16
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-2
Class II
(as frames)
3700
0,041700
0,051458
6705
2
00:00:02
TCH/EFS
Frames
2.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,042300
0,052198
6609
2
00:00:02
TCH/EFS
Frames
4
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-3
Class II
(as frames)
3700
0.0385
0,047509
7262
2
00:00:02
TCH/EFS
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,037500
0,046275
7455
2
00:00:02
TCH/EFS
Frames
10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,036900
0,045535
7577
2
00:00:02
TCH/EFS
Frames
12.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-3
Class II
(as frames)
3700
0,037600
0,046398
7436
2
00:00:02
TCH/EFS
Frames
-16
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,035800
0,044177
7809
2
00:00:02
TCH/EFS
Frames
-13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465965
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0.0375
0,046275
7456
3
00:00:03
TCH/EFS
Frames
-11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,037400
0,046152
7475
2
00:00:02
TCH/EFS
Frames
-8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-4
Class II
(as frames)
3700
0,049900
0,061577
5603
2
00:00:02
TCH/EFS
Frames
-6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-4
Class II
(as frames)
3700
0,031900
0,039365
8764
2
00:00:02
Table 14.20.2-9: Statistical test limits for DCS 1 800 and 1900 TCH/EFS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS1/ VDTS-2/3 and VDTS-4
1.8 to 1.9GHz
Ir (C/I) / dB
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/EFS
Frames
1.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0.0005
0,000617
559157
94
00:01:34
VDTS-1
Class II
(as frames)
3700
0.0502
0,061947
5570
2
00:00:02
TCH/EFS
Frames
3
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0535
0,066019
5226
2
00:00:02
TCH/EFS
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-1
Class II
(as frames)
3700
0.0532
0,065649
5256
2
00:00:02
TCH/EFS
Frames
9
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0533
0,065772
5246
2
00:00:02
TCH/EFS
Frames
11.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0.0004
0,000494
698947
117
00:01:57
VDTS-1
Class II
(as frames)
3700
0.0558
0,068857
5011
2
00:00:02
TCH/EFS
Frames
6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:02:35
VDTS-2
Class II
(as frames)
3700
0,045700
0,056394
6118
2
00:00:02
TCH/EFS
Frames
8
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0007
0,000864
399398
67
00:01:07
VDTS-2
Class II
(as frames)
3700
0.0489
0,060343
5718
2
00:00:02
TCH/EFS
Frames
10.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-2
Class II
(as frames)
3700
0,051600
0,063674
5418
1
00:00:01
TCH/EFS
Frames
13.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,053800
0,066389
5197
1
00:00:01
TCH/EFS
Frames
15.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-2
Class II
(as frames)
3700
0,056200
0,069351
4975
1
00:00:01
TCH/EFS
Frames
2
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-3
Class II
(as frames)
3700
0,052700
0,065032
5305
1
00:00:01
TCH/EFS
Frames
4
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465964
78
00:01:18
VDTS-3
Class II
(as frames)
3700
0.054
0,066636
5178
2
00:00:02
TCH/EFS
Frames
6.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,043300
0,053432
6457
2
00:00:01
TCH/EFS
Frames
10
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000700
0,000864
399398
67
00:01:07
VDTS-3
Class II
(as frames)
3700
0,047700
0,058862
5861
2
00:00:01
TCH/EFS
Frames
12.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-3
Class II
(as frames)
3700
0,048500
0,059849
5765
2
00:00:02
TCH/EFS
Frames
-16.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 4 dB
Class1b
(as frames)
6000
0,000500
0,000617
559157
93
00:01:33
VDTS-4
Class II
(as frames)
3700
0,042900
0,052939
6517
2
00:00:02
TCH/EFS
Frames
-13
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = 0 dB
Class1b
(as frames)
6000
0.0006
0,00074
465965
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0.0455
0,056147
6145
2
00:00:02
TCH/EFS
Frames
-12
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -4 dB
Class1b
(as frames)
6000
0,000600
0,000740
465964
78
00:01:18
VDTS-4
Class II
(as frames)
3700
0,046100
0,056887
6065
2
00:00:02
TCH/EFS
Frames
-8.5
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -8 dB
Class1b
(as frames)
6000
0,000300
0,000370
931929
155
00:01:35
VDTS-4
Class II
(as frames)
3700
0,039800
0,049113
7025
2
00:00:02
TCH/EFS
Frames
-6
50
0.01
0.01234
27959
560
00:09:20
SCPIR_DL = -10 dB
Class1b
(as frames)
6000
0,000400
0,000494
698947
116
00:01:56
VDTS-4
Class II
(as frames)
3700
0,040900
0,050471
6836
2
00:00:02
14.20.3 TCH AFS – VDTS-1, VDTS-2/3 and VDTS-4
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
- For the adjacent (200 kHz) channel requirements of speech and control channels in VAMOS mode in downlink, the wanted input signal level of the AQPSK modulated signal shall be: -75 dBm + Iar, where: Iar = the adjacent channel (200 kHz) interference ratio according to tables 2aa, 2ab and 2ag for VAMOS I MS, VAMOS II MS and VAMOS III MS respectively for VDTS-4 (see subclause Q.1).
3GPP TS 45.005, subclause 6.3.4
- For full rate speech channels (TCH/FS, TCH/AFSx, TCH/EFS, TCH/WFSx) FER: 1 %
3GPP TS 45.005, subclause 6.2.1a
The C/I1 values in tables 2aa and 2ab are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for TCH/AFS under propagation condition TUhigh, no hopping with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/AFS with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The multirate configuration indicates the use of a codec set limited to 12.20 kbit/s.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.3.4.2 Procedure
|
a) The fading function is set to TUhigh, no Hopping for MS indicating VAMOS I or VAMOS II support and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) In addition to the wanted signal, the SS produces a further interferer signal to produce scenario VDTS-1 according to TS 45.005 Q.1.
c) The SS sets the level of the wanted signal to (-93+Ir)dBm that indicated by Ir in table 14.20.3-2 or 14.20.3-3 for VAMOS I or table 14.20.3-4 or 14.20.3-5 for VAMOS II or table 14.20.3-6 through 14.20.3-9 for VAMOS III.
d) The SS compares the modulation of the signal that it sends to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
e) The SS determines the number of residual bit error events for the bits of the class Ib, by examining at least the minimum number of samples of consecutive bits of class Ib. Bits are only taken from those frames not signalled as erased.
f) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
g) The SS repeats step c) to f) with SCPIR_DL values 0 dB and -4 dB.
h) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
i) The SS uses a Channel Mode Modify procedure to change the active codec set to 4.75 kbit/s with SCPIR_DL value set to +4 dB and steps b) to h) are repeated.
j) The SS discontinues all interfering signals.
k) In addition to the wanted signal, the SS produces a further four interfering signals to produce scenario VDTS-2 according to TS 45.005 Q.1.
l) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
m) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
n) The SS discontinues all interfering signals.
o) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-3 according to TS 45.005 Q.1.
p) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
q) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
r) The SS discontinues all interfering signals.
s) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-4 according to TS 45.005 Q.1.
t) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.u) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
u) For MS indicating VAMOS III support, steps b) to t) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
|
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.3.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.3-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
201
190
95
90
hh:mm:ss
00:03:21
00:03:10
00:01:35
00:01:30
The error rate measured in this test shall be tested according to the values given in table 14.20.3-2 to table 14.20.3-9 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.3-2: Statistical test limits for GSM 850 and GSM 900 TCH/AFS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS 12.20
SCPIR=4
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0049
0,006047
57057
10
0:00:10
TCH/AFS 4.75
SCPIR=4
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0051
0,0006293
54820
10
0:00:10
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0010
0.0012
279579
47
0:00:47
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0053
0,000654
52751
9
0:00:09
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0010
0.001234
279579
47
0:00:47
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
4.75
SCPIR=0
VDTS-2
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0,001481
232983
39
0:00:39
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS 4.75
SCPIR=4
VDTS-3
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001000
0,001234
279579
47
00:00:47
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0,001357
254163
43
0:00:43
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS 4.75
SCPIR=4
VDTS-4
Frames
-16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001000
0,001234
279579
47
00:00:47
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0,001604
215061
36
0:00:36
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
Table 14.20.3-3: Statistical test limits for DCS 1 800 and 1900 TCH/AFS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0069
0,008515
40519
7
0:00:07
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0065
0,008021
43013
8
0:00:08
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0017
0.0021
164458
27
0:00:27
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.007
0,00864
39940
7
0:00:07
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001400
0,001728
199699
33
00:00:33
TCH/AFS
4.75
SCPIR=0
VDTS-2
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0,001728
199700
34
0:00:34
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001400
0,001728
199699
33
00:00:33
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0015
0,001851
186386
32
0:00:32
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002000
0,002468
139789
23
00:00:23
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0015
0,001851
186386
32
0:00:32
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001700
0,002098
164458
27
00:00:27
Table 14.20.3-4: Statistical test limits for GSM 850 and GSM 900 TCH/AFS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.004
0,00494
69895
12
0:00:12
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
21
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-10
VDTS-1
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=0
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001400
0,001728
199699
33
00:00:33
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=-10
VDTS-2
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,000900
0,001111
310643
52
00:00:52
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0021
0,002591
133133
23
0:00:23
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-3
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
23
00:00:23
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0,001728
199700
34
0:00:34
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-4
Frames
-8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001700
0,002098
164458
27
00:00:27
Table 14.20.3-5: Statistical test limits for DCS 1 800 and 1900 TCH/AFS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0076
0,009378
36787
7
0:00:07
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0017
0.0021
164458
27
0:00:27
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.008
0,009872
34948
6
0:00:06
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0085
0,010489
32892
6
0:00:06
TCH/AFS
4.75 SCPIR=-10
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75 SCPIR=0
VDTS-2
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0015
0,001851
186386
32
0:00:32
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001900
0,002345
147147
25
00:00:25
TCH/AFS
4.75 SCPIR=-10
VDTS-2
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0,001357
254163
43
0:00:43
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75 SCPIR=-10
VDTS-3
Frames
12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75 SCPIR=-10
VDTS-4
Frames
-9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
Table 14.20.3-6: Statistical test limits for GSM 850 and GSM 900 TCH/AFS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
-1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
-6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
-5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
-3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.004
0,00494
69895
12
0:00:12
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
0
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-10
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=0
VDTS-2
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001400
0,001728
199699
33
00:00:33
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=-10
VDTS-2
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,000900
0,001111
310643
52
00:00:52
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
-6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
-4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0021
0,002591
133133
23
0:00:23
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-3
Frames
3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
23
00:00:23
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-25
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-22.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0,001728
199700
34
0:00:34
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-4
Frames
-15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001700
0,002098
164458
27
00:00:27
Table 14.20.3-7: Statistical test limits for DCS 1 800 and 1900 TCH/AFS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
-1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0076
0,009378
36787
7
0:00:07
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
-7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
0
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
-5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
-3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0017
0.0021
164458
27
0:00:27
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.008
0,009872
34948
6
0:00:06
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
-0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0085
0,010489
32892
6
0:00:06
TCH/AFS
4.75 SCPIR=-10
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75 SCPIR=0
VDTS-2
Frames
1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0015
0,001851
186386
32
0:00:32
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
4
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001900
0,002345
147147
25
00:00:25
TCH/AFS
4.75 SCPIR=-10
VDTS-2
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
-6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
-4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0,001357
254163
43
0:00:43
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75 SCPIR=-10
VDTS-3
Frames
3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-25
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-23
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-20.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75 SCPIR=-10
VDTS-4
Frames
-15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
Table 14.20.3-8: Statistical test limits for GSM 850 and GSM 900 TCH/AFS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
-3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0045
0,005553
62129
11
0:00:11
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
-1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0.0017
199699
33
0:00:33
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.004
0,00494
69895
12
0:00:12
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
4
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0047
0,0058
59485
10
0:00:10
TCH/AFS
4.75
SCPIR=-10
VDTS-1
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=0
VDTS-2
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001400
0,001728
199699
33
00:00:33
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001100
0,001357
254162
42
00:00:42
TCH/AFS
4.75
SCPIR=-10
VDTS-2
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,000900
0,001111
310643
52
00:00:52
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
-1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0021
0,002591
133133
23
0:00:23
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
4
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-3
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
23
00:00:23
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-22
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0014
0,001728
199700
34
0:00:34
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=-10
VDTS-4
Frames
-12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001700
0,002098
164458
27
00:00:27
Table 14.20.3-9: Statistical test limits for DCS 1 800 and 1900 TCH/AFS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
TCH/AFS
12.20
SCPIR=4
VDTS-1
Frames
1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0076
0,009378
36787
7
0:00:07
TCH/AFS
4.75
SCPIR=4
VDTS-1
Frames
-4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0.0014
254162
42
0:00:42
TCH/AFS
12.20
SCPIR=0
VDTS-1
Frames
3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=0
VDTS-1
Frames
-2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-4
VDTS-1
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0074
0,009132
37781
7
0:00:07
TCH/AFS
4.75
SCPIR=-4
VDTS-1
Frames
0
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0017
0.0021
164458
27
0:00:27
TCH/AFS
12.20
SCPIR=-8
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.008
0,009872
34948
6
0:00:06
TCH/AFS
4.75
SCPIR=-8
VDTS-1
Frames
3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0012
0.0015
232982
39
0:00:39
TCH/AFS
12.20
SCPIR=-10
VDTS-1
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0085
0,010489
32892
6
0:00:06
TCH/AFS
4.75 SCPIR=-10
VDTS-1
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0013
0.0016
215060
36
0:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-2
Frames
1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75 SCPIR=0
VDTS-2
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0015
0,001851
186386
32
0:00:32
TCH/AFS
4.75
SCPIR=-4
VDTS-2
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001900
0,002345
147147
25
00:00:25
TCH/AFS
4.75 SCPIR=-10
VDTS-2
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001300
0,001604
215060
36
00:00:36
TCH/AFS
4.75
SCPIR=4
VDTS-3
Frames
-3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001800
0,002221
155321
26
00:00:26
TCH/AFS
4.75
SCPIR=0
VDTS-3
Frames
-2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0011
0,001357
254163
43
0:00:43
TCH/AFS
4.75
SCPIR=-4
VDTS-3
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001500
0,001851
186386
31
00:00:31
TCH/AFS
4.75
SCPIR=-8
VDTS-3
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75 SCPIR=-10
VDTS-3
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,001600
0,001974
174737
29
00:00:29
TCH/AFS
4.75
SCPIR=4
VDTS-4
Frames
-22
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=0
VDTS-4
Frames
-20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0.0016
0,001974
174737
30
0:00:30
TCH/AFS
4.75
SCPIR=-4
VDTS-4
Frames
-17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002100
0,002591
133133
22
00:00:22
TCH/AFS
4.75
SCPIR=-8
VDTS-4
Frames
-14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
TCH/AFS
4.75 SCPIR=-10
VDTS-4
Frames
-12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
6000
0,002200
0,002715
127081
21
00:00:21
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4 TCH AHS – VDTS-1,VDTS-2/3 and VDTS-4
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
• For the adjacent (200 kHz) channel requirements of speech and control channels in VAMOS mode in downlink, the wanted input signal level of the AQPSK modulated signal shall be: -75 dBm + Iar, where: Iar = the adjacent channel (200 kHz) interference ratio according to tables 2aa, 2ab and 2ag for VAMOS I MS, VAMOS II MS and VAMOS III MS respectively for VDTS-4 (see subclause Q.1).
3GPP TS 45.005, subclause 6.3.4
- For half rate speech channels (TCH/HS, TCH/AHSx) FER: 1 %
3GPP TS 45.005, subclause 6.2.1a
The C/I1 values in tables 2aa and 2ab are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for TCH/AHS under propagation condition TUhigh with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/AHS with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The multirate configuration indicates the use of a codec set limited to 4.75 kbit/s.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.4.4.2 Procedure
|
a) The fading function is set to TUhigh for MS indicating VAMOS I or VAMOS II support and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) In addition to the wanted signal, the SS produces a further interferer signal to produce scenario VDTS-1 according to TS 45.005 Q.1.
c) The SS sets the level of the wanted signal to (-93+Ir)dBm that indicated by Ir in table 14.20.4-2 or 14.20.4-3 for VAMOS I or table 14.20.4-4 or 14.20.4-5 for VAMOS II or table 14.20.4-6 through 14.20.4-9 for VAMOS III.
d) The SS compares the modulation of the signal that it sends to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
e) The SS determines the number of residual bit error events for the bits of the class Ib and II, by examining at least the minimum number of samples of consecutive bits of class Ib and II. Bits are only taken from those frames not signalled as erased.
f) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
g) The SS repeats step c) to f) with SCPIR_DL values 0 dB and -4 dB.
h) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
i) The SS uses a Channel Mode Modify procedure to change the active codec set to 7.4 kbit/s with SCPIR_DL value set to +4 dB and steps c) to h) are repeated.
j) The SS discontinues all interfering signals.
k) In addition to the wanted signal, the SS produces a further four interfering signals to produce scenario VDTS-2 according to TS 45.005 Q.1.
l) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
m) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
n) The SS discontinues all interfering signals.
o) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-3 according to TS 45.005 Q.1.
p) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
q) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
r) The SS discontinues all interfering signals.
s) In addition to the wanted signal, the SS produces a further one interference signal to produce scenario VDTS-4 according to TS 45.005 Q.1.
t) The SS repeats step c) to f) with SCPIR_DL values 4 dB, 0 dB and -4 dB.
u) If the MS signals VAMOS II or VAMOS III support step c) to f) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
v) For MS indicating VAMOS III support, steps b) to u) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7)
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.4.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.4-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
403
380
190
180
hh:mm:ss
00:06:43
00:06:20
00:03:10
00:03:00
The error rate measured in this test shall be tested according to the values given in table 14.20.4-2 to table 14.20.4-9 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.4-2: Statistical test limits for GSM 850 and GSM 900 TCH/AHS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4
SCPIR=4
VDTS-1
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.001851
186386
52
0:00:52
Class II
(as frames)
850
0.016000
0.019744
17474
21
0:00:21
AHS 4.75
SCPIR=4
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0.0017
199699
55
0:00:55
Class II
(as frames)
850
0.052200
0.0644
5356
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.001851
186386
52
0:00:52
Class II
(as frames)
850
0.016100
0.019867
17366
21
0:00:21
AHS 4.75
SCPIR=0
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001000
0.0012
279579
77
0:01:17
Class II
(as frames)
850
0.045000
0.0555
6213
7
0:00:07
AHS 7.4
SCPIR=-4
VDTS-1
Frames
19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0.0019744
174737
48
0:00:48
Class II
(as frames)
850
0.017500
0.021595
15976
19
0:00:19
AHS 4.75
SCPIR=-4
VDTS-1
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.051800
0.0639
5397
6
0:00:06
AHS 7.4
SCPIR=4
VDTS-2
Frames
17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001300
0,001604
215060
59
00:00:59
Class II
(as frames)
850
0,015800
0,019497
17695
21
00:00:21
AHS 7.4
SCPIR=0
VDTS-2
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.001604
215061
59
0:00:59
Class II
(as frames)
850
0.016000
0.019744
17474
21
0:00:21
AHS 7.4
SCPIR=-4
VDTS-2
Frames
21.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,018200
0,022459
15361
18
00:00:18
AHS 7.4
SCPIR=4
VDTS-3
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001300
0,001604
215060
59
00:00:59
Class II
(as frames)
850
0,017400
0,021472
16068
19
00:00:19
AHS 7.4
SCPIR=0
VDTS-3
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0.001728
199700
55
0:00:55
Class II
(as frames)
850
0.017500
0.021595
15976
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-3
Frames
19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,017800
0,021965
15707
18
00:00:18
AHS 7.4
SCPIR=4
VDTS-4
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001300
0,001604
215060
59
00:00:59
Class II
(as frames)
850
0,016600
0,020484
16842
20
00:00:20
AHS 7.4
SCPIR=0
VDTS-4
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.001604
215061
59
0:00:59
Class II
(as frames)
850
0.015900
0.019621
17584
21
0:00:21
AHS 7.4
SCPIR=-4
VDTS-4
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,015900
0,019621
17584
21
00:00:21
Table 14.20.4-3: Statistical test limits for DCS 1 800 and 1900 TCH/AHS (VAMOS I MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4
SCPIR=4
VDTS-1
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.001851
186386
52
0:00:52
Class II
(as frames)
850
0.016400
0.020238
17048
21
0:00:21
AHS 4.75
SCPIR=4
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.054400
0.0671
5139
6
0:00:06
AHS 7.4 SCPIR=0
VDTS-1
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0.001728
199700
55
0:00:55
Class II
(as frames)
850
0.016000
0.019744
17474
21
0:00:21
AHS 4.75
SCPIR=0
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.051700
0.0638
5408
6
0:00:06
AHS 7.4 SCPIR=-4
VDTS-1
Frames
20.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.001851
186386
52
0:00:52
Class II
(as frames)
850
0.015800
0.019497
17695
21
0:00:21
AHS 4.75
SCPIR=-4
VDTS-1
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001100
0.0014
254162
70
0:01:10
Class II
(as frames)
850
0.051700
0.0638
5408
6
0:00:06
AHS 7.4
SCPIR=4
VDTS-2
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,016500
0,020361
16944
20
00:00:20
AHS 7.4
SCPIR=0
VDTS-2
Frames
19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0.001728
199700
55
0:00:55
Class II
(as frames)
850
0.016600
0.020484
16843
20
0:00:20
AHS 7.4 SCPIR=-4
VDTS-2
Frames
22.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,016900
0,020855
16543
19
00:00:19
AHS 7.4
SCPIR=4
VDTS-3
Frames
14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,017400
0,021472
16068
19
00:00:19
AHS 7.4
SCPIR=0
VDTS-3
Frames
16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0.001974
174737
48
0:00:48
Class II
(as frames)
850
0.018100
0.022335
15447
19
0:00:19
AHS 7.4 SCPIR=-4
VDTS-3
Frames
20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,018400
0,022706
15194
18
00:00:18
AHS 7.4
SCPIR=4
VDTS-4
Frames
-2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001900
0,002345
147147
40
00:00:40
Class II
(as frames)
850
0,017500
0,021595
15976
19
00:00:19
AHS 7.4
SCPIR=0
VDTS-4
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0.001974
174737
48
0:00:48
Class II
(as frames)
850
0.016800
0.020731
16642
20
0:00:20
AHS 7.4 SCPIR=-4
VDTS-4
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
Table 14.20.4-4: Statistical test limits for GSM 850 and GSM 900 TCH/AHS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4 SCPIR=4
VDTS-1
Frames
14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 4.75 SCPIR=4
VDTS-1
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.054200
0.0669
5158
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:01:04
Class II
(as frames)
850
0.015600
0,01925
17922
22
0:00:22
AHS 4.75
SCPIR=0
VDTS-1
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.055200
0.0681
5065
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.016100
0,019867
17366
21
0:00:21
AHS 4.75
SCPIR=-4
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058700
0.0724
4763
6
0:00:06
AHS 7.4
SCPIR=-8
VDTS-1
Frames
22
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-10
VDTS-1
Frames
24
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.020100
0,024803
13910
17
0:00:17
AHS 4.75
SCPIR=-10
VDTS-1
Frames
18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001900
0.0023
147147
40
0:00:40
Class II
(as frames)
850
0.063400
0.0782
4410
5
0:00:05
AHS 7.4 SCPIR=4
VDTS-2
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,018400
0,022706
15194
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.018200
0,022459
15362
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-2
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001000
0,001234
279579
77
00:01:17
Class II
(as frames)
850
0,018900
0,023323
14793
17
00:00:17
AHS 7.4
SCPIR=-8
VDTS-2
Frames
23.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,020300
0,025050
13772
16
00:00:16
AHS 7.4
SCPIR=-10
VDTS-2
Frames
25
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,021500
0,026531
13004
15
00:00:15
AHS 7.4 SCPIR=4
VDTS-3
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021100
0,026037
13250
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
21.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
23.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4 SCPIR=4
VDTS-4
Frames
-9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021600
0,026654
12943
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 7.4
SCPIR=-4
VDTS-4
Frames
0
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001100
0,001357
254162
70
00:01:10
Class II
(as frames)
850
0,011800
0,014561
23693
28
00:00:28
AHS 7.4
SCPIR=-8
VDTS-4
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002700
0,003332
103548
28
00:00:28
Class II
(as frames)
850
0,029700
0,036650
9413
11
00:00:11
AHS 7.4
SCPIR=-10
VDTS-4
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,017400
0,021472
16068
19
00:00:19
Table 14.20.4-5: Statistical test limits for DCS 1 800 and 1900 TCH/AHS (VAMOS II MS)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 to 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4
SCPIR=4
VDTS-1
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016900
0,020855
16544
20
0:00:20
AHS 4.75
SCPIR=4
VDTS-1
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.057800
0.0713
4837
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0,001728
199700
55
0:00:55
Class II
(as frames)
850
0.017700
0,021842
15796
19
0:00:19
AHS 4.75
SCPIR=0
VDTS-1
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:00:64
Class II
(as frames)
850
0.017900
0,022089
15619
19
0:00:19
AHS 4.75
SCPIR=-4
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001100
0.0014
254162
70
0:01:10
Class II
(as frames)
850
0.060000
0.0740
4660
5
0:00:05
AHS 7.4
SCPIR=-8
VDTS-1
Frames
23
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.060900
0.0752
4591
5
0:00:05
AHS 7.4
SCPIR=-10
VDTS-1
Frames
24.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.022800
0,028135
12263
15
0:00:15
AHS 4.75
SCPIR=-10
VDTS-1
Frames
19.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.064100
0.0791
4362
5
0:00:05
AHS 7.4
SCPIR=4
VDTS-2
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,018500
0,022829
15112
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
17.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.019600
0,024186
14265
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-2
Frames
20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,020100
0,024803
13909
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-2
Frames
24
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,022500
0,027765
12426
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-2
Frames
26.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,023600
0,029122
11847
14
00:00:14
AHS 7.4
SCPIR=4
VDTS-3
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002200
0,002715
127082
35
0:00:35
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
22.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
24.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4
SCPIR=4
VDTS-4
Frames
-9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021800
0,026901
12825
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001800
0,002221
155322
43
0:00:43
Class II
(as frames)
850
0.017600
0,021718
15886
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-4
Frames
0
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4
SCPIR=-8
VDTS-4
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001700
0,002098
164458
45
00:00:45
Class II
(as frames)
850
0,019000
0,023446
14715
17
00:00:17
AHS 7.4
SCPIR=-10
VDTS-4
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002500
0,003085
111831
31
00:00:31
Class II
(as frames)
850
0,029500
0,036403
9477
11
00:00:11
Table 14.20.4-6: Statistical test limits for GSM 850 and GSM 900 TCH/AHS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4 SCPIR=4
VDTS-1
Frames
1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 4.75 SCPIR=4
VDTS-1
Frames
-3
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.054200
0.0669
5158
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:01:04
Class II
(as frames)
850
0.015600
0,01925
17922
22
0:00:22
AHS 4.75
SCPIR=0
VDTS-1
Frames
-1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.055200
0.0681
5065
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.016100
0,019867
17366
21
0:00:21
AHS 4.75
SCPIR=-4
VDTS-1
Frames
1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058700
0.0724
4763
6
0:00:06
AHS 7.4
SCPIR=-8
VDTS-1
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-10
VDTS-1
Frames
12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.020100
0,024803
13910
17
0:00:17
AHS 4.75
SCPIR=-10
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001900
0.0023
147147
40
0:00:40
Class II
(as frames)
850
0.063400
0.0782
4410
5
0:00:05
AHS 7.4 SCPIR=4
VDTS-2
Frames
8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,018400
0,022706
15194
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.018200
0,022459
15362
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-2
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001000
0,001234
279579
77
00:01:17
Class II
(as frames)
850
0,018900
0,023323
14793
17
00:00:17
AHS 7.4
SCPIR=-8
VDTS-2
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,020300
0,025050
13772
16
00:00:16
AHS 7.4
SCPIR=-10
VDTS-2
Frames
18
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,021500
0,026531
13004
15
00:00:15
AHS 7.4 SCPIR=4
VDTS-3
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021100
0,026037
13250
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4 SCPIR=4
VDTS-4
Frames
-16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021600
0,026654
12943
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 7.4
SCPIR=-4
VDTS-4
Frames
-10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001100
0,001357
254162
70
00:01:10
Class II
(as frames)
850
0,011800
0,014561
23693
28
00:00:28
AHS 7.4
SCPIR=-8
VDTS-4
Frames
-8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002700
0,003332
103548
28
00:00:28
Class II
(as frames)
850
0,029700
0,036650
9413
11
00:00:11
AHS 7.4
SCPIR=-10
VDTS-4
Frames
-5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,017400
0,021472
16068
19
00:00:19
Table 14.20.4-7: Statistical test limits for DCS 1 800 and 1900 TCH/AHS (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 and 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4 SCPIR=4
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016900
0,020855
16544
20
0:00:20
AHS 4.75 SCPIR=4
VDTS-1
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.057800
0.0713
4837
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0,001728
199700
55
0:00:55
Class II
(as frames)
850
0.017700
0,021842
15796
19
0:00:19
AHS 4.75
SCPIR=0
VDTS-1
Frames
-1
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:00:64
Class II
(as frames)
850
0.017900
0,022089
15619
19
0:00:19
AHS 4.75
SCPIR=-4
VDTS-1
Frames
1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001100
0.0014
254162
70
0:01:10
Class II
(as frames)
850
0.060000
0.0740
4660
5
0:00:05
AHS 7.4
SCPIR=-8
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.060900
0.0752
4591
5
0:00:05
AHS 7.4
SCPIR=-10
VDTS-1
Frames
14.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.022800
0,028135
12263
15
0:00:15
AHS 4.75
SCPIR=-10
VDTS-1
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.064100
0.0791
4362
5
0:00:05
AHS 7.4 SCPIR=4
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,018500
0,022829
15112
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.019600
0,024186
14265
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-2
Frames
12.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,020100
0,024803
13909
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-2
Frames
16
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,022500
0,027765
12426
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-2
Frames
19
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,023600
0,029122
11847
14
00:00:14
AHS 7.4 SCPIR=4
VDTS-3
Frames
2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002200
0,002715
127082
35
0:00:35
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
11.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4 SCPIR=4
VDTS-4
Frames
-15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021800
0,026901
12825
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001800
0,002221
155322
43
0:00:43
Class II
(as frames)
850
0.017600
0,021718
15886
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-4
Frames
-10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4
SCPIR=-8
VDTS-4
Frames
-7
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001700
0,002098
164458
45
00:00:45
Class II
(as frames)
850
0,019000
0,023446
14715
17
00:00:17
AHS 7.4
SCPIR=-10
VDTS-4
Frames
-3.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002500
0,003085
111831
31
00:00:31
Class II
(as frames)
850
0,029500
0,036403
9477
11
00:00:11
Table 14.20.4-8: Statistical test limits for GSM 850 and GSM 900 TCH/AHS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
0.8 to 0.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4 SCPIR=4
VDTS-1
Frames
4
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 4.75 SCPIR=4
VDTS-1
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.054200
0.0669
5158
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:01:04
Class II
(as frames)
850
0.015600
0,01925
17922
22
0:00:22
AHS 4.75
SCPIR=0
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.055200
0.0681
5065
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.016100
0,019867
17366
21
0:00:21
AHS 4.75
SCPIR=-4
VDTS-1
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058700
0.0724
4763
6
0:00:06
AHS 7.4
SCPIR=-8
VDTS-1
Frames
12
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0.0019
186386
51
0:00:51
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-10
VDTS-1
Frames
15
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001700
0,002098
164459
46
0:00:46
Class II
(as frames)
850
0.020100
0,024803
13910
17
0:00:17
AHS 4.75
SCPIR=-10
VDTS-1
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001900
0.0023
147147
40
0:00:40
Class II
(as frames)
850
0.063400
0.0782
4410
5
0:00:05
AHS 7.4 SCPIR=4
VDTS-2
Frames
8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,018400
0,022706
15194
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.018200
0,022459
15362
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001000
0,001234
279579
77
00:01:17
Class II
(as frames)
850
0,018900
0,023323
14793
17
00:00:17
AHS 7.4
SCPIR=-8
VDTS-2
Frames
16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,020300
0,025050
13772
16
00:00:16
AHS 7.4
SCPIR=-10
VDTS-2
Frames
18.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,021500
0,026531
13004
15
00:00:15
AHS 7.4 SCPIR=4
VDTS-3
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021100
0,026037
13250
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002100
0,002591
133133
37
0:00:37
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
9.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002600
0,003208
107530
29
00:00:29
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
15.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002400
0,002962
116491
32
00:00:32
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4 SCPIR=4
VDTS-4
Frames
-14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021600
0,026654
12943
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016700
0,020608
16742
20
0:00:20
AHS 7.4
SCPIR=-4
VDTS-4
Frames
-8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001100
0,001357
254162
70
00:01:10
Class II
(as frames)
850
0,011800
0,014561
23693
28
00:00:28
AHS 7.4
SCPIR=-8
VDTS-4
Frames
-6
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002700
0,003332
103548
28
00:00:28
Class II
(as frames)
850
0,029700
0,036650
9413
11
00:00:11
AHS 7.4
SCPIR=-10
VDTS-4
Frames
-2.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,017400
0,021472
16068
19
00:00:19
Table 14.20.4-9: Statistical test limits for DCS 1 800 and 1900 TCH/AHS (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1, VDTS-2/VDTS-3,VDTS-4
1.8 and 1.9GHz
Ir (C/I)
Samples per second
Orig. BER requirement
Derived test limit
Target number of samples
Target test time (s)
Target test time (hh:mm:ss)
AHS 7.4 SCPIR=4
VDTS-1
Frames
4.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.016900
0,020855
16544
20
0:00:20
AHS 4.75 SCPIR=4
VDTS-1
Frames
0.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.057800
0.0713
4837
6
0:00:06
AHS 7.4
SCPIR=0
VDTS-1
Frames
6.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001400
0,001728
199700
55
0:00:55
Class II
(as frames)
850
0.017700
0,021842
15796
19
0:00:19
AHS 4.75
SCPIR=0
VDTS-1
Frames
2
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.058500
0.0722
4779
6
0:00:06
AHS 7.4
SCPIR=-4
VDTS-1
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0,001481
232983
64
0:00:64
Class II
(as frames)
850
0.017900
0,022089
15619
19
0:00:19
AHS 4.75
SCPIR=-4
VDTS-1
Frames
5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001100
0.0014
254162
70
0:01:10
Class II
(as frames)
850
0.060000
0.0740
4660
5
0:00:05
AHS 7.4
SCPIR=-8
VDTS-1
Frames
13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001500
0,001851
186386
52
0:00:52
Class II
(as frames)
850
0.019200
0,023693
14562
18
0:00:18
AHS 4.75
SCPIR=-8
VDTS-1
Frames
8
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0.0016
215060
59
0:00:59
Class II
(as frames)
850
0.060900
0.0752
4591
5
0:00:05
AHS 7.4
SCPIR=-10
VDTS-1
Frames
16.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001600
0,001974
174737
48
0:00:48
Class II
(as frames)
850
0.022800
0,028135
12263
15
0:00:15
AHS 4.75
SCPIR=-10
VDTS-1
Frames
10.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001200
0.0015
232982
64
0:01:04
Class II
(as frames)
850
0.064100
0.0791
4362
5
0:00:05
AHS 7.4 SCPIR=4
VDTS-2
Frames
9
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001200
0,001481
232982
64
00:01:04
Class II
(as frames)
850
0,018500
0,022829
15112
18
00:00:18
AHS 7.4
SCPIR=0
VDTS-2
Frames
11
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001300
0,001604
215061
59
0:00:59
Class II
(as frames)
850
0.019600
0,024186
14265
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-2
Frames
13
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001400
0,001728
199699
55
00:00:55
Class II
(as frames)
850
0,020100
0,024803
13909
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-2
Frames
17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001600
0,001974
174737
48
00:00:48
Class II
(as frames)
850
0,022500
0,027765
12426
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-2
Frames
20
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001500
0,001851
186386
51
00:00:51
Class II
(as frames)
850
0,023600
0,029122
11847
14
00:00:14
AHS 7.4 SCPIR=4
VDTS-3
Frames
5.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=0
VDTS-3
Frames
7.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.002200
0,002715
127082
35
0:00:35
Class II
(as frames)
850
0.020000
0,02468
13979
17
0:00:17
AHS 7.4
SCPIR=-4
VDTS-3
Frames
10
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,020000
0,024680
13979
16
00:00:16
AHS 7.4
SCPIR=-8
VDTS-3
Frames
14
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002200
0,002715
127081
35
00:00:35
Class II
(as frames)
850
0,022000
0,027148
12708
15
00:00:15
AHS 7.4
SCPIR=-10
VDTS-3
Frames
17
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002100
0,002591
133133
36
00:00:36
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4 SCPIR=4
VDTS-4
Frames
-13.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002000
0,002468
139789
38
00:00:38
Class II
(as frames)
850
0,021800
0,026901
12825
15
00:00:15
AHS 7.4
SCPIR=0
VDTS-4
Frames
-8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0.001800
0,002221
155322
43
0:00:43
Class II
(as frames)
850
0.017600
0,021718
15886
19
0:00:19
AHS 7.4
SCPIR=-4
VDTS-4
Frames
-8.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002300
0,002838
121556
33
00:00:33
Class II
(as frames)
850
0,025000
0,030850
11183
13
00:00:13
AHS 7.4
SCPIR=-8
VDTS-4
Frames
-5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,001700
0,002098
164458
45
00:00:45
Class II
(as frames)
850
0,019000
0,023446
14715
17
00:00:17
AHS 7.4
SCPIR=-10
VDTS-4
Frames
-1.5
50
0.010000
0.012340
27959
560
0:09:20
Class1b
(as frames)
3650
0,002500
0,003085
111831
31
00:00:31
Class II
(as frames)
850
0,029500
0,036403
9477
11
00:00:11
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5 TCH WFS – VDTS-1, VDTS-2/3 and VDTS-4
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.5.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
|
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
• For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
• For the adjacent (200 kHz) channel requirements of speech and control channels in VAMOS mode in downlink, the wanted input signal level of the AQPSK modulated signal shall be: -75 dBm + Iar, where: Iar = the adjacent channel (200 kHz) interference ratio according to tables 2aa, 2ab and 2ag for VAMOS I MS, VAMOS II MS and VAMOS III MS respectively for VDTS-4 (see subclause Q.1).
3GPP TS 45.005, subclause 6.3.4
- For full rate speech channels (TCH/FS, TCH/AFSx, TCH/EFS, TCH/WFSx) FER: 1 %
3GPP TS 45.005, subclause 6.2.1a
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
|
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for TCH/WFS under propagation condition TUhigh noFH with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/WFS with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The multirate configuration indicates the use of a codec set limited to 6.60 kbit/s
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SS commands the MS to create traffic channel loop back signalling erased frames.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.4.2 Procedure
|
a) The fading function is set to TUhigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) The SS sets SCPIR_DL to +4 dB.
c) In addition to the wanted signal, the SS produces a further interferer signal to produce scenario VDTS-1 according to TS 45.005 Q.1.
d) The SS sets the level of the wanted signal to (-93+Ir)dBm that indicated by Ir in tables 14.20.5-2 to 14.20.5-9 for VAMOS I MS or tables 14.20.5-10 to 14.20.5-17 for VAMOS II MS or table 14.20.5-18 through 14.20.5-33 for VAMOS III, depending on the used interfering scenario and frequency band.
e) The SS compares the modulation of the signal that it sends to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
f) The SS determines the number of residual bit error events for the bits of the class Ib, by examining at least the minimum number of samples of consecutive bits of class Ib. Bits are only taken from those frames not signalled as erased.
g) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
h) The SS repeats step c) to g) with SCPIR_DL values 0 dB and -4 dB.
i) If the MS signals VAMOS II or VAMOS III support step c) to g) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
j) The SS uses a Channel Mode Modify procedure to change the active codec set to 12.65 kbit/s and steps b) to i) are repeated
k) The SS discontinues all interfering signals.
l) In addition to the wanted signal, the SS produces further four interfering signals to simulate the scenario VDTS-2 according to TS 45.005 Q.1.
m) The SS uses SCPIR_DL value 4dB, steps d) to i) are repeated.
n) The SS discontinues all interfering signals.
o) In addition to the wanted signal, the SS produces one interference signal to simulate scenario VDTS-3 according to TS 45.005 Q.1.
p) The SS uses SCPIR_DL value 4dB, steps d) to i) are repeated.
q) The SS discontinues all interfering signals.
r) In addition to the wanted signal, the SS produces one interference signal to simulate scenario VDTS-4 according to TS 45.005 Q.1.
s) The SS uses SCPIR_DL value 4dB, steps d) to i) are repeated.
t) For MS indicating VAMOS III support, steps b) to s) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.5.4.3 Test requirements
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Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.5-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
201
190
95
90
hh:mm:ss
00:03:21
00:03:10
00:01:35
00:01:30
The error rate measured in this test shall be tested according to the values given in table 14.20.5-2 to table 14.20.5-33 depending on the indicated VAMOS MS type.
Note: The statistical test procedure for FER is based on 50 frames per second
Table 14.20.5-2: Statistical test limits TCH/WFS VDTS-1 (VAMOS I MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR
_DL / dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
12
0,010000
0,012340
27958
00:09:19
3900
0,004400
0,005430
63541
00:00:16
6,60
8,5
0,010000
0,012340
27958
00:09:19
9050
0,001100
0,001357
254162
00:00:28
0
12,65
13,5
0,010000
0,012340
27958
00:09:19
3900
0,004500
0,005553
62129
00:00:16
6,60
10
0,010000
0,012340
27958
00:09:19
9050
0,001400
0,001728
199699
00:00:22
-4
12,65
16,5
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
6,60
12,5
0,010000
0,012340
27958
00:09:19
9050
0,002200
0,002715
127081
00:00:14
Table 14.20.5-3: Statistical test limits TCH/WFS VDTS-1 (VAMOS I MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
11,5
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
6,60
7
0,010000
0,012340
27958
00:09:19
9050
0,002100
0,002591
133133
00:00:15
0
12,65
13
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
6,60
8,5
0,010000
0,012340
27958
00:09:19
9050
0,002100
0,002591
133133
00:00:15
-4
12,65
15,5
0,010000
0,012340
27958
00:09:19
3900
0,004700
0,005800
59485
00:00:15
6,60
11
0,010000
0,012340
27958
00:09:19
9050
0,003100
0,003825
90187
00:00:10
Table 14.20.5-4: Statistical test limits for TCH/WFS VDTS-2 (VAMOS I MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
14,5
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
0
16,5
0,010000
0,012340
27958
00:09:19
3900
0,003100
0,003825
90187
00:00:23
-4
19
0,010000
0,012340
27958
00:09:19
3900
0,003100
0,003825
90187
00:00:23
Table 14.20.5-5: Statistical test limits for TCH/WFS VDTS-2 (VAMOS I MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
13,5
0,010000
0,012340
27958
00:09:19
3900
0,004400
0,005430
63541
00:00:16
0
15,5
0,010000
0,012340
27958
00:09:19
3900
0,004500
0,005553
62129
00:00:16
-4
18
0,010000
0,012340
27958
00:09:19
3900
0,005900
0,007281
47386
00:00:12
Table 14.20.5-6: Statistical test limits for TCH/WFS VDTS-3 (VAMOS I MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
11
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
0
13,5
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
-4
16,5
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
Table 14.20.5-7: Statistical test limits for TCH/WFS VDTS-3 (VAMOS I MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
10
0,010000
0,012340
27958
00:09:19
3900
0,006200
0,007651
45093
00:00:12
0
12,5
0,010000
0,012340
27958
00:09:19
3900
0,005900
0,007281
47386
00:00:12
-4
15,5
0,010000
0,012340
27958
00:09:19
3900
0,003000
0,003702
93193
00:00:24
Table 14.20.5-8: Statistical test limits for TCH/WFS VDTS-4 (VAMOS I MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-8
0,010000
0,012340
27958
00:09:19
3900
0,003700
0,004566
75562
00:00:19
0
-3,5
0,010000
0,012340
27958
00:09:19
3900
0,003200
0,003949
87368
00:00:22
-4
2
0,010000
0,012340
27958
00:09:19
3900
0,004700
0,005800
59485
00:00:15
Table 14.20.5-9: Statistical test limits for TCH/WFS VDTS-4 (VAMOS I MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER /dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-9
0,010000
0,012340
27958
00:09:19
3900
0,005500
0,006787
50832
00:00:13
0
-5
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
-4
1,5
0,010000
0,012340
27958
00:09:19
3900
0,006300
0,007774
44378
00:00:11
Table 14.20.5-10: Statistical test limits TCH/WFS VDTS-1 (VAMOS II MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
11,5
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
6,60
7,5
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
0
12,65
13
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
9
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
-4
12,65
15,5
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
6,60
11,5
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-8
12,65
19
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
15,5
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-10
12,65
21
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
17
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
Table 14.20.5-11: Statistical test limits for TCH/WFS VDTS-1 (VAMOS II MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
10,5
0,010000
0,012340
27958
00:09:19
3900
0,004900
0,006047
57057
00:00:15
6,60
6
0,010000
0,012340
27958
00:09:19
9050
0,002700
0,003332
103548
00:00:11
0
12,65
12
0,010000
0,012340
27958
00:09:19
3900
0,005300
0,006540
52751
00:00:14
6,60
7,5
0,010000
0,012340
27958
00:09:19
9050
0,002800
0,003455
99850
00:00:11
-4
12,65
15
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
6,60
10
0,010000
0,012340
27958
00:09:19
9050
0,002100
0,002591
133133
00:00:15
-8
12,65
18,5
0,010000
0,012340
27958
00:09:19
3900
0,006400
0,007898
43684
00:00:11
6,60
14
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
-10
12,65
20
0,010000
0,012340
27958
00:09:19
3900
0,006000
0,007404
46596
00:00:12
6,60
16
0,010000
0,012340
27958
00:09:19
9050
0,001700
0,002098
164458
00:00:18
Table 14.20.5-12: Statistical test limits for TCH/WFS VDTS-2 (VAMOS II MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
13
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
0
15
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
-4
17
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
-8
20
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
-10
22
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
Table 14.20.5-13: Statistical test limits for TCH/WFS VDTS-2 (VAMOS II MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
12
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
0
13,5
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-4
16
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
-8
20
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-10
22
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
Table 14.20.5-14: Statistical test limits for TCH/WFS VDTS-3 (VAMOS II MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
10
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
0
13
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
-4
15
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-8
19
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
-10
21
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
Table 14.20.5-15: Statistical test limits for TCH/WFS VDTS-3 (VAMOS II MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
9
0,010000
0,012340
27958
00:09:19
3900
0,006300
0,007774
44378
00:00:11
0
11,5
0,010000
0,012340
27958
00:09:19
3900
0,005100
0,006293
54819
00:00:14
-4
14
0,010000
0,012340
27958
00:09:19
3900
0,005000
0,006170
55916
00:00:14
-8
18
0,010000
0,012340
27958
00:09:19
3900
0,004400
0,005430
63541
00:00:16
-10
20
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
Table 14.20.5-16: Statistical test limits for TCH/WFS VDTS-4 (VAMOS II MS)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-8
0,010000
0,012340
27958
00:09:19
3900
0,003700
0,004566
75562
00:00:19
0
-3,5
0,010000
0,012340
27958
00:09:19
3900
0,003200
0,003949
87368
00:00:22
-4
0
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
-8
-3
0,010000
0,012340
27958
00:09:19
3900
0,007300
0,009008
38298
00:00:10
-10
0,5
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
Table 14.20.5-17: Statistical test limits for TCH/WFS VDTS-4 (VAMOS II MS)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-9
0,010000
0,012340
27958
00:09:19
3900
0,005500
0,006787
50832
00:00:13
0
-5
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
-4
-0,5
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-8
-2,5
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
-10
1
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
Table 14.20.5-18: Statistical test limits TCH/WFS VDTS-1 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
-1
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
6,60
-5
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
0
12,65
0.5
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
-3.5
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
-4
12,65
2.5
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
6,60
-1.5
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-8
12,65
6.2
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
2
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-10
12,65
9
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
4
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
Table 14.20.5-19: Statistical test limits for TCH/WFS VDTS-1 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
-1.5
0,010000
0,012340
27958
00:09:19
3900
0,004900
0,006047
57057
00:00:15
6,60
-5
0,010000
0,012340
27958
00:09:19
9050
0,002700
0,003332
103548
00:00:11
0
12,65
0
0,010000
0,012340
27958
00:09:19
3900
0,005300
0,006540
52751
00:00:14
6,60
-3.5
0,010000
0,012340
27958
00:09:19
9050
0,002800
0,003455
99850
00:00:11
-4
12,65
2.5
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
6,60
-1.5
0,010000
0,012340
27958
00:09:19
9050
0,002100
0,002591
133133
00:00:15
-8
12,65
6.5
0,010000
0,012340
27958
00:09:19
3900
0,006400
0,007898
43684
00:00:11
6,60
2
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
-10
12,65
9.5
0,010000
0,012340
27958
00:09:19
3900
0,006000
0,007404
46596
00:00:12
6,60
4
0,010000
0,012340
27958
00:09:19
9050
0,001700
0,002098
164458
00:00:18
Table 14.20.5-20: Statistical test limits TCH/WFS VDTS-1 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
2
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
6,60
-1.5
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
0
12,65
3.5
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
0
0,010000
0,012340
27958
00:09:19
9050
0,002000
0,002468
139789
00:00:15
-4
12,65
6.5
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
6,60
2.5
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-8
12,65
9.5
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
5.5
0,010000
0,012340
27958
00:09:19
9050
0,001300
0,001604
215060
00:00:24
-10
12,65
12
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
6,60
8
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
Table 14.20.5-21: Statistical test limits for TCH/WFS VDTS-1 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
1
4
12,65
1.5
0,010000
0,012340
27958
00:09:19
3900
0,004900
0,006047
57057
00:00:15
6,60
-2
0,010000
0,012340
27958
00:09:19
9050
0,002700
0,003332
103548
00:00:11
0
12,65
3
0,010000
0,012340
27958
00:09:19
3900
0,005300
0,006540
52751
00:00:14
6,60
-0.5
0,010000
0,012340
27958
00:09:19
9050
0,002800
0,003455
99850
00:00:11
-4
12,65
6
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
6,60
2
0,010000
0,012340
27958
00:09:19
9050
0,002100
0,002591
133133
00:00:15
-8
12,65
9
0,010000
0,012340
27958
00:09:19
3900
0,006400
0,007898
43684
00:00:11
6,60
5
0,010000
0,012340
27958
00:09:19
9050
0,001500
0,001851
186386
00:00:21
-10
12,65
11.5
0,010000
0,012340
27958
00:09:19
3900
0,006000
0,007404
46596
00:00:12
6,60
7.5
0,010000
0,012340
27958
00:09:19
9050
0,001700
0,002098
164458
00:00:18
Table 14.20.5-22: Statistical test limits for TCH/WFS VDTS-2 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
5.5
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
0
8
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
-4
9.5
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
-8
14
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
-10
15.5
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
Table 14.20.5-23: Statistical test limits for TCH/WFS VDTS-2 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
5
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
0
7.5
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-4
9
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
-8
12.5
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-10
15
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
Table 14.20.5-24: Statistical test limits for TCH/WFS VDTS-2 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
7
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
0
9
0,010000
0,012340
27958
00:09:19
3900
0,003400
0,004196
82229
00:00:21
-4
11
0,010000
0,012340
27958
00:09:19
3900
0,003600
0,004442
77661
00:00:20
-8
14.5
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
-10
16
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
Table 14.20.5-25: Statistical test limits for TCH/WFS VDTS-2 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
2
4
12,65
6
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
0
8
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-4
10.5
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
-8
13
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-10
16
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
Table 14.20.5-26: Statistical test limits for TCH/WFS VDTS-3 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
-0.5
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
0
1
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
-4
3.5
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-8
7.5
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
-10
10.5
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
Table 14.20.5-27: Statistical test limits for TCH/WFS VDTS-3 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
-0.5
0,010000
0,012340
27958
00:09:19
3900
0,006300
0,007774
44378
00:00:11
0
1
0,010000
0,012340
27958
00:09:19
3900
0,005100
0,006293
54819
00:00:14
-4
3.5
0,010000
0,012340
27958
00:09:19
3900
0,005000
0,006170
55916
00:00:14
-8
7.5
0,010000
0,012340
27958
00:09:19
3900
0,004400
0,005430
63541
00:00:16
-10
10
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
Table 14.20.5-28: Statistical test limits for TCH/WFS VDTS-3 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
2.5
0,010000
0,012340
27958
00:09:19
3900
0,004000
0,004936
69895
00:00:18
0
4.5
0,010000
0,012340
27958
00:09:19
3900
0,003800
0,004689
73573
00:00:19
-4
6.5
0,010000
0,012340
27958
00:09:19
3900
0,004300
0,005306
65018
00:00:17
-8
10.5
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
-10
12.5
0,010000
0,012340
27958
00:09:19
3900
0,004200
0,005183
66566
00:00:17
Table 14.20.5-29: Statistical test limits for TCH/WFS VDTS-3 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
3
4
12,65
2
0,010000
0,012340
27958
00:09:19
3900
0,006300
0,007774
44378
00:00:11
0
4
0,010000
0,012340
27958
00:09:19
3900
0,005100
0,006293
54819
00:00:14
-4
6.5
0,010000
0,012340
27958
00:09:19
3900
0,005000
0,006170
55916
00:00:14
-8
10
0,010000
0,012340
27958
00:09:19
3900
0,004400
0,005430
63541
00:00:16
-10
13
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
Table 14.20.5-30: Statistical test limits for TCH/WFS VDTS-4 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-18.5
0,010000
0,012340
27958
00:09:19
3900
0,003700
0,004566
75562
00:00:19
0
-15.5
0,010000
0,012340
27958
00:09:19
3900
0,003200
0,003949
87368
00:00:22
-4
-14
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
-8
-11
0,010000
0,012340
27958
00:09:19
3900
0,007300
0,009008
38298
00:00:10
-10
-8.5
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
Table 14.20.5-31: Statistical test limits for TCH/WFS VDTS-4 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-18.5
0,010000
0,012340
27958
00:09:19
3900
0,005500
0,006787
50832
00:00:13
0
-14.5
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
-4
-13.5
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-8
-10.5
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
-10
-8
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
Table 14.20.5-32: Statistical test limits for TCH/WFS VDTS-4 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
GSM 900 and GSM 850
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-16
0,010000
0,012340
27958
00:09:19
3900
0,003700
0,004566
75562
00:00:19
0
-13
0,010000
0,012340
27958
00:09:19
3900
0,003200
0,003949
87368
00:00:22
-4
-11.5
0,010000
0,012340
27958
00:09:19
3900
0,003900
0,004813
71687
00:00:18
-8
-8.5
0,010000
0,012340
27958
00:09:19
3900
0,007300
0,009008
38298
00:00:10
-10
-6
0,010000
0,012340
27958
00:09:19
3900
0,004600
0,005676
60778
00:00:16
Table 14.20.5-33: Statistical test limits for TCH/WFS VDTS-4 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
DCS 1800 and PCS 1900
Channel
VDTS
SCPIR_DL
/ dB
Codec
FER / dB
Orig. BER
requirements
Derived test
limit
Target number
of samples
Target test time
(hh:mm:ss)
Class1b /s
TCH/WFS
4
4
12,65
-16.5
0,010000
0,012340
27958
00:09:19
3900
0,005500
0,006787
50832
00:00:13
0
-13
0,010000
0,012340
27958
00:09:19
3900
0,004800
0,005923
58246
00:00:15
-4
-11.5
0,010000
0,012340
27958
00:09:19
3900
0,005700
0,007034
49049
00:00:13
-8
-8.5
0,010000
0,012340
27958
00:09:19
3900
0,005200
0,006417
53765
00:00:14
-10
-6
0,010000
0,012340
27958
00:09:19
3900
0,005400
0,006664
51774
00:00:13
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6 FACCH/F – VDTS-1
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
3GPP TS 45.005, subclause 6.3.4
- For signalling channels (FACCH/F, FACCH/H, SACCH) FER: 5 %
3GPP TS 45.005, subclause 6.2.1a
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for FACCH/F under propagation condition TUhigh with an allowance for the statistical significance of the test.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6.4 Method of test
| |
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.6.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/F with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.6.4.2 Procedure
|
a) In addition to the wanted signal, the SS produces an independent, uncorrelated interfering signal, Standard Test Signal I1 (unwanted signal). The modulation of I1 shall be AQPSK and the SCPIR_DL shall be set to 0 dB (scenario VDTS-1). Signal I1 is continuous and has no fixed relationship with the bit transitions of the wanted signal. The interfering signal level is set to -93 dBm and the fading characteristic of the wanted and the interfering signal is TUHigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh noFH/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) Depending of the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values, the SS sets the level of the wanted signal specified by Clev in table 14.20.6-2 through 14.20.6-5.
c) The SS sends a Layer 3 message which does not require a Layer 3 response from the MS. Each repeated L2 frame indicates a frame erasure event.
d) The SS determines the number of frame erasure events during at least the minimum number of samples of FACCH/F frames.
e) The SS repeats step b) to d) with SCPIR_DL values 0 dB and -4 dB.
f) If the MS signals VAMOS II or VAMOS III support step b) to d) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
g) For MS indicating VAMOS III support, steps b) to f) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
NOTE: These frames will not be consecutive but it is expected that the statistical significance of the tests will not be unduly degraded.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.6.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.6-1: Minimum test times due to TU high fading conditions
Full Rate 50 km/h
Frequency
0,85
0,9
1,8
1,9
GHz
Wavelength
0,35
0,33
0,17
0,16
m
min test time
629
594
297
281
s
00:10:29
00:09:54
00:04:57
00:04:41
hh:mm:ss
The error rate measured in this test shall be tested according to the values given in table 14-12.20.6-2 through 12.20.6-5 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14-12.20.6-2: Statistical test limits for FACCH/F (VAMOS I MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/F
4
-83,5
16
0.05
0.0617
5592
350
00:05:50
0
-81,5
-4
-78,5
VDTS-1 (GSM 1800 / 1900)
FACCH/F
4
-84,5
0
-82,5
-4
-79,5
Table 14-12.20.6-3: Statistical test limits for FACCH/F (VAMOS II MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/F
4
-83,5
16
0.05
0.0617
5592
350
00:05:50
0
-81,5
-4
-79,5
-8
-76
-10
-74,5
VDTS-1 (GSM 1800 / 1900)
FACCH/F
4
-84,5
0
-82,5
-4
-80
-8
-77
-10
-75
Table 14-12.20.6-4: Statistical test limits for FACCH/F (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/F
4
-96,5
16
0.05
0.0617
5592
350
00:05:50
0
-94,5
-4
-92,5
-8
-89
-10
-86,5
VDTS-1 (GSM 1800 / 1900)
FACCH/F
4
-96,5
0
-95
-4
-92,5
-8
-89
-10
-86
Table 14-12.20.6-5: Statistical test limits for FACCH/F (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/F
4
-93
16
0.05
0.0617
5592
350
00:05:50
0
-91
-4
-89
-8
-85,5
-10
-83,5
VDTS-1 (GSM 1800 / 1900)
FACCH/F
4
-93,5
0
-91,5
-4
-89
-8
-85,5
-10
-83,5
14.20.7 FACCH/H – VDTS-1
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51.010-1
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14.20.7.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
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51.010-1
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14.20.7.2 Conformance requirement
|
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
3GPP TS 45.005, subclause 6.3.4
- For signalling channels (FACCH/F, FACCH/H, SACCH) FER: 5 %
3GPP TS 45.005, subclause 6.2.1a
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
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51.010-1
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14.20.7.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for FACCH/H under propagation condition TUhigh with an allowance for the statistical significance of the test.
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51.010-1
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14.20.7.4 Method of test
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51.010-1
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14.20.7.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/H with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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51.010-1
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14.20.7.4.2 Procedure
|
a) In addition to the wanted signal, the SS produces an independent, uncorrelated interfering signal, Standard Test Signal I1 (unwanted signal). The modulation of I1 shall be AQPSK and the SCPIR_DL shall be set to 0 dB (scenario VDTS-1). Signal I1 is continuous and has no fixed relationship with the bit transitions of the wanted signal. The interfering signal level is set to -93 dBm and the fading characteristic of the wanted and the interfering signal is TUHigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh noFH/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) Depending of the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values, the SS sets the level of the wanted signal specified by Clev in table 14.20.7-2 through 14.20.7-5.
c) The SS sends a Layer 3 message which does not require a Layer 3 response from the MS. Each repeated L2 frame indicates a frame erasure event.
d) The SS determines the number of frame erasure events during at least the minimum number of samples of FACCH/H frames.
e) The SS repeats step b) to d) with SCPIR_DL values 0 dB and -4 dB
f) If the MS signals VAMOS II or VAMOS III support step b) to d) shall be repeated with SCPIR_DL values -8 dB and -10 dB.
g) For MS indicating VAMOS III support, steps b) to f) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
NOTE: These frames will not be consecutive but it is expected that the statistical significance of the tests will not be unduly degraded.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.7.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.7-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
629
594
297
281
hh:mm:ss
00:10:29
00:09:54
00:04:57
00:04:41
The error rate measured in this test shall be tested according to the values given in table 14-12.20.7-2 through 12.20.7-5 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14-12.20.7-2: Statistical test limits for FACCH/H (VAMOS I MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/H
4
-84
16
0.05
0.0617
5592
350
00:05:50
0
-82
-4
-79
VDTS-1 (GSM 1800 / 1900)
FACCH/H
4
-84
0
-82
-4
-79,5
Table 14-12.20.7-3: Statistical test limits for FACCH/H (VAMOS II MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/H
4
-84
16
0.05
0.0617
5592
350
00:05:50
0
-82
-4
-79,5
-8
-76,5
-10
-74,5
VDTS-1 (GSM 1800 / 1900)
FACCH/H
4
-84
0
-82
-4
-79,5
-8
-76
-10
-74
Table 14-12.20.7-4: Statistical test limits for FACCH/H (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/H
4
-97
16
0.05
0.0617
5592
350
00:05:50
0
-94,5
-4
-92,5
-8
-89
-10
-86,5
VDTS-1 (GSM 1800 / 1900)
FACCH/H
4
-96
0
-94,5
-4
-92
-8
-88,5
-10
-85,5
Table 14-12.20.7-5: Statistical test limits for FACCH/H (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
FACCH/H
4
-93
16
0.05
0.0617
5592
350
00:05:50
0
-91,5
-4
-89
-8
-85,5
-10
-83,5
VDTS-1 (GSM 1800 / 1900)
FACCH/H
4
-93
0
-91
-4
-88,5
-8
-85,5
-10
-83
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51.010-1
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14.20.8 SACCH – VDTS-1
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.8.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
14.20.8.2 Conformance requirement.
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
3GPP TS 45.005, subclause 6.3.4
- For signalling channels (FACCH/F, FACCH/H, SACCH) FER: 5 %
3GPP TS 45.005, subclause 6.2.1a
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.8.3 Test purpose
|
To verify that the MS does not exceed the conformance requirement under TUhigh propagation condition with an allowance for the statistical significance of the test.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.8.4 Method of test
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.8.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/F with an ARFCN in the Mid ARFCN range, power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 form TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +4 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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14.20.8.4.2 Procedure
|
a) In addition to the wanted signal, the SS generates an independent, uncorrelated interfering signal, Standard Test Signal I1 (unwanted signal). The modulation of I1 shall be AQPSK and the SCPIR_DL shall be set to 0 dB (scenario VDTS-1). Signal I1 is continuous and has no fixed relationship with the bit transitions of the wanted signal. The interfering signal level is set to -93 dBm and the fading characteristic of the wanted and the interfering signal is TUHigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh noFH/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) Depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values, the SS sets the level of the wanted signal specified by Clev in table 14.20.8-3 through 14.20.8-6.
c) Following the reception of the last burst of the MS UL SACCH corresponding to the second SACCH block of a SACCH interval, the SS shall compute the PCL value to use in the SS DL SACCH blocks for the next SACCH interval using Table 14.20.8-1.
i) The first two columns of Table 14.20.8-1 are inputs, the last column is a output.
ii) Last commanded PCL by SS refers to the PCL used in the DL SACCH L1 header of SACCH block N
iii) Corresponding reported MS PCL refers to the PCL reported in the UL SACCH L1 header of SACCH block N
iv) Next commanded PCL by SS refers to the PCL that the SS will use in the DL SACCH L1 headers for SACCH block N+1.
Table 14.20.8-1: Power Control Level Used by SS
Last commanded PCL by SS
Corresponding Reported MS PCL
Next commanded PCL by SS
7
7
8
7
8
9
7
9
8
8
7
9
8
8
9
8
9
7
9
7
8
9
8
7
9
9
7
d) The SS compares the MS reported PCL in the uplink SACCH L1 header of the SACCH block against the expected PCL (based on the previously commanded PCL in the downlink SACCH L1 header taking into account round-trip delays). If the MS reported PCL in the uplink SACCH L1 header is different than the expected PCL, this will invoke a frame erasure event.
e) The SS determines the frame erasure events during at least the minimum number of samples of SACCH frames.
f) The SS repeats step b) to e) with SCPIR_DL values 0 dB and -4 dB
g) For MS indicating VAMOS II or VAMOS III support step b) to e) are repeated with SCPIR_DL -8 dB and -10 dB.
h) For MS indicating VAMOS III support, steps b) to g) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.8.5 Test Requirements
|
Testing should be performed using statistical methods that could lead to an early pass/fail decision with test time significantly reduced for MS with FER not on the limit.
For information on statistical testing refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.8-2: Minimum test times due to TU high fading conditions
Full Rate @ 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
4835
4566
2283
2163
hh:mm:ss
01:20:35
01:16:06
00:38:03
00:36:03
NOTE: Minimum test time calculation due to fading based on the 480ms schedule
The error rates measured shall not exceed the test limit error rate values given in table 14.20.8-3 through 14.20.8-6 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.8-3: Limits for SACCH VDTS-1(VAMOS I MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
4
-83,5
2.08
0.05
0.0617
5592
2688
00:44:48
0
-81,5
-4
-78
VDTS-1 (GSM 1800 / 1900)
SACCH
4
-83,5
0
-81,5
-4
-78
Table 14.20.8-4: Limits for SACCH VDTS-1 (VAMOS II MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
4
-83,5
2.08
0.05
0.0617
5592
2688
00:44:48
0
-81,5
-4
-79
-8
-76
-10
-74
VDTS-1 (GSM 1800 / 1900)
SACCH
4
-83,5
0
-81,5
-4
-79
-8
-75,5
-10
-73,5
Table 14.20.8-5: Limits for SACCH VDTS-1 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
4
-96,5
2.08
0.05
0.0617
5592
2688
00:44:48
0
-94
-4
-92
-8
-88,5
-10
-86
VDTS-1 (GSM 1800 / 1900)
SACCH
4
-95,5
0
-94
-4
-90,5
-8
-87,5
-10
-85
Table 14.20.8-6: Limits for SACCH VDTS-1 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
4
-92,5
2.08
0.05
0.0617
5592
2688
00:44:48
0
-91
-4
-88,5
-8
-85
-10
-82,5
VDTS-1 (GSM 1800 / 1900)
SACCH
4
-92,5
0
-90,5
-4
-88
-8
-84,5
-10
-82
14.20.9 Repeated FACCH/F – VDTS-1
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.2 Conformance requirement
|
- The reference performance for the Repeated Associated control channel performance in VAMOS mode shall be according to subclause 6.2.4.
3GPP TS 45.005 subclause 6.2.1a
- For Repeated Downlink FACCH and Repeated SACCH (see 3GPP TS 44.006), the minimum input signal level for which the reference performance shall be met is specified in table 1i, 1s, 1t, 1v and 1x, according to the propagation condition and type of equipment. The performance requirements for GSM 400 and GSM 700 systems are as for GSM 900 in table 1i, 1s, 1t, 1v and 1x, except that the GSM 400 MS speed is doubled from that of GSM 900, e.g. TU50 becomes TU100, and the GSM 700 MS speed is increased by a factor of 1.2, e.g. TU50 becomes TU60.
3GPP TS 45.005 subclause 6.2.4
- The reference performance for Repeated Downlink FACCH and Repeated SACCH shall be FER £ 5%.
3GPP TS 45.005 subclause 6.2.4
- When calculating FER, a FACCH frame and its repetition or a SACCH frame and its repetition respectively, shall be counted as one frame and a frame erasure shall be counted when neither the FACCH frame nor its repetition or neither the SACCH frame nor its repetition respectively, could be successfully decoded.
3GPP TS 45.005 subclause 6.2.4
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
3GPP TS 45.005, subclause 6.3.4
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.3 Test purpose
|
To verify that the MS does not exceed the conformance requirements for Repeated FACCH/F in a VDTS-1 configuration under propagation condition TUhigh with an allowance for the statistical significance of the test.
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.4 Method of test
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/F with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to +0 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS IIsu
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.pported (TSPC_VAMOS_Type 2)
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.4.2 Procedure
|
a) In addition to the wanted signal, the SS generates an independent, uncorrelated interfering signal, Standard Test Signal I1 (unwanted signal). The modulation of I1 shall be AQPSK and the SCPIR_DL shall be set to 0 dB (scenario VDTS-1). Signal I1 is continuous and has no fixed relationship with the bit transitions of the wanted signal. The interfering signal level is set to -93 dBm and the fading characteristic of the wanted and the interfering signal is TUHigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh noFH/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) Depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values, the SS sets the level of the wanted signal specified by Clev in table 14.20.9-2 through 14.20.9-6.
c) The SS sends a Layer 3 message which does not require a Layer 3 response from the MS. Each repeated L2 frame indicates a frame erasure event.
d) The SS determines the number of frame erasure events during at least the minimum number of samples of FACCH/F frames.
e) For MS indicating VAMOS III support, steps b) to d) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
14.20.9.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER is not on the limit.
For more information on statistical testing refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.9-1: Minimum test times due to TU high fading conditions
TCH/F @ 50 km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
604
570
285
270
hh:mm:ss
00:10:04
00:09:30
00:04:45
00:04:30
NOTE: Minimum test time calculation due to fading is based on the best rate 50/3 frame relation in table 14.20.9-4
The error rate measured in this test shall be tested according to the values given in table 14.20.9-2 through 14.20.9-6 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.9-2: Statistical test limits for Repeated FACCH/F (VAMOS I MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR _DL/dB
Clev /dBm
[-93] +Ir
Orig. BER requirement
Derived test limit
Target number of samples
FACCH/F
0
-86
0.05
0.0617
5592
VDTS-1 (GSM 1800 / 1900)
FACCH/F
0
-86,5
Table 14.20.9-3: Statistical test limits for Repeated FACCH/F (VAMOS II MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR _DL/dB
Clev /dBm
[-93] +Ir
Orig. BER requirement
Derived test limit
Target number of samples
FACCH/F
0
-86
0.05
0.0617
5592
VDTS-1 (GSM 1800 / 1900)
FACCH/F
0
-86,5
Table 14.20.9-4: Estimated test times
Estimated test time (best rate 50/3 per second) (s)
Estimated test time (best rate 50/3 per second) (hh:mm:ss)
Estimated test time (worst rate 50/6 per second) (s)
Estimated test time (worst rate 50/6 per second) (hh:mm:ss)
336
00:05:36
671
00:11:11
Table 14.20.9-5: Statistical test limits for Repeated FACCH/F (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR _DL/dB
Clev /dBm
[-93] +Ir
Orig. BER requirement
Derived test limit
Target number of samples
FACCH/F
0
-95,5
0.05
0.0617
5592
VDTS-1 (GSM 1800 / 1900)
FACCH/F
0
-96
Table 14.20.9-6: Statistical test limits for Repeated FACCH/F (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR _DL/dB
Clev /dBm
[-93] +Ir
Orig. BER requirement
Derived test limit
Target number of samples
FACCH/F
0
-93,5
0.05
0.0617
5592
VDTS-1 (GSM 1800 / 1900)
FACCH/F
0
-94
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10 Repeated SACCH – VDTS-1
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.1 Definition
|
The VAMOS reference test scenarios define a set of interfering signals and corresponding performance limits. These tests are a measure of the capability of the VAMOS receiver to receive a wanted modulated signal without exceeding a given degradation due to the presence of these specific unwanted modulated signals.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.2 Conformance requirement
|
- The reference performance for the Repeated Associated control channel performance in VAMOS mode shall be according to subclause 6.2.4.
3GPP TS 45.005 subclause 6.2.1a
- For Repeated Downlink FACCH and Repeated SACCH (see 3GPP TS 44.006), the minimum input signal level for which the reference performance shall be met is specified in table 1i, 1s, 1t, 1v and 1x according to the propagation condition and type of equipment. The performance requirements for GSM 400 and GSM 700 systems are as for GSM 900 in table 1i, 1s, 1t, 1v and 1x except that the GSM 400 MS speed is doubled from that of GSM 900, e.g. TU50 becomes TU100, and the GSM 700 MS speed is increased by a factor of 1.2, e.g. TU50 becomes TU60.
3GPP TS 45.005 subclause 6.2.4
- The reference performance for Repeated Downlink FACCH and Repeated SACCH shall be FER £ 5%.
3GPP TS 45.005 subclause 6.2.4
- When calculating FER, a FACCH frame and its repetition or a SACCH frame and its repetition respectively, shall be counted as one frame and a frame erasure shall be counted when neither the FACCH frame nor its repetition or neither the SACCH frame nor its repetition respectively, could be successfully decoded.
3GPP TS 45.005 subclause 6.2.4
- For AQPSK modulated speech channels ( TCH/HS, TCH/AFSx, TCH/AHSx, TCH/EFS, TCH/WFSx – in downlink), and their associated control channels, the applicable requirements are in tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS.
3GPP TS 45.005, subclause 6.3.2.1
- For AQPSK modulated speech channels and control channels in downlink, the wanted input signal level shall be: -93 dBm + Ir, where Ir = the interference ratio according to tables 2aa for VAMOS I MS, 2ab for VAMOS II MS and 2ag for VAMOS III MS for VDTS-1, VDTS-2 and VDTS-3 (see subclause Q.1) for speech and associated control channels in VAMOS mode in downlink.
3GPP TS 45.005, subclause 6.3.4
- The C/I1 values in tables 2aa, 2ab and 2ag are ratios of received powers expressed in dB; where C is the received power of the downlink signal using Normal burst for AQPSK (see 3GPP TS 45.002) and I1 is the received power of the dominant external interferer (Co-channel 1 in tables Q.1-1 to Q.1-3) for VDTS-1 to VDTS-3 or the received power of the adjacent channel interferer for VDTS-4 (Adjacent 1 in table Q.1-4).
3GPP TS 45.005, subclause Q.1
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.3 Test purpose
|
To verify that the MS does not exceed the conformance requirement under TUhigh propagation condition with an allowance for the statistical significance of the test.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.4 Method of test
|
For details on Repeated SACCH Layer 1 test method, please refer to Annex 10.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/F with an ARFCN in the Mid ARFCN range, power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 from TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
The SCPIR_DL is set to 0 dB.
Specific PICS Statements:
- VAMOS I supported (TSPC_VAMOS_Type1)
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.4.2 Procedure
|
a) In addition to the wanted signal, the SS generates an independent, uncorrelated interfering signal, Standard Test Signal I1 (unwanted signal). The modulation of I1 shall be AQPSK and the SCPIR_DL shall be set to 0 dB (scenario VDTS-1). Signal I1 is continuous and has no fixed relationship with the bit transitions of the wanted signal. The interfering signal level is set to -93 dBm and the fading characteristic of the wanted and the interfering signal is TUHigh noFH for MS indicating VAMOS I or VAMOS II support and TUhigh noFH/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for MS indicating VAMOS III support.
b) Depending of the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values, the SS sets the level of the wanted signal specified by Clev in table 14.20.10-3 through14.20.10-6.
c) Following the reception of the last burst of the MS UL SACCH corresponding to the second SACCH block of a SACCH interval, the SS shall compute the PCL value to use in the SS DL SACCH blocks for the next SACCH interval using Table 14.20.10-1.
i) The first two columns of Table 14.20.10-1 are inputs, the last column is a output.
ii) Last commanded PCL by SS refers to the PCL used in the DL SACCH L1 header of SACCH block N
iii) Corresponding reported MS PCL refers to the PCL reported in the UL SACCH L1 header of SACCH block N
iv) Next commanded PCL by SS refers to the PCL that the SS will use in the DL SACCH L1 headers for SACCH block N+1.
Table 14.20.10-1: Power Control Level Used by SS
Last commanded PCL by SS
Corresponding Reported MS PCL
Next commanded PCL by SS
7
7
8
7
8
9
7
9
8
8
7
9
8
8
9
8
9
7
9
7
8
9
8
7
9
9
7
d) The SS compares the MS reported PCL in the uplink SACCH L1 header of the SACCH block against the expected PCL (based on the previously commanded PCL in the downlink SACCH L1 header taking into account round-trip delays). If the MS reported PCL in the uplink SACCH L1 header is different than the expected PCL, this will invoke a frame erasure event.
e) The SS determines the frame erasure events during at least the minimum number of samples of SACCH frames.
f) For MS indicating VAMOS III support, steps b) to e) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.10.5 Test Requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER not on the limit.
For information on statistical testing refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.10-2: Minimum test times due to TU50 fading conditions
TCH/F @ 50 km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
9676
9138
4569
4329
hh:mm:ss
02:41:16
02:32:18
01:16:09
01:12:09
NOTE: Minimum test time calculation due to fading is based on the 960 ms schedule for two SACCH frames
The error rates measured shall not exceed the test limit error rate values given in table 14.20.10-3 through 14.20.10-6 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
Table 14.20.10-3: Limits for Repeated SACCH VDTS-1(VAMOS I MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
[-93] +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
0
-88
1.04
0.05
0.0617
5592
5377
01:29:37
VDTS-1 (GSM 1800 / 1900)
SACCH
0
-88
Table 14.20.10-4: Limits for Repeated SACCH VDTS-1 (VAMOS II MS)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
0
-88
1.04
0.05
0.0617
5592
5377
01:29:37
VDTS-1 (GSM 1800 / 1900)
SACCH
0
-88
Table 14.20.10-5: Limits for Repeated SACCH VDTS-1 (VAMOS III MS, Corr.=0.0, AGI=0 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
0
-97,5
1.04
0.05
0.0617
5592
5377
01:29:37
VDTS-1 (GSM 1800 / 1900)
SACCH
0
-97,5
Table 14.20.10-6: Limits for Repeated SACCH VDTS-1 (VAMOS III MS, Corr.=0.7, AGI=-6 dB)
VDTS-1 (GSM 900 / 850)
Channel
SCPIR_DL /dB
Clev /dBm
-93 +Ir
Samples per s
Orig. BER requirement
Derived test limit
Target number of samples
Target test time /s
Target test time
(hh:mm:ss)
SACCH
0
-95,5
1.04
0.05
0.0617
5592
5377
01:29:37
VDTS-1 (GSM 1800 / 1900)
SACCH
0
-95,5
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.11 Downlink DTX TCH / AHS in VAMOS configuration
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.11.2 Conformance requirement
|
- For speech channels in VAMOS Mode, and their associated control channels, the minimum input signal level for which the reference performance shall be met is specified in table 1s, 1t, 1u, 1v, 1x and 1y according to the propagation condition and type of equipment.
- For half rate speech channels (TCH/HS, TCH/AHSx) FER: 1 %
- In addition for speech channels the residual class Ib BER and residual class II BER performance shall not exceed the specified values in table 1s, 1t, 1u, 1x, 1y and 1v at the corresponding signal level in dBm.
3GPP TS 45.005, subclause 6.2.1a
14.20.11.3 Test purpose
The purpose of this test case is to verify the VAMOS II or VAMOS III mobile receiver performance when the paired VAMOS subchannel user goes into and comes out of DTX and to verify that the MS does not exceed conformance requirements under propagation condition TUhigh with no frequency hopping with an allowance for the statistical significance of the test.
14.20.11.4 Method of test
The test is performed according the VAMOS DTX test scenario in downlink specified in 3GPP 45.005 Q.6
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.11.4.1 Initial conditions
|
A call is set up according to the generic call set up procedure on a TCH/AHS 7.4 with an ARFCN in the mid ARFCN range. The power control level set to maximum power. RADIO_LINK_TIMEOUT is set to maximum.
The SS transmits a Standard Test Signal C1 (AQPSK) (wanted signal) on the active VAMOS subchannel (subchannel 2) using trainings sequence 5 form TSC set 2. The other VAMOS subchannel (subchannel 1) uses trainings sequences 5 from TSC set 1.
DTX is set on the VAMOS subchannel 1 according to the probability ratio specified in 3GPP 45.005 Q.6
Specific PICS Statements:
- VAMOS II supported (TSPC_VAMOS_Type2)
- VAMOS III supported (TSPC_VAMOS_Type3)
For MS indicating VAMOS III support, connect the SS to the MS antenna connectors according to Annex A1.1.6.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.11.4.2 Procedure
|
a) The fading profile for the wanted is set to TUHigh for VAMOS II MS and TUhigh/(Corr.=0, AGI=0 dB as per 3GPP TS 45.005 Annex Q.7) for VAMOS III MS.
b) The SCPIR_DL is set to -10 dB.
c) Depending on the network frequency the SS sets the signal level for the AQPSK- and GMSK modulated signal indicated in table 14.20.11-2
d) The SS compares the modulation of the signal sent to the MS with the signal which is looped back from the receiver after demodulation and decoding, and checks the frame erasure indication.
e) The SS determines the number of residual bit error events for the bits of the class Ib and II, by examining at least the minimum number of samples of consecutive bits of class Ib and II. Bits are only taken from those frames not signalled as erased.
f) The SS also determines the frame erasure events by examining at least the minimum number of samples of consecutive frames and assuming a frame is received successfully if it is not signalled as erased.
g) For MS indicating VAMOS III support, steps b) to f) are repeated with the SS fading function set in turn to TU high/(Corr.=0,7, AGI=-6 dB as per 3GPP TS 45.005 Annex Q.7).
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
|
14.20.11.4.3 Test requirements
|
Testing should be performed using statistical methods that lead to an early pass/fail decision with test time significantly reduced for MS with FER/BER not on the limit.
For more information on statistical testing of BER/BLER performance, especially the definition of limit lines refer to Annex 7 (A7.1.3.2)
Before limit checking is valid the minimum test time due to fading needs to be considered:
Table 14.20.11-1: Minimum test times due to TU high fading conditions
Fading speed 50km/h
Frequency /MHz
850
900
1800
1900
Wave length / m
0,35
0,33
0,17
0,16
Min. Test time /s
403
380
190
180
hh:mm:ss
00:06:43
00:06:20
00:03:10
00:03:00
The error rate measured in this test shall be tested according to the values given in table 14.20.11-3 to table 14.20.11-8 depending on the indicated VAMOS type and the relevant antenna correlation and antenna gain imbalance values.
NOTE: The wanted signal level are derived form calculation using 3GPP TS 45.005 table 1u for VAMOS II MS, 1y for VAMOS III MS and Annex Q.6 (VAMOS DTX scenario in downlink).
Table 14.20.11-2: Signal level for AQPSK and GMSK
Frequency band
Signal level /dBm
AQPSK
GMSK
GSM 900 and GSM 850
-86,15
-96,65
DCS 1800 and PCS 1900
-85,15
-95,65
Table 14.20.11-3: Statistical test limits for GSM 850 and GSM 900 TCH/AHS 7.4 (VAMOS II MS)
0.4 to 0.9GHz
Frames per s
Orig. BER requirements
Derived test limit
Target number of samples
Target test time (s)
Target test time
(hh:mm:ss)
Channel
SCPIR / dB
Channel
clas1b per s
class II per s
AHS 7.4
-10
Frames
50
0.010000
0.012340
27958
560
00:09:19
Class1b
2950
0,002500
0,003085
111831
38
00:00:38
Class II
1400
0,022800
0,028135
12262
9
00:00:09
Table 14.20.11-4: Statistical test limits for DCS 1800 and PCS 1900 TCH/AHS 7.4 (VAMOS II MS)
1.8 to 1.9GHz
Frames per s
Orig. BER requirements
Derived test limit
Target number of samples
Target test time (s)
Target test time
(hh:mm:ss)
Channel
SCPIR / dB
Channel
clas1b per s
class II per s
AHS 7.4
-10
Frames
50
0.010000
0.012340
27958
560
00:09:19
Class1b
2950
0,0028
0,003455
99850
34
00:00:34
Class II
1400
0,027
0,033318
10355
7
00:00:07
Table 14.20.11-5: Statistical test limits for GSM 850 and GSM 900 TCH/AHS 7.4 (VAMOS III MS, Corr=0.0, AGI=0 dB)
0.4 to 0.9GHz
Frames per s
Orig. BER requirements
Derived test limit
Target number of samples
Target test time (s)
Target test time
(hh:mm:ss)
Channel
SCPIR / dB
Channel
clas1b per s
class II per s
AHS 7.4
-10
Frames
50
0.010000
0.012340
27958
560
00:09:19
Class1b
2950
0,002500
0,003085
111831
38
00:00:38
Class II
1400
0,022800
0,028135
12262
9
00:00:09
Table 14.20.11-6: Statistical test limits for DCS 1800 and PCS 1900 TCH/AHS 7.4 (VAMOS III MS, Corr=0.0, AGI=0 dB)
1.8 and 1.9GHz
Frames per s
Orig. BER requirements
Derived test limit
Target number of samples
Target test time (s)
Target test time
(hh:mm:ss)
Channel
SCPIR / dB
Channel
clas1b per s
class II per s
AHS 7.4
-10
Frames
50
0.010000
0.012340
27958
560
00:09:19
Class1b
2950
0,0028
0,003455
99850
34
00:00:34
Class II
1400
0,027
0,033318
10355
7
00:00:07
15 Timing advance and absolute delay
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1 GSM Timing advance and absolute delay
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.1 Definition
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Timing advance (TA) is a time offset in bits as sent to the MS by the BS. The MS shall advance its transmissions to the BS by the timing advance relative to 3 timeslots behind transmissions received from the BS.
The absolute delay is the delay between a common burst reference point within the received and the transmitted RF burst.
NOTE: For normal or dummy bursts, the common burst reference point is defined to be the transition from bit 13 to bit 14 of the midamble. For an access burst it is defined to be the transition from bit 48 to bit 49 of the burst.
Equivalently the delay can be referenced to the modulator input vs. the demodulator output or to the differential encoder input vs. the differential decoder output, provided the measured delay is corrected for the additional delays in the signal path.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.2 Conformance requirement
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1) The random access burst transmission, measured at the MS antenna, shall use a TA of 0, and therefore be 3 timeslots behind the transmissions received from the BTS, with an absolute tolerance of ±1 bit period.
3GPP TS 05.10, subclauses 6.4 and 6.6.
2) The normal burst transmission, measured at the MS antenna, shall be 3 timeslots - TA behind the transmissions received from the BTS, with an absolute tolerance of ±1 bit period.
3GPP TS 05.10, subclause 6.4.
3) When the MS receives a new value of TA on the SACCH, it shall implement the new value of TA at the first TDMA frame belonging to the next reporting period, after the SACCH frame containing the new TA value.
3GPP TS 05.10, subclause 6.5.
4) The MS shall signal the used TA to the BS, in the L1 header of the uplink SACCH message.
3GPP TS 05.10, subclause 6.4, 3GPP TS 04.04, subclause 7.2.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.3 Test purpose
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1) To verify that the MS uses a TA value of 0 for the access burst.
2) To verify that the MS meets the absolute receive/transmit delay requirement for the access burst.
3) To verify that the MS meets the absolute receive/transmit delay requirement for normal bursts.
4) To verify that the MS implements a new timing advance value as signalled on the SACCH as in the requirement.
5) To verify that the MS sends the TA used on the uplink SACCH as in the requirement.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.4 Method of test
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.4.1 Initial conditions
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The SS sends "MAXRETRANS = 7" and "TX-INTEGER = 3" on the BCCH.
The MS is brought into MM state "idle, updated".
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.4.2 Procedure
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a) The SS pages the MS after 10 s.
b) The SS does not respond to the first 7 CHANNEL REQUEST messages from the MS. The SS responds to the 8th CHANNEL REQUEST from the MS on the RACH by sending an IMMEDIATE ASSIGNMENT message, with TA set to 0.
c) The SS continues to set up a call according to the generic call set up procedure.
d) The SS signals the TA values 10, 20, 30, 40, 50, 60, 63, and one random value other than these values to the MS in consecutive SACCH blocks.
For GSM 400 MS, the SS signals the TA values 35, 70, 105, 140, 175, 210, 219, and one random value other than these values to the MS in consecutive SACCH blocks.
The SS determines the TA value set in the L1 header on the uplink SACCH for each timing advance.
The SS measures the absolute delay for all bursts.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.1.5 Test requirement
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The measured receive/transmit delay for each burst shall equal the following nominal values with an absolute tolerance of ±1 bit period:
access bursts: 3 timeslots (= 45/26 ms).
normal bursts: 3 timeslots (= 45/26 ms) minus the last TA value received from the SS.
The MS shall use the new timing advance at the first TDMA frame belonging to the next reporting period after the SACCH frame containing the new TA value.
The TA field in the uplink SACCH L1 header shall contain to the most recently ordered TA value.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.2 Void
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.3 Void
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
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15.4 Void
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.5 Void
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6 GPRS Timing advance and absolute delay
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6.1 Definition
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Timing advance (TA) is a time offset in bits as sent to the MS by the BS. The MS shall advance its transmissions to the BS by the timing advance relative to 3 timeslots behind transmissions received from the BS.
The absolute delay is the delay between a common burst reference point within the received and the transmitted RF burst.
The timing advance procedure is used to derive the correct value for timing advance that the MS has to use for the uplink transmission of radio blocks.
The timing advance procedure comprises two parts:
- initial timing advance estimation;
- continuous timing advance update.
NOTE: For normal or dummy bursts, the common burst reference point is defined to be the transition from bit 13 to bit 14 of the midamble. For an access burst it is defined to be the transition from bit 48 to bit 49 of the burst.
Equivalently the delay can be referenced to the modulator input vs. the demodulator output or to the differential encoder input vs. the differential decoder output, provided the measured delay is corrected for the additional delays in the signal path.
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
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15.6.2 Conformance requirement
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1) The random access burst transmission, measured at the MS antenna, shall use a TA of 0, and therefore be 3 timeslots behind the transmissions received from the BTS, with an absolute tolerance of ±1 bit period.
3GPP TS 05.10, subclauses 6.4 and 6.6.
2) The normal burst transmission, measured at the MS antenna, shall be 3 timeslots - TA behind the transmissions received from the BTS, with an absolute tolerance of ± 1 bit period. In case of a multislot configuration, the MS shall use a common timebase for transmission of all channels. In this case, the MS may optionally use a timeslot length of 157 bit periods on timeslots TN = 0 and 4, and 156 bit periods on timeslots with TN = 1, 2, 3, 5, 6 and 7, rather than 156.25 bit periods on all timeslots. In case of a packet switched multislot configuration the common timebase shall be derived from all timeslots monitored by the MS. In this case, the MS may assume that the BTS uses a timeslot length of 156.25 bit periods on all timeslots
3GPP TS 05.10, subclause 6.4.
3) For an MS in Packet transfer mode, except MS class A in dedicated mode:
Within the packet resource assignments (see 3GPP TS 04.08 / 3GPP TS 24.008 and 3GPP TS 04.60) for uplink or downlink messages the MS gets the Timing Advance Index (TAI). The MS shall send access bursts on the subchannel defined by the TAI on the PTCCH using TA=0.
3GPP TS 05.10, subclause 6.5.2.
4) For an MS in Packet transfer mode, except MS class A in dedicated mode:
When the MS receives the updated value of TA from the BTS on the downlink PTCCH, it shall always use the last received TA value for the uplink transmission.
3GPP TS 05.10, subclause 6.5.2.
5) For an MS in Packet transfer mode, except MS class A in dedicated mode:
Upon initiation of the continuous timing advance procedure the MS shall disregard the TA values on PTCCH until it has sent its first access burst on PTCCH.
3GPP TS 05.10, subclause 6.5.2.
6) For an MS in Packet transfer mode, except MS class A in dedicated mode:
The network may request the MS to send 4 access bursts to calculate a new TA value. For this purpose the network sets the system information element CONTROL_ACK_TYPE to indicate that the MS is to respond with a PACKET_CONTROL_ACKNOWLEDGEMENT consisting of 4 access bursts (see 3GPP TS 04.60), and sends a PACKET_POLLING_REQUEST to the MS. In this case, the MS shall transmit 4 consecutive access bursts on the assigned resources.
3GPP TS 05.10, subclause 6.5.2.
7) For an MS in Packet transfer mode, except MS class A in dedicated mode:
If the MS receives a resource assignment or power control/timing advance message (see 3GPP TS 04.60), the MS shall use the included TA value until it receives a new value on PTCCH.
3GPP TS 05.10, subclause 6.5.2.
8) For an MS in Packet idle mode, except MS class A in dedicated mode:
If the MS receive a packet downlink assignment (see 3GPP TS 04.08 / 3GPP TS 24.008 and 3GPP TS 04.60) indicating to the MS that it can only start the uplink transmission on PDTCH after the timing advance is obtained by a Packet Power Control/Timing Advance message, the MS shall start the packet transfer after the TA value is received on the PACCH.
3GPP TS 05.10, subclause 6.5.2.
9) For an MS in Packet transfer mode, except MS class A in dedicated mode:
If the MS receives a packet resource assignment (see 3GPP TS 04.08 / 3GPP TS 24.008 and 3GPP TS 04.60) indicating that a default timing advance shall be used, the MS shall not use the continuous timing advance procedure.
3GPP TS 05.10, subclause 6.5.2.
10) For an MS in Packet transfer mode, except MS class A in dedicated mode:
When the MS receives a new or updated TA value on the downlink PTCCH or downlink PACCH, the MS shall be ready to transmit using the new TA value within 40 ms of the end of the last timeslot of the message block containing the new TA value.
3GPP TS 05.10, subclause 6.9.
NOTE: A MS class A in dedicated mode has to follow the procedures described in 3GPP TS 05.10 subclause 6.5.1.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6.3 Test purpose
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1) To verify that the MS uses a TA value of 0 for the access burst.
2) To verify that the MS meets the absolute receive/transmit delay requirement for the access burst.
3) To verify that the MS meets the absolute receive/transmit delay requirement for normal bursts.
4) To verify that an MS in Packet transfer mode, except for a GPRS Class A MS in dedicated mode, when it receives an updated value of TA from the BTS on the downlink PTCCH, uses the last received TA value for the uplink transmission, respecting conformance requirement 10.
5) To verify that an MS in Packet transfer mode, except for a GPRS Class A MS in dedicated mode, upon initiation of the continuous timing advance procedure shall disregard the TA values on PTCCH until it has sent its first access burst on PTCCH.
6) To verify that an MS in Packet transfer mode, except for a GPRS Class A MS in dedicated mode, if it receives a packet polling message as defined in conformance requirement 6, sends 4 access bursts on a network assigned uplink resource.
7) To verify that an MS in Packet transfer mode, except for a GPRS Class A MS in dedicated mode, if it receives a resource assignment or power control/timing advance message (see 3GPP TS 04.60), uses the included TA value until it receives a new value on PTCCH.
8) To verify that an MS in Packet idle mode, except for a GPRS Class A MS in dedicated mode, if it receives a packet downlink assignment (see 3GPP TS 04.08 / 3GPP TS 24.008 and 3GPP TS 04.60) indicating to the MS that it can only start the uplink transmission on PDTCH after the timing advance is obtained by the continuous update procedure or a Packet Power Control/Timing Advance message , it starts the packet transfer after the TA value is received from the SS .
9) To verify that an MS in Packet transfer mode, except for a GPRS Class A MS in dedicated mode, if it receives a packet resource assignment (see 3GPP TS 04.08 / 3GPP TS 24.008 and 3GPP TS 04.60) indicating that a default timing advance shall be used, does not use the continuous timing advance procedure.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6.4 Method of test
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6.4.1 Initial conditions
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The test shall be run under the default GPRS conditions defined in clause 40.
The SS sets the System Infomation 1 parameter CONTROL_ACK_TYPE to "0".
The MS is brought into packet idle mode.
The MS shall be PDP context activated.
NOTE: The Test Requirements (15.6.5) are based on a One Phase Packet Access protocol, see 3GPP TS 04.60.
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683b5b8a98f7b1390ddd5516ea9247a2
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51.010-1
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15.6.4.2 Procedure
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a) The SS pages MS on the PCH. The SS measures the receive/transmit delay for each burst. The SS then sends a Packet Access Reject message.
b) The MS is made to send a Channel Request by triggering the MS to send a minimum of 6000 octets. The SS transmits a packet ressource assignment to the MS with a valid TAI. The SS transmits a TA value on the PTCCH for this TAI which is neither 0 nor 1. The SS measures the receive/transmit delay for several bursts, using the conditions defined in Conformance requirement 10).
c) The SS transmits a number of different TA values on the PTCCH for the TAI assigned to the MS. The SS also changes the TA values on the PTCCH for the other TAI in such a way that there is no correlation between TA values. The SS measures the receive/transmit delay for several bursts, using the conditions defined in Conformance reuirement 10).
d) The SS transmits a new TA value, different by more than 1 from the previously transmitted one, in such a way that the MS can only correctly receive the last (4th) occurrence of the new TA value. The SS measures the receive/transmit delay for several bursts after the 4th (and correctly received) TA transmission, using the conditions defined in Conformance requirement 10).
e) The MS is made to send a Channel Request by triggering the MS to send a minimum of 6000 octets. The SS responds with a Packet Queuing Notification. The SS sends a Packet Polling, addressing the MS with its TFI. The SS measures the receive/transmit delay for each of the 4 access bursts after the Packet Polling message is sent.
f) The SS sends a Packet Uplink Assignment to the MS with valid TIMING_ADVANCE_INDEX, TIMING_ADVANCE_TIMESLOT_NUMBER, and TIMING_ADVANCE_VALUE. As part of the subsequent continuous timing advance update procedure, the SS sends a timing advance value on the downlink PTCCH for the MS, that is different from the TIMING_ADVANCE_VALUE in the Packet Uplink Assignment. The SS measures the receive/transmit delay for several bursts, once after thePacket Uplink Assignment is sent, and once after the MS should be using the updated TA, using the conditions defined in Conformance requirement 10).
g) The MS is brought back to Packet idle mode. The SS sends a Immediate Assignment to the MS with no valid Timing Advance included . The SS polls the MS by sending an RLC Block. The SS waits 2 seconds and then sends a PACKET POWER CONTROL/TIMING ADVANCE message with valid timing advance information. The SS sends further RLC Blocks. The SS measures the receive/transmit delay for several bursts.
h) The MS is made to send a Packet Channel Request by triggering the MS to send a minimum of 6000 octets. The SS sends a Packet Uplink Assignment to the MS with TIMING_ADVANCE_VALUE set to a value different from the last one ordered on the PTCCH, and the TIMING_ADVANCE_INDEX and TIMING_ADVANCE_TIMESLOT_NUMBER fields not present. The SS continues to transmit TA values on the PTCCH. These shall be different from the TA value TIMING_ADVANCE_VALUE in the Packet Uplink Assignment. The SS measures the receive/transmit delay for several bursts, once after the transmission of the Packet Uplink Assignment, and once after the SS transmits the new TA using the continuous update procedure for the TAI chosen in step g), using the conditions defined in Conformance requirement 10).
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
|
15.6.5 Test requirement
|
The measured receive/transmit delay for each burst shall equal the following nominal values with an absolute tolerance of ±1 bit period.
access bursts: 3 timeslots (= 45/26 ms).
normal bursts: 3 timeslots (= 45/26 ms) minus the last TA value received from the SS.
In step a) the MS shall transmit an access burst on the RACH.
In step b) the MS shall send access bursts on the PTCCH on the subchannel defined by the TAI with TA = 0.
In step c) the MS shall use the updated TA values.
In step d) the MS shall use the updated TA value.
In step e) the MS shall transmit 4 access bursts.
In step f) the MS shall use the TIMING_ADVANCE_VALUE in the Packet Uplink Assignment first, and change to the Timing Advance value transmitted on the downlink PTCCH in response to the sending of an access burst on the uplink PTCCH.
In step g) the MS shall not transmit on the allocated resources before it received a Timing Advance value via a PACKET POWER CONTROL/TIMING ADVANCE message on the downlink PACCH.
In step h) the last TA value received from the SS is the TIMING_ADVANCE_VALUE in the Packet Uplink Assignment.
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
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15.7 ECSD Timing advance and absolute delay
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683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
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15.7.1 Definition
|
Timing advance (TA) is a time offset in symbols as sent to the MS by the BS. The MS shall advance its transmissions to the BS by the timing advance relative to 3 timeslots behind transmissions received from the BS.
The absolute delay is the delay between a common burst reference point within the received and the transmitted RF burst.
NOTE: For normal bursts for GMSK modulation, the common burst reference point is defined to be the transition from bit 13 to bit 14 of the midamble. For normal bursts for 8-PSK modulation, the common burst reference point is defined to be the transition from symbol 13 to symbol 14 of the midamble. For an access burst it is defined to be the transition from bit 48 to bit 49 of the burst.
Equivalently the delay can be referenced to the modulator input vs. the demodulator output or to the differential encoder input vs. the differential decoder output, provided the measured delay is corrected for the additional delays in the signal path.
|
683b5b8a98f7b1390ddd5516ea9247a2
|
51.010-1
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15.7.2 Conformance requirement
|
1) The random access burst transmission, measured at the MS antenna, shall use a TA of 0, and therefore be 3 timeslots behind the transmissions received from the BTS, with an absolute tolerance of ± 1 symbol period.
3GPP TS 05.10, subclauses 6.4 and 6.6.
2) The normal burst transmission, measured at the MS antenna, shall be 3 timeslots - TA behind the transmissions received from the BTS, with an absolute tolerance of ± 1 symbol period. In case of a multislot configuration, the MS shall use a common timebase for transmission of all channels. In this case, the MS may optionally use a timeslot length of 157 symbol periods on timeslots TN = 0 and 4, and 156 symbol periods on timeslots with TN = 1, 2, 3, 5, 6 and 7, rather than 156,25 symbol periods on all timeslots. In case of a circuit switched multislot configuration, the common timebase shall be derived from the main channel and the TA values received on other channels shall be neglected.
3GPP TS 05.10, subclause 6.4.
3) When the MS receives a new value of TA on the SACCH, it shall implement the new value of TA at the first TDMA frame belonging to the next reporting period, after the SACCH frame containing the new TA value.
3GPP TS 05.10, subclause 6.5.1
4) The MS shall signal the used TA to the BS, in the L1 header of the uplink SACCH message.
3GPP TS 05.10, subclause 6.5.1, 3GPP TS 04.04, subclause 7.2.
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