OrganizedProgrammers/3GPPSpecContent · Datasets at Hugging Face

hash stringlengths 32 32	doc_id stringlengths 5 12	section stringlengths 4 595	content stringlengths 0 6.67M
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.5.2 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.5.2.1 Initial conditions	The DAI of the MS is connected to the SS and is set to the operating mode "Test of acoustic devices and A/D & D/A". The handset is mounted in the LRGP (see annex 1 of ITU-T recommendation P.76) and the earpiece is sealed to the knife edge of the artificial ear conforming to ITU-T recommendation P.51.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.5.2.2 Procedure	a) The SS generates on the DAI a digital representation of a sine wave with a frequency of 1 000 Hz. b) The SS measures the "phase shift" 1, in the range of 0 to 360 degrees, between the equivalent sine wave generated at the DAI and the sine wave at the input to the artificial ear. c) The frequency is increased to 1 100 Hz and the resulting phase shift 2 noted. d) The downlink coding delay TDC is calculated from either: TDC = (2 - 1) ms/36 for 2 > 1; or TDC = (2 + 360 - 1) ms/36 for 2 < 1
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.6 Uplink processing delay
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.6.1 Definition	The uplink processing delay is the delay from the first bit of a speech block on the DAI to the last bit of that speech block being transmitted on the air interface of the MS. 32.10.6.2 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.6.2.1 Initial conditions	The DAI of the MS is connected to the SS and is set to the operating mode "Test of speech encoder/DTX functions (uplink)".
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.6.2.2 Procedure	a) The test set up is that described in subclause 32.8.4.2 for uplink speech transcoding. b) The SS sends one of the test patterns SEQ01.INP described in 3GPP TS 06.07 subclause 6 to the DAI of the MS. c) The SS measures the time between the first bit on the DAI, and the last transmitted bit of the block at the air interface for each speech block the SS sends on the DAI. This time difference is the delay measured. d) Step c) is repeated 20 times. The maximum delay measured in ms is the uplink coding delay TUP. NOTE: This is to account for the fact that the processing time may not be constant.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.7 Uplink coding delay
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.7.1 Definition	The uplink coding delay is defined as the delay between an acoustic signal at the MRP and the digital representation of that signal on the DAI.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.7.2 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.7.2.1 Initial conditions	The handset is mounted in the LRGP (see annex 1 of ITU-T recommendation P.76) and the earpiece is sealed to the knife edge of the artificial ear conforming to ITU-T recommendation P.51.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.7.2.2 Procedure	a) The SS generates an acoustic signal at the artificial mouth of the LRGP, being a pure sine wave with a frequency of 1 000 Hz. b) The SS measures the "phase shift" 1, in the range of 0 to 360 degrees, between the signal at the MRP and its digital representation on the DAI. c) The SS sets the generated frequency to 1 100 Hz, and measures the resulting phase shift 2. d) The uplink coding delay TUC is calculated from either: TDC = (2 - 1) ms/36 for 2 > 1; or TDC = (2 + 360 - 1) ms/36 for 2 < 1
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.10.8 Test requirement	The sum of the delays TDP, TDC, TUP, and TUC shall be less than 144,9 ms. NOTE: This limit includes an allowance of 4*0,25 ms delay from the DAI to the MS transmission path.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11 Intra cell channel change from a TCH/HS to a TCH/FS
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.1 Definition	Dual rate MSs support an intra cell channel change from a TCH/HS to a TCH/FS by switching the Speech and channel codec used from HR to FR.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.2 Conformance requirement:	1) When commanded to perform an intra cell channel change from a TCH/HS to a TCH/FS, the MS shall switch channels from HR to FR. The maximum time allowed for the MS to perform this switch in rates is 20 ms. 3GPP TS 05.10, subclause 6.8. 2) For an intra cell channel change, the time between the end of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms. 3GPP TS 05.10, subclause 6.8.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.3 Test purpose:	1) To verify that the MS encodes speech correctly after performing an intra cell channel change from a TCH/HS to a TCH/FS. 2) To verify that the MS, when commanded to perform an intracell channel change to a new ARFCN and/or timeslot number within the same cell, if the starting time is not used in the ASSIGNMENT COMMAND, is ready to transmit on the new channel within 20 ms of the last complete speech frame or message block sent on the old channel.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.4.1 Initial conditions	Uplink DTX is off. The SS sets up a call according to the generic call set up procedure on a HR channel in the low ARFCN range on timeslot 1.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.4.2 Procedure	a) The SS records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the HR channel decoder on the old channel and at the same time records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the FR channel decoder on the channel to which the channel change will take place. b) The SS sends an ASSIGNMENT COMMAND to the MS allocating a FR channel in the high ARFCN range on timeslot 2, and with a power command of 7. These old and new carriers have a relative frequency tolerance of 0, and a relative timing tolerance of 1/4 bit. c) The time at which the sequence of BFI flags at the output of the HR channel decoder performs the first transition from 0 to 1 is registered (t1). In case of occurrence of speech frames after an RR frame, the next transition of the BFI flag from 0 to 1 after the reception of the RR frame is defined as t1. d) The time values at which the sequence of BFI flags at the output of the FR channel decoder performs transitions from 1 to 0 are registered. The time t2 is defined as the time where the BFI flag at the output of the FR channel decoder toggles from 1 to 0 due to a correctly received speech traffic frame received at the channel decoder. Transitions due to the occurrence of an ASSIGNMENT COMPLETE frame or an SABM frame after the reception of good speech frames shall not be considered. If the first frame sent on the new traffic channel was an SABM frame, t2 is defined as the time the BFI flag toggles from 1 to 0 due to a correctly received speech traffic frame after the reception of the SABM frame. NOTE: There shall be an allowance of at maximum two transitions for this BFI flag from 0 to 1 and back to zero again after t2. These transitions are caused by the SABM frame if it was not the first frame to be sent on the new TCH, or the ASSIGNMENT COMPLETE frame, or both. Since both frames are FACCH frames, each would cause exactly one BFI=1 indications. e) The time difference Dt = t2 - t1 shall be calculated.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.11.5 Test requirement	1) The last transition of the BFI flag at the output of the FR channel decoder from 1 to 0 shall be followed by a sequence of at least 50 zeroes, interrupted by at maximum two transitions to 1, each interruption containing exactly one BFI=1 flag, caused by the SABM or the ASSIGNMENT COMPLETE frames. 2) The calculated time difference Dt shall not exceed 13 TDMA frames. If the first frame sent on the new channel was an SABM frame, an additional time difference of 4 frames is allowed. If the last frame sent on the old channel was an RR frame, an additional time difference of 9 frames is allowed. NOTE: The BFI of the old channel will toggle from 0 to 1 only four frames after the reception of the last bit of the speech frame sent on the old channel. The time between the last bit of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms (3GPP TS 05.10, subclause 6.8). This time will expire 4 frames and 3 timeslots after the sending of the last bit of the last complete speech frame on the old channel, i.e. the MS may not be able to transmit in the corresponding timeslot in the current frame, but must wait approx. 4 frames until the next allowed frame (FN mod 13 = 0, 4 or 8) is reached. The next frame could be an idle frame, so the MS must wait for another frame. This equates to 5 frames, after which the MS is able to start transmission on the new channel. Additionally, 8 frames will be needed due to interleaving until the last bit of the first speech frame on the new channel is received and the BFI flag toggles from 1 to 0. This makes a total of 13 frames or 60 ms between the frame number when the BFI toggles from 0 to 1 on the old channel and the frame number when the BFI toggles from 1 to 0 on the new channel. See diagram below. If SABM is the first frame received on the new channel, 4 more frames are allowed. If RR is the last frame sent on the old channel, additionally 9 more frames are allowed (RR frames plus an idle frame). t1 +4 +1 +8 t2 < > < > < > (last frame TCH/HS) (first frame TCH/FS) (here subchannel 1) x x x x I x x x x x x x x / < 20 ms > (idle) BFI=0 BFI=1 BFI=0 MS ready MS able to transmit to transmit t1 +4 +1 <--------------------------> < > <------------------------- (RR frame ) ------------------------------------------> x x x x x x x x I < 20 ms > BFI =0 BFI=1 MS ready to transmit
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12 Intra cell channel change from a TCH/FS to a TCH/HS
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.1 Definition	Dual rate MSs support an intra cell channel change from a TCH/FS to a TCH/HS by switching the Speech and channel codec used from FR to HR.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.2 Conformance requirement:	1) When commanded to perform an intra cell channel change from a TCH/FS to a TCH/HS, the MS shall switch channels from FR to HR. 3GPP TS 05.10 subclause 6.8. 2) For an intra cell channel change, the time between the end of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms. 3GPP TS 05.10, subclause 6.8.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.3 Test purpose:	1) To verify that the MS encodes speech correctly after performing an intra cell channel change from a TCH/FS to a TCH/HS. 2) To verify that the MS, when commanded to perform an intra cell channel change to a new ARFCN and/or new timeslot number within the same cell, if the starting time is not used in the ASSIGNMENT COMMAND, is ready to transmit on the new channel within 20 ms of the last complete speech frame or message block sent on an old channel.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.4.1 Initial conditions	Uplink DTX is off. The SS sets up a call according to the generic call set up procedure on a FR channel in the low ARFCN range on timeslot 1.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.4.2 Procedure	a) The SS records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the FR channel decoder on the old channel and at the same time the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the HR channel decoder on the channel to which the channel change will take place. b) The SS sends an ASSIGNMENT COMMAND to the MS allocating a HR channel on sub-channel 0 in the high ARFCN range on timeslot 2, and with a power command of 7. These old and new carriers have a relative frequency tolerance of 0, and a relative timing tolerance of 1/4 bit. c) The time at which the sequence of BFI flags at the output of the FR channel decoder performs the first transition from 0 to 1 is registered (t1). In case of occurrence of speech frames after an RR frame, the next transition of the BFI flag from 0 to 1 after the reception of the RR frame is defined as t1. d) The time values at which the sequence of BFI flags at the output of the HR channel decoder performs transitions from 1 to 0 are registered. The time t2 is defined as the time where the BFI flag at the output of the HR channel decoder toggles from 1 to 0 due to a correctly encoded speech traffic frame received at the channel decoder. Transitions due to the occurrence of an ASSIGNMENT COMPLETE frame or and SABM frame after the reception of good speech frames shall not be considered. If the first frame sent on the new traffic channel was an SABM frame, t2 is defined as the time the BFI flag toggles from 1 to 0 due to a correctly received speech traffic frame after the reception of the SABM frame. NOTE: There shall be an allowance of at maximum two transitions for this BFI flag from 0 to 1 and back to zero again after t2. These transitions are caused by the SABM frame if it was not the first frame to be sent on the new TCH, or the ASSIGNMENT COMPLETE frame, or both. Since both frames are FACCH frames, each would cause exactly two BFI=1 indications. e) The time difference Dt = t2 - t1 shall be calculated.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	32.12.5 Test requirement	1) The last transition of the BFI flag at the output of the HR channel decoder from 1 to 0 shall be followed by a sequence of at least 50 zeroes, interrupted by at maximum two transitions to 1, each interruption containing exactly two BFI=1 flags, caused by the SABM or the ASSIGNMENT COMPLETE frames. 2) The calculated time difference Dt shall not exceed 12 TDMA frames. if the first frame sent on the new channel was an SABM frame,an additional time difference of 9 frames is allowed. If the last frame sent on the old channel was an RR frame, an additional time difference of 5 frames is allowed. NOTE: The BFI of the old channel will toggle from 0 to 1 only 4 frames after the reception of the last bit of the last speech frame sent on the old channel. The BFI on the old channel will toggle from 0 to 1 only four frames after the reception of the last bit of the last complete speech or data frame or message block sent on the old channel. The time between the last bit of the last complete speech frame sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms (3GPP TS 05.10, subclause 6.8). This time will expire 4 frames and 3 timeslots after the sending of the last bit of the last complete speech frame on the old channel, i.e. the MS may not be able to transmit in the corresponding new timeslot in its current frame, but must wait approx. 4 frames until the next allowed frame (FN mod 13 = 0, 4 or 8) is reached. The next frame could be an idle frame, so the MS must wait for another frame. This equates to 5 frames, after which the MS is able to start transmission on the new channel. Additionally, 7 frames will be needed due to interleaving until the last bit of the first speech frame on the new channel is received and the BFI flag toggles from 1 to 0. This makes a total of 12 frames or 55,4 ms between the frame number when the BFI toggles from 0 to 1 on the old channel and the frame number when the BFI toggles from 1 to 0 on the new channel. See diagram below. If SABM is the first frame received on the new channel, 9 more frames are allowed. If RR is the last frame sent on the old channel, 5 more frames are allowed. t1 +4 +1 +7 t2 < > < > < > (last frame TCH/FS) (first frame TCH/HS) (here subchannel 0) x x x x x x x x I x x x x / < 20 ms > (idle) BFI=0 BFI=1 BFI=0 MS ready MS able to transmit to transmit t1 +4 +1 <------------------- > < ---> <------------------- (RR frame) -------------> x x x x x x x x I x x / < 20 ms > (idle) BFI=0 BFI=1 MS ready to transmit
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33 Mobile station features	3GPP TS 02.07 defines mandatory and optional MS features. Their presence and appropriate functioning are verified by the following tests.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1 Entry and display of called number
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.1 Definition	The entry and display of a called number is the ability of a MS to correctly display and signal to the network the user required number.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.2 Conformance requirement	1) The number of the called subscriber is included in the Called party BCD number Information element of the SETUP message for an outgoing call. The "Display of Called number" shall be implemented in an MS where a human interface is provided. 2) The "Numbering plan identification" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall as default use the Numbering Plan Identification ITU-T E164, unless otherwise indicated by the user. 3) The "Type of number" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall, if the "+" is not entered, and a number is entered, set the Type of Number to "unknown". 4) The "Type of number" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall, if the "+" is entered, and a number is entered, set the Type of Number to "International".
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.3 Test purpose	1) To verify that an MS with human interface, in a SETUP message sent to originate a call, includes the same "Number digits" in the "Called party BCD number" of the SETUP message as displayed. 2) To verify that an MS with MMI, when made to establish a call sends a SETUP message, which includes the "Numbering plan identification" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "ISDN/telephony numbering plan (E.164/E.163)". 3) To verify that an MS with MMI, when made to establish a call without use of the "+-key" function, sends a SETUP message, which includes the "Type of number" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "unknown". 4) To verify that an MS with MMI, implementing the "+-key" function, when made to establish a call with use of the "+-key" function, sends a SETUP message, which includes the "Type of number" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "international number.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.4.1 Initial conditions	The MS is registered in a cell of the SS.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.4.2 Procedure	a) A number (not including "+ function") is entered and then a call is set up. b) After the SS has accepted the call the number displayed on the MS and the number received in the SS are compared. c) The NPI and TON are examined in the SS. d) Steps a) to c) are repeated, but in a), the number entered starts with the "+ function". NOTE: This test may also be performed automatically using the EMMI.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.1.5 Test requirements	1) In step b), both numbers shall be identical. 2) In step c), the NPI shall be "E164" and the TON shall be "unknown". 3) In step d), the NPI shall be "E164" and the TON shall be "international".
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2 Indication of call progress signals
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.1 Definition	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.2 Conformance requirement	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.3 Test purpose	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.4 Ringing tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.4.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to j).
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.4.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 7). 2) The ringing tone characteristics shall be as follows: Tone Frequency Tolerance Type Ringing tone 425 Hz 15 Hz Periodic tone on 1 s, silence 4 s
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.5 Busy tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.5.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 17. Message: DISCONNECT (3GPP TS 04.08 / 3GPP TS 24.008, subclause 9.3.7) to the MS: Information element Comment Protocol discriminator CM Transaction identifier MS orig. Message type Cause - Coding standard GSM - Location User - Cause value #17 "user busy"
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.5.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After the reception of DISCONNECT a busy tone shall be generated. The busy tone characteristics shall be as follows: Tone Frequency Tolerance Type Busy tone 425 Hz 15 Hz Periodic tone on 500 ms, silence 500 ms
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.6 Congestion tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.6.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 42. DISCONNECT message: As in subclause 33.2.3.1 with cause value #42 "Switching equipment congestion" (0101010).
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.6.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After the reception of DISCONNECT a congestion tone shall be generated. 3) The congestion tone characteristics shall be as follows: Tone Frequency Tolerance Type Congestion tone 425 Hz 15 Hz Periodic tone on 200 ms, silence 200 ms
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.7 Authentication failure tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.7.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to e). b) After reception of message AUTHENTICATION RESPONSE the SS sends message AUTHENTICATION REJECT. Message: AUTHENTICATION REJECT (3GPP TS 04.08 / 3GPP TS 24.008, 9.2.1) to the MS: Information element Comment Protocol discriminator MM Transaction identifier not relevant Message type
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.7.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 4). 2) After reception of AUTHENTICATION REJECT a tone shall be generated indicating authentication failure. 3) The authentication failure tone is the error/special information tone with characteristics as follows: Tone Frequency Tolerance Type Error/Special 950 Hz 50 Hz Triple tone Information tone 1400 Hz 50 Hz tones on 330 ms 1800 Hz 50 Hz silence 1,0 s
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.8 Number unobtainable tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.8.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 1. DISCONNECT message: As in subclause 33.2.3.1 with cause value #1 "Unassigned (unallocated) number" (0000001).
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.8.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After reception of DISCONNECT a tone shall be generated indicating that the called number is unobtainable. The number unobtainable tone is the error/special information tone with characteristics as in subclause 33.2.7.2.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.9 Call dropped tone
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.9.1 Method of test	a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to l). However, it shall be indicated in the system information messages that call re-establishment shall not be attempted (RACH control parameters). b) When the call has been established the SS stops transmitting on the TCH/SACCH.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.2.9.2 Requirements	1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 8). 2) After the radio link time-out period has expired a tone shall be generated indicating that the call has been dropped. The call dropped tone characteristics shall be as follows: Tone Frequency Tolerance Type Call dropped tone 425 Hz 15 Hz Tone on 200 ms, silence 200 ms 3 bursts of on/off
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3 Network selection / indication
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.1 Definition	Network selection and indication is the ability of the MS to correctly select a network and display to the user in accordance with 3GPP TS 02.11 and 3GPP TS 03.22. Tests concerning the MS behaviour after having received a location updating reject message with specific causes are included in subclause 26.7.4.2. Tests concerning the MS handling of the forbidden PLMN list are also included in subclause 26.7.4.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.2 Conformance requirement	1) Upon switching on, when an IMSI is available and there is no registered PLMN on the SIM, the MS shall select its Home PLMN and perform the cell selection procedure. 2) If the MS loses radio coverage for its registered PLMN, and the MS is in automatic PLMN selection mode, it shall attempt to select its Home PLMN. 3) If the Registered PLMN is unavailable due to the loss of radio coverage and the MS is in automatic PLMN selection mode and the HPLMN is also unavailable, it shall attempt to select a suitable cell and access the PLMNs in turn, in the order of priority as stored in the SIM. 4) If there is no registered PLMN in the SIM or the registered PLMN is unavailable and If the Home PLMN is unavailable and the MS is in automatic PLMN selection mode, it shall attempt to select a suitable cell and accesses the PLMNs in turn, in the order of priority as stored in the SIM, upon switching on and when the IMSI is available. 5) An MS, roaming in a VPLMN whose MCC is the same as the MCC of the IMSI, shall periodically attempt to obtain service on its Home PLMN in automatic mode. For this purpose, a value T minutes, which is the HPLMN search period, may be stored in the SIM; T is either in the range 6 minutes to 8 hours in 6 minutes step or it indicates that no periodic attempt shall be made. If no HPLMN search value is available on the SIM the mobile equipment shall use a default value of 30 minutes. 6) At switch on, the MS selects and attempts to perform a Location Update on the Registered PLMN if it exists. If the registered PLMN is a VPLMN of the SIM's home country, the MS shall wait at least 2 minutes before attempting to obtain service on its home PLMN.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.3 Test purpose	1) To verify that the MS with SIM containing in the PLMN selector field at least one PLMN different from the Home PLMN and containing no registered PLMN, when in automatic PLMN selection mode, selects its Home PLMN, if available, upon switching on and when the IMSI is available. (This is verified by observation of the location updating procedure).(Steps 1.1 through 1.5). 2) To verify that if the MS loses radio coverage for its registered PLMN, and the MS is in automatic PLMN selection mode, it shall attempt to select its Home PLMN. (Steps 1.14C through 1.16C). 3) To verify that the MS, when it looses radio coverage for its selected PLMN (i.e. Registered PLMN) and in automatic PLMN selection mode, selects the PLMN with the highest priority among the PLMNs stored on the SIM, if the Home PLMN is unavailable. (Steps 1.10 through 1.12). 4) If there is no registered PLMN in the SIM or the registered PLMN is unavailable and If the Home PLMN is unavailable and the MS is in automatic PLMN selection mode, it shall attempt to select a suitable cell and accesses the PLMNs in turn, in the order of priority as stored in the SIM, upon switching on and when the IMSI is available. (Steps 1.22 through 1.25). 5) To verify that an MS, roaming in a VPLMN whose MCC is the same as the MCC of the IMSI, shall attempt to obtain service on its Home PLMN in automatic mode with a period of T. To verify that the MS shall not attempt to obtain service on its home PLMN in automatic mode when T is set to "no periodic attempts shall be made". To verify that a default value of 30 min is used when no HPLMN search timer value is available on the SIM. (Steps 1.13 A through 1.15A, 1.13B through 1.15B and 1.13C.) 6) To verify that, at switch on, the MS selects and attempts to perform a Location Update on the registered PLMN if it exists. If the registered PLMN is a VPLMN of the SIM's home country, the MS shall wait at least 2 minutes before attempting to obtain service on its home PLMN. (Steps 1.25 through 1.28). Reference Requirements 1, 2, 3: see 3GPP TS 03.22 subclause 4.4.3.1. Requirements 4: see 3GPP TS 03.22 subclause 3.1. Requirement 5, 6: see 3GPP TS 03.22 subclause 4.4.3.3.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.4 Method of Test	Procedure 1: This procedure applies to both automatic and manual mode for PLMN selection. This procedure is run for each of the following cases: case A) Timer T is set to 6 min in the SIM. case B) No HPLMN search timer value is available on the SIM. case C) Timer T is set to "no periodic attempt to obtain service on the HPLMN shall be made" in the SIM. Procedure 2: This procedure applies to the manual mode for PLMN selection. Specific PICS Statements • Country PLMN/Indication (TSPC_Feat_PLMNind) PIXIT Statements •
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.4.1 Procedure 1	1.1) The MS is set up with a SIM which contains, in the "PLMN selector" data field, a list of 3 PLMN in the priority order PLMN2 (highest priority), PLMN3, PLMN4 (lowest priority). PLMN1 is the Home PLMN of the MS as defined in the IMSI. The "Forbidden PLMN" data field shall contain NULL values. "registered PLMN" data field shall contain Null values. case A) Timer T is set to 6 min in the SIM. case B) No HPLMN search timer value is available on the SIM. case C) Timer T is set to "no periodic attempt to obtain service on the HPLMN shall be made" in the SIM. 1.2) The SS transmits 4 BCCH carriers with the following parameters: PLMN Level dBVemf( ) Carrier 1 PLMN1 any value for MCC 28 Carrier 2 PLMN2 any value for MCC 33 Carrier 3 PLMN3 with the same MCC as PLMN1 38 Carrier 4 PLMN4 any value for MCC 43 Each carrier has the "IMSI attach" (ATT) flag set in the BCCH data. (The purpose of this is to force the MS to do location updating whenever it is switched on, so that the SS can determine which PLMN has been selected). The other system information parameters are as in table 33-1. 1.3) The MS is brought into the "on" condition with automatic selection mode active. 1.4) The SS checks that the MS sends a "location updating request" on carrier 1. 1.5) The SS sends a "location updating accept" message to the MS on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. 1.6) The SS switches off carriers 1. 1.7) The SS checks that the MS sends a "location updating request" on carrier2. 1.8) The SS sends a "location updating accept" message to the MS on carrier 2. After 5 s, the MS "selected PLMN indicator" is checked. 1.9) Carrier 2 is turned off. 1.10) The SS checks that the MS sends a "location updating request" on carrier 3. 1.11) The SS sends a "location updating accept" message on carrier 3. After 5 s, the MS "selected PLMN indicator" is checked. 1.12) Carriers 1 and 2 are turned on with the same parameters as in step 1.2) above. In case A for which T is set to 6 min, take branch A. In case B for which default value for T is applied take branch B. In case C for which T is set to "no periodic attempt shall be made", take branch C. Branch A 1.13A) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2during 6 minutes after step 1.11 is completed. 1.14A) The SS checks that the MS sends a "location updating request" on channel 1 between 6 and 12 min after step 1.11 is completed. 1.15A) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. Branch B 1.13B) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2 during 30 minutes after step 1.11 is completed. 1.14B) The SS checks that the MS sends a "location updating request" on channel 1 between 30 and 60 min after step 1.11 is completed. 1.15B) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. Branch C 1.13C) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2 during 40 min. 1.14C) The SS switches off carrier 3. 1.15C) The SS checks that the MS sends a "location updating request" on channel 1. 1.16C) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator " is checked. 1.17) The SS switches off carrier 1 and switches on carrier 3. 1.18) The SS checks that the MS sends a "location updating request" on carrier 2. 1.19) The SS sends a "location updating accept" message on carrier 2. After 5 s, the MS "selected PLMN indicator" is checked. 1.20) The mobile station is switched off. 1.21) The SS switches off carrier 2. 1.22) The mobile station is switched on. 1.23) The SS checks that the MS sends a "location updating request" on carrier 3. 1.24) The SS sends a "location updating accept" message on carrier 3. After 5 s, the MS "selected PLMN indicator" is checked. 1.25) The MS is switched off. 1.26) The SS switches on carrier 1. 1.27) The mobile station is switched on. 1.28) The SS checks that the MS does not send a "location updating request" on carrier 1. After 2 minutes, the MS "selected PLMN indicator" is checked.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.4.2 Requirements 1	Requirement 1.1) is mandatory for all MS. Requirements 1.2) only apply to MS capable of indicating PLMN. 1.1) The MS shall make a response as indicated in steps 1.4, 1.7, 1.10, 1.13A, 1.13B, 1.14A, 1.14B, 1.15C, 1.18, 1.23 above. In cases 1.4, 1.7, 1.10, 1.15C, 1.18 and 1.23, the MS shall respond within 30 s. 1.2) The selected PLMN shall be indicated: End of Step 1.5 1.8 1.11 1.15A/B 1.16C PLMN indicated: PLMN1 PLMN2 PLMN3 PLMN1 PLMN1 End of Step 119 124 128 PLMN indicated: PLMN2 PLMN3 PLMN3
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.4.3 Procedure 2	2a) The MS is set up with a SIM which contains NULL values in the "PLMN selector" data field. PLMN1 is the Home PLMN of the MS as defined in the IMSI. The "forbidden PLMN" data field shall contain PLMN3. the "registered PLMN" field is set to PLMN2. 2b) The SS transmits 4 BCCH carriers with the following parameters: PLMN Level dBVemf( ) Carrier 1 PLMN1 28 Carrier 2 PLMN2 33 Carrier 3 PLMN3 38 Carrier 4 PLMN4 43 Each carrier has the "IMSI attach" (ATT) flag set in the BCCH data. (The purpose of this is to force the MS to do location updating whenever it is switched on, so that the SS can determine which PLMN has been selected.) The other system information parameters are as in table 33-1. 2c) The MS is brought into the "on" condition with manual selection mode active. 2d) The SS checks that the MS sends a "location updating request" on carrier 2.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.3.4.4 Requirements 2	2.1) The MS shall make a response as indicated in step 2d). The MS shall respond within 30 s. Table 33-1: Normal system information fields Parameter Reference in 3GPP TS 04.08 / 3GPP TS 24.008 / 3GPP TS 44.018 Abbreviation Normal setting Cell Channel Description 10.5.2.1 - Any values Max retrans 10.5.2.17 - 1 Tx-integer 10.5.2.17 - Any value CELL_BAR_ACCESS 10.5.2.17 CBA 0 (i.e. no barred) AC CN 10.5.2.17 AC All 0 RE 10.5.2.17 RE 0 (i.e. re-establishment allowed) BA ARFCN 10.5.2.13 BA One entry equal to the ARFCN of the carrier NCC 10.5.2.15 NCC Any value Cell Identity 10.5.1.1 - Any value MCC, MNC 10.5.1.3 PLMN Ref. 33.3.2, 1b) and 33.3.2, 2b) LAC 10.5.1.3 LAC 1111 (Hex) ATT, B_AG_BLKS_RES,T3212, 10.5.2.8 - ATT = "1" CCCH_CONF Other parameters any values. BS_PA_MFRMS 10.5.2.8 BPM 5 frames Cell Options 10.5.2.3 - Any values CELL_RESELECT_HYSTERESIS 10.5.2.4 CRH 10 dB MS_TXPWR_MAX_CCH 10.5.2.4 MTMC Maximum RF output power of MS. RXLEV_ACCESS_MIN 10.5.2.4 RAM -95 dBm
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4 Invalid and blocked PIN indicators
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.1 Definition	-
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.2 Conformance requirement	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.3 Test purpose	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.4.1 Initial conditions	The MS contains a SIM with the PIN enabled, and the SIM unblocking counter set to zero by previous presentation of the personal unblocking key.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.4.2 Procedure	a) The MS is switched on. b) Three wrong PIN are entered. Activation may be either manual or via the EMMI.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.4.5 Test requirements	For the first and second incorrect PIN the MS shall indicate that the PIN code has been rejected. For the third incorrect PIN the MS shall indicate that the PIN is blocked.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5 Service indicator
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.1 Definition	-
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.2 Conformance requirement	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.3 Test purpose	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.4.1 Initial conditions	a) The MS is in idle mode, unregistered. b) The SS shall emulate perfect radio conditions so that the MS is able to register and to set up or receive a call.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.4.2 Procedure	a) The MS is brought in an active state by either switching it on or by inserting a SIM.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.5.5 Test requirements	1) The successful registration and the good condition shall be indicated by the MS indicator and by the SS.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6 Subscription identity management
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.1 Definition	Subscription identity management is the ability of the MS to prevent the establishment of MO (except MO emergency calls) and MT calls without a valid subscription.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.2 Conformance requirement	An MS can only be operated, if a valid IMSI is present.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.3 Test purpose	1) To verify that during an established call: either 1.1) on removal of the SIM from an MS, the MS will perform an IMSI detach; or 1.2) after removing the power source from the MS, removing the SIM, and restoring the power source to the MS, the MS may perform an IMSI detach. 2) To verify that an MS without SIM card will not establish a MO call which is not an emergency call. 3) To verify that an MS without SIM card will not accept an incoming call.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.4.1 Initial conditions	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.4.2 Procedure	a) A call is set up. b) (Reserved). c) Either: (i) the SIM is removed; or (ii) where this is not possible, the power source is removed from the MS, the SIM is removed and the power source is restored to the MS. The SS observes whether or not the MS performs IMSI detach. d) An attempt to establish a MO call is made (not an emergency call). e) An attempt to establish a MT call is made.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.6.5 Test requirements	1) Either: 1.1) in step c(i), the MS may send disconnect and shall perform an IMSI detach; or 1.2) in step c(ii), the MS sends nothing when power source is removed. The MS may perform an IMSI detach when power is restored. 2) In step d) the MS shall not attempt to set up a new call via the Um interface. 3) In step e) the MS shall not respond to the attempt to set up a new call via the Um interface.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7 Barring of outgoing calls
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.1 Definition	The barring of outgoing calls is an optional feature. It is the ability of the MS to prevent all MO calls except emergency calls.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.2 Conformance requirement	An MS may have an optional facility to bar outgoing calls. Such barring facility shall not prevent the transmission on emergency calls.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.3 Test purpose	To verify that an MS for which a local facility to bar outgoing calls has been declared as being implemented, is able to establish an emergency call if this facility is activated.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.4 Method of test
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.4.1 Initial conditions	Void.
683b5b8a98f7b1390ddd5516ea9247a2	51.010-1	33.7.4.2 Procedure	a) The local facility to bar outgoing calls is activated. b) Via MMI, the MS is actioned to establish an emergency call.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.5.2 Method of test

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.5.2.1 Initial conditions

The DAI of the MS is connected to the SS and is set to the operating mode "Test of acoustic devices and A/D & D/A". The handset is mounted in the LRGP (see annex 1 of ITU-T recommendation P.76) and the earpiece is sealed to the knife edge of the artificial ear conforming to ITU-T recommendation P.51.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.5.2.2 Procedure

a) The SS generates on the DAI a digital representation of a sine wave with a frequency of 1 000 Hz. b) The SS measures the "phase shift" 1, in the range of 0 to 360 degrees, between the equivalent sine wave generated at the DAI and the sine wave at the input to the artificial ear. c) The frequency is increased to 1 100 Hz and the resulting phase shift 2 noted. d) The downlink coding delay TDC is calculated from either: TDC = (2 - 1) ms/36 for 2 > 1; or TDC = (2 + 360 - 1) ms/36 for 2 < 1

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.6 Uplink processing delay

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.6.1 Definition

The uplink processing delay is the delay from the first bit of a speech block on the DAI to the last bit of that speech block being transmitted on the air interface of the MS. 32.10.6.2 Method of test

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.6.2.1 Initial conditions

The DAI of the MS is connected to the SS and is set to the operating mode "Test of speech encoder/DTX functions (uplink)".

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.6.2.2 Procedure

a) The test set up is that described in subclause 32.8.4.2 for uplink speech transcoding. b) The SS sends one of the test patterns SEQ01.INP described in 3GPP TS 06.07 subclause 6 to the DAI of the MS. c) The SS measures the time between the first bit on the DAI, and the last transmitted bit of the block at the air interface for each speech block the SS sends on the DAI. This time difference is the delay measured. d) Step c) is repeated 20 times. The maximum delay measured in ms is the uplink coding delay TUP. NOTE: This is to account for the fact that the processing time may not be constant.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.7 Uplink coding delay

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.7.1 Definition

The uplink coding delay is defined as the delay between an acoustic signal at the MRP and the digital representation of that signal on the DAI.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.7.2 Method of test

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.7.2.1 Initial conditions

The handset is mounted in the LRGP (see annex 1 of ITU-T recommendation P.76) and the earpiece is sealed to the knife edge of the artificial ear conforming to ITU-T recommendation P.51.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.7.2.2 Procedure

a) The SS generates an acoustic signal at the artificial mouth of the LRGP, being a pure sine wave with a frequency of 1 000 Hz. b) The SS measures the "phase shift" 1, in the range of 0 to 360 degrees, between the signal at the MRP and its digital representation on the DAI. c) The SS sets the generated frequency to 1 100 Hz, and measures the resulting phase shift 2. d) The uplink coding delay TUC is calculated from either: TDC = (2 - 1) ms/36 for 2 > 1; or TDC = (2 + 360 - 1) ms/36 for 2 < 1

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.10.8 Test requirement

The sum of the delays TDP, TDC, TUP, and TUC shall be less than 144,9 ms. NOTE: This limit includes an allowance of 4*0,25 ms delay from the DAI to the MS transmission path.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11 Intra cell channel change from a TCH/HS to a TCH/FS

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.1 Definition

Dual rate MSs support an intra cell channel change from a TCH/HS to a TCH/FS by switching the Speech and channel codec used from HR to FR.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.2 Conformance requirement:

1) When commanded to perform an intra cell channel change from a TCH/HS to a TCH/FS, the MS shall switch channels from HR to FR. The maximum time allowed for the MS to perform this switch in rates is 20 ms. 3GPP TS 05.10, subclause 6.8. 2) For an intra cell channel change, the time between the end of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms. 3GPP TS 05.10, subclause 6.8.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.3 Test purpose:

1) To verify that the MS encodes speech correctly after performing an intra cell channel change from a TCH/HS to a TCH/FS. 2) To verify that the MS, when commanded to perform an intracell channel change to a new ARFCN and/or timeslot number within the same cell, if the starting time is not used in the ASSIGNMENT COMMAND, is ready to transmit on the new channel within 20 ms of the last complete speech frame or message block sent on the old channel.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.4 Method of test

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.4.1 Initial conditions

Uplink DTX is off. The SS sets up a call according to the generic call set up procedure on a HR channel in the low ARFCN range on timeslot 1.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.4.2 Procedure

a) The SS records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the HR channel decoder on the old channel and at the same time records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the FR channel decoder on the channel to which the channel change will take place. b) The SS sends an ASSIGNMENT COMMAND to the MS allocating a FR channel in the high ARFCN range on timeslot 2, and with a power command of 7. These old and new carriers have a relative frequency tolerance of 0, and a relative timing tolerance of 1/4 bit. c) The time at which the sequence of BFI flags at the output of the HR channel decoder performs the first transition from 0 to 1 is registered (t1). In case of occurrence of speech frames after an RR frame, the next transition of the BFI flag from 0 to 1 after the reception of the RR frame is defined as t1. d) The time values at which the sequence of BFI flags at the output of the FR channel decoder performs transitions from 1 to 0 are registered. The time t2 is defined as the time where the BFI flag at the output of the FR channel decoder toggles from 1 to 0 due to a correctly received speech traffic frame received at the channel decoder. Transitions due to the occurrence of an ASSIGNMENT COMPLETE frame or an SABM frame after the reception of good speech frames shall not be considered. If the first frame sent on the new traffic channel was an SABM frame, t2 is defined as the time the BFI flag toggles from 1 to 0 due to a correctly received speech traffic frame after the reception of the SABM frame. NOTE: There shall be an allowance of at maximum two transitions for this BFI flag from 0 to 1 and back to zero again after t2. These transitions are caused by the SABM frame if it was not the first frame to be sent on the new TCH, or the ASSIGNMENT COMPLETE frame, or both. Since both frames are FACCH frames, each would cause exactly one BFI=1 indications. e) The time difference Dt = t2 - t1 shall be calculated.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

32.11.5 Test requirement

1) The last transition of the BFI flag at the output of the FR channel decoder from 1 to 0 shall be followed by a sequence of at least 50 zeroes, interrupted by at maximum two transitions to 1, each interruption containing exactly one BFI=1 flag, caused by the SABM or the ASSIGNMENT COMPLETE frames. 2) The calculated time difference Dt shall not exceed 13 TDMA frames. If the first frame sent on the new channel was an SABM frame, an additional time difference of 4 frames is allowed. If the last frame sent on the old channel was an RR frame, an additional time difference of 9 frames is allowed. NOTE: The BFI of the old channel will toggle from 0 to 1 only four frames after the reception of the last bit of the speech frame sent on the old channel. The time between the last bit of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms (3GPP TS 05.10, subclause 6.8). This time will expire 4 frames and 3 timeslots after the sending of the last bit of the last complete speech frame on the old channel, i.e. the MS may not be able to transmit in the corresponding timeslot in the current frame, but must wait approx. 4 frames until the next allowed frame (FN mod 13 = 0, 4 or 8) is reached. The next frame could be an idle frame, so the MS must wait for another frame. This equates to 5 frames, after which the MS is able to start transmission on the new channel. Additionally, 8 frames will be needed due to interleaving until the last bit of the first speech frame on the new channel is received and the BFI flag toggles from 1 to 0. This makes a total of 13 frames or 60 ms between the frame number when the BFI toggles from 0 to 1 on the old channel and the frame number when the BFI toggles from 1 to 0 on the new channel. See diagram below. If SABM is the first frame received on the new channel, 4 more frames are allowed. If RR is the last frame sent on the old channel, additionally 9 more frames are allowed (RR frames plus an idle frame). t1 +4 +1 +8 t2 < > < > < > (last frame TCH/HS) (first frame TCH/FS) (here subchannel 1) x x x x I x x x x x x x x / < 20 ms > (idle) BFI=0 BFI=1 BFI=0 MS ready MS able to transmit to transmit t1 +4 +1 <--------------------------> < > <------------------------- (RR frame ) ------------------------------------------> x x x x x x x x I < 20 ms > BFI =0 BFI=1 MS ready to transmit

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51.010-1

32.12 Intra cell channel change from a TCH/FS to a TCH/HS

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51.010-1

32.12.1 Definition

Dual rate MSs support an intra cell channel change from a TCH/FS to a TCH/HS by switching the Speech and channel codec used from FR to HR.

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51.010-1

32.12.2 Conformance requirement:

1) When commanded to perform an intra cell channel change from a TCH/FS to a TCH/HS, the MS shall switch channels from FR to HR. 3GPP TS 05.10 subclause 6.8. 2) For an intra cell channel change, the time between the end of the last complete speech or data frame or message block sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms. 3GPP TS 05.10, subclause 6.8.

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51.010-1

32.12.3 Test purpose:

1) To verify that the MS encodes speech correctly after performing an intra cell channel change from a TCH/FS to a TCH/HS. 2) To verify that the MS, when commanded to perform an intra cell channel change to a new ARFCN and/or new timeslot number within the same cell, if the starting time is not used in the ASSIGNMENT COMMAND, is ready to transmit on the new channel within 20 ms of the last complete speech frame or message block sent on an old channel.

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51.010-1

32.12.4 Method of test

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51.010-1

32.12.4.1 Initial conditions

Uplink DTX is off. The SS sets up a call according to the generic call set up procedure on a FR channel in the low ARFCN range on timeslot 1.

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32.12.4.2 Procedure

a) The SS records the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the FR channel decoder on the old channel and at the same time the sequence of BFI flags obtained by channel decoding the incoming bit stream from the uplink air interface using the HR channel decoder on the channel to which the channel change will take place. b) The SS sends an ASSIGNMENT COMMAND to the MS allocating a HR channel on sub-channel 0 in the high ARFCN range on timeslot 2, and with a power command of 7. These old and new carriers have a relative frequency tolerance of 0, and a relative timing tolerance of 1/4 bit. c) The time at which the sequence of BFI flags at the output of the FR channel decoder performs the first transition from 0 to 1 is registered (t1). In case of occurrence of speech frames after an RR frame, the next transition of the BFI flag from 0 to 1 after the reception of the RR frame is defined as t1. d) The time values at which the sequence of BFI flags at the output of the HR channel decoder performs transitions from 1 to 0 are registered. The time t2 is defined as the time where the BFI flag at the output of the HR channel decoder toggles from 1 to 0 due to a correctly encoded speech traffic frame received at the channel decoder. Transitions due to the occurrence of an ASSIGNMENT COMPLETE frame or and SABM frame after the reception of good speech frames shall not be considered. If the first frame sent on the new traffic channel was an SABM frame, t2 is defined as the time the BFI flag toggles from 1 to 0 due to a correctly received speech traffic frame after the reception of the SABM frame. NOTE: There shall be an allowance of at maximum two transitions for this BFI flag from 0 to 1 and back to zero again after t2. These transitions are caused by the SABM frame if it was not the first frame to be sent on the new TCH, or the ASSIGNMENT COMPLETE frame, or both. Since both frames are FACCH frames, each would cause exactly two BFI=1 indications. e) The time difference Dt = t2 - t1 shall be calculated.

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32.12.5 Test requirement

1) The last transition of the BFI flag at the output of the HR channel decoder from 1 to 0 shall be followed by a sequence of at least 50 zeroes, interrupted by at maximum two transitions to 1, each interruption containing exactly two BFI=1 flags, caused by the SABM or the ASSIGNMENT COMPLETE frames. 2) The calculated time difference Dt shall not exceed 12 TDMA frames. if the first frame sent on the new channel was an SABM frame,an additional time difference of 9 frames is allowed. If the last frame sent on the old channel was an RR frame, an additional time difference of 5 frames is allowed. NOTE: The BFI of the old channel will toggle from 0 to 1 only 4 frames after the reception of the last bit of the last speech frame sent on the old channel. The BFI on the old channel will toggle from 0 to 1 only four frames after the reception of the last bit of the last complete speech or data frame or message block sent on the old channel. The time between the last bit of the last complete speech frame sent on the old channel and the time the MS is ready to transmit on the new channel shall be less than 20 ms (3GPP TS 05.10, subclause 6.8). This time will expire 4 frames and 3 timeslots after the sending of the last bit of the last complete speech frame on the old channel, i.e. the MS may not be able to transmit in the corresponding new timeslot in its current frame, but must wait approx. 4 frames until the next allowed frame (FN mod 13 = 0, 4 or 8) is reached. The next frame could be an idle frame, so the MS must wait for another frame. This equates to 5 frames, after which the MS is able to start transmission on the new channel. Additionally, 7 frames will be needed due to interleaving until the last bit of the first speech frame on the new channel is received and the BFI flag toggles from 1 to 0. This makes a total of 12 frames or 55,4 ms between the frame number when the BFI toggles from 0 to 1 on the old channel and the frame number when the BFI toggles from 1 to 0 on the new channel. See diagram below. If SABM is the first frame received on the new channel, 9 more frames are allowed. If RR is the last frame sent on the old channel, 5 more frames are allowed. t1 +4 +1 +7 t2 < > < > < > (last frame TCH/FS) (first frame TCH/HS) (here subchannel 0) x x x x x x x x I x x x x / < 20 ms > (idle) BFI=0 BFI=1 BFI=0 MS ready MS able to transmit to transmit t1 +4 +1 <------------------- > < ---> <------------------- (RR frame) -------------> x x x x x x x x I x x / < 20 ms > (idle) BFI=0 BFI=1 MS ready to transmit

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51.010-1

33 Mobile station features

3GPP TS 02.07 defines mandatory and optional MS features. Their presence and appropriate functioning are verified by the following tests.

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33.1 Entry and display of called number

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33.1.1 Definition

The entry and display of a called number is the ability of a MS to correctly display and signal to the network the user required number.

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33.1.2 Conformance requirement

1) The number of the called subscriber is included in the Called party BCD number Information element of the SETUP message for an outgoing call. The "Display of Called number" shall be implemented in an MS where a human interface is provided. 2) The "Numbering plan identification" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall as default use the Numbering Plan Identification ITU-T E164, unless otherwise indicated by the user. 3) The "Type of number" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall, if the "+" is not entered, and a number is entered, set the Type of Number to "unknown". 4) The "Type of number" is included in the Called party BCD number Information element of the SETUP message for an outgoing call. An MS with MMI shall, if the "+" is entered, and a number is entered, set the Type of Number to "International".

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51.010-1

33.1.3 Test purpose

1) To verify that an MS with human interface, in a SETUP message sent to originate a call, includes the same "Number digits" in the "Called party BCD number" of the SETUP message as displayed. 2) To verify that an MS with MMI, when made to establish a call sends a SETUP message, which includes the "Numbering plan identification" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "ISDN/telephony numbering plan (E.164/E.163)". 3) To verify that an MS with MMI, when made to establish a call without use of the "+-key" function, sends a SETUP message, which includes the "Type of number" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "unknown". 4) To verify that an MS with MMI, implementing the "+-key" function, when made to establish a call with use of the "+-key" function, sends a SETUP message, which includes the "Type of number" in the "Called party BCD number" of the SETUP message for an outgoing call with the value "international number.

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51.010-1

33.1.4 Method of test

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51.010-1

33.1.4.1 Initial conditions

The MS is registered in a cell of the SS.

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33.1.4.2 Procedure

a) A number (not including "+ function") is entered and then a call is set up. b) After the SS has accepted the call the number displayed on the MS and the number received in the SS are compared. c) The NPI and TON are examined in the SS. d) Steps a) to c) are repeated, but in a), the number entered starts with the "+ function". NOTE: This test may also be performed automatically using the EMMI.

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33.1.5 Test requirements

1) In step b), both numbers shall be identical. 2) In step c), the NPI shall be "E164" and the TON shall be "unknown". 3) In step d), the NPI shall be "E164" and the TON shall be "international".

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51.010-1

33.2 Indication of call progress signals

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51.010-1

33.2.1 Definition

Void.

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33.2.2 Conformance requirement

Void.

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33.2.3 Test purpose

Void.

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51.010-1

33.2.4 Ringing tone

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51.010-1

33.2.4.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to j).

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51.010-1

33.2.4.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 7). 2) The ringing tone characteristics shall be as follows: Tone Frequency Tolerance Type Ringing tone 425 Hz 15 Hz Periodic tone on 1 s, silence 4 s

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51.010-1

33.2.5 Busy tone

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51.010-1

33.2.5.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 17. Message: DISCONNECT (3GPP TS 04.08 / 3GPP TS 24.008, subclause 9.3.7) to the MS: Information element Comment Protocol discriminator CM Transaction identifier MS orig. Message type Cause - Coding standard GSM - Location User - Cause value #17 "user busy"

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51.010-1

33.2.5.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After the reception of DISCONNECT a busy tone shall be generated. The busy tone characteristics shall be as follows: Tone Frequency Tolerance Type Busy tone 425 Hz 15 Hz Periodic tone on 500 ms, silence 500 ms

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51.010-1

33.2.6 Congestion tone

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51.010-1

33.2.6.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 42. DISCONNECT message: As in subclause 33.2.3.1 with cause value #42 "Switching equipment congestion" (0101010).

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51.010-1

33.2.6.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After the reception of DISCONNECT a congestion tone shall be generated. 3) The congestion tone characteristics shall be as follows: Tone Frequency Tolerance Type Congestion tone 425 Hz 15 Hz Periodic tone on 200 ms, silence 200 ms

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51.010-1

33.2.7 Authentication failure tone

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51.010-1

33.2.7.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to e). b) After reception of message AUTHENTICATION RESPONSE the SS sends message AUTHENTICATION REJECT. Message: AUTHENTICATION REJECT (3GPP TS 04.08 / 3GPP TS 24.008, 9.2.1) to the MS: Information element Comment Protocol discriminator MM Transaction identifier not relevant Message type

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51.010-1

33.2.7.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 4). 2) After reception of AUTHENTICATION REJECT a tone shall be generated indicating authentication failure. 3) The authentication failure tone is the error/special information tone with characteristics as follows: Tone Frequency Tolerance Type Error/Special 950 Hz 50 Hz Triple tone Information tone 1400 Hz 50 Hz tones on 330 ms 1800 Hz 50 Hz silence 1,0 s

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51.010-1

33.2.8 Number unobtainable tone

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51.010-1

33.2.8.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to h). b) The SS then sends message DISCONNECT with cause number 1. DISCONNECT message: As in subclause 33.2.3.1 with cause value #1 "Unassigned (unallocated) number" (0000001).

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51.010-1

33.2.8.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 5). 2) After reception of DISCONNECT a tone shall be generated indicating that the called number is unobtainable. The number unobtainable tone is the error/special information tone with characteristics as in subclause 33.2.7.2.

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51.010-1

33.2.9 Call dropped tone

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51.010-1

33.2.9.1 Method of test

a) According to subclause "Structured procedures, Mobile originating call, early assignment, Method of test", paragraphs a) to l). However, it shall be indicated in the system information messages that call re-establishment shall not be attempted (RACH control parameters). b) When the call has been established the SS stops transmitting on the TCH/SACCH.

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51.010-1

33.2.9.2 Requirements

1) According to subclause "Structured procedures, Mobile originating call, early assignment, Requirements", paragraphs 1) to 8). 2) After the radio link time-out period has expired a tone shall be generated indicating that the call has been dropped. The call dropped tone characteristics shall be as follows: Tone Frequency Tolerance Type Call dropped tone 425 Hz 15 Hz Tone on 200 ms, silence 200 ms 3 bursts of on/off

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51.010-1

33.3 Network selection / indication

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51.010-1

33.3.1 Definition

Network selection and indication is the ability of the MS to correctly select a network and display to the user in accordance with 3GPP TS 02.11 and 3GPP TS 03.22. Tests concerning the MS behaviour after having received a location updating reject message with specific causes are included in subclause 26.7.4.2. Tests concerning the MS handling of the forbidden PLMN list are also included in subclause 26.7.4.

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51.010-1

33.3.2 Conformance requirement

1) Upon switching on, when an IMSI is available and there is no registered PLMN on the SIM, the MS shall select its Home PLMN and perform the cell selection procedure. 2) If the MS loses radio coverage for its registered PLMN, and the MS is in automatic PLMN selection mode, it shall attempt to select its Home PLMN. 3) If the Registered PLMN is unavailable due to the loss of radio coverage and the MS is in automatic PLMN selection mode and the HPLMN is also unavailable, it shall attempt to select a suitable cell and access the PLMNs in turn, in the order of priority as stored in the SIM. 4) If there is no registered PLMN in the SIM or the registered PLMN is unavailable and If the Home PLMN is unavailable and the MS is in automatic PLMN selection mode, it shall attempt to select a suitable cell and accesses the PLMNs in turn, in the order of priority as stored in the SIM, upon switching on and when the IMSI is available. 5) An MS, roaming in a VPLMN whose MCC is the same as the MCC of the IMSI, shall periodically attempt to obtain service on its Home PLMN in automatic mode. For this purpose, a value T minutes, which is the HPLMN search period, may be stored in the SIM; T is either in the range 6 minutes to 8 hours in 6 minutes step or it indicates that no periodic attempt shall be made. If no HPLMN search value is available on the SIM the mobile equipment shall use a default value of 30 minutes. 6) At switch on, the MS selects and attempts to perform a Location Update on the Registered PLMN if it exists. If the registered PLMN is a VPLMN of the SIM's home country, the MS shall wait at least 2 minutes before attempting to obtain service on its home PLMN.

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51.010-1

33.3.3 Test purpose

1) To verify that the MS with SIM containing in the PLMN selector field at least one PLMN different from the Home PLMN and containing no registered PLMN, when in automatic PLMN selection mode, selects its Home PLMN, if available, upon switching on and when the IMSI is available. (This is verified by observation of the location updating procedure).(Steps 1.1 through 1.5). 2) To verify that if the MS loses radio coverage for its registered PLMN, and the MS is in automatic PLMN selection mode, it shall attempt to select its Home PLMN. (Steps 1.14C through 1.16C). 3) To verify that the MS, when it looses radio coverage for its selected PLMN (i.e. Registered PLMN) and in automatic PLMN selection mode, selects the PLMN with the highest priority among the PLMNs stored on the SIM, if the Home PLMN is unavailable. (Steps 1.10 through 1.12). 4) If there is no registered PLMN in the SIM or the registered PLMN is unavailable and If the Home PLMN is unavailable and the MS is in automatic PLMN selection mode, it shall attempt to select a suitable cell and accesses the PLMNs in turn, in the order of priority as stored in the SIM, upon switching on and when the IMSI is available. (Steps 1.22 through 1.25). 5) To verify that an MS, roaming in a VPLMN whose MCC is the same as the MCC of the IMSI, shall attempt to obtain service on its Home PLMN in automatic mode with a period of T. To verify that the MS shall not attempt to obtain service on its home PLMN in automatic mode when T is set to "no periodic attempts shall be made". To verify that a default value of 30 min is used when no HPLMN search timer value is available on the SIM. (Steps 1.13 A through 1.15A, 1.13B through 1.15B and 1.13C.) 6) To verify that, at switch on, the MS selects and attempts to perform a Location Update on the registered PLMN if it exists. If the registered PLMN is a VPLMN of the SIM's home country, the MS shall wait at least 2 minutes before attempting to obtain service on its home PLMN. (Steps 1.25 through 1.28). Reference Requirements 1, 2, 3: see 3GPP TS 03.22 subclause 4.4.3.1. Requirements 4: see 3GPP TS 03.22 subclause 3.1. Requirement 5, 6: see 3GPP TS 03.22 subclause 4.4.3.3.

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33.3.4 Method of Test

Procedure 1: This procedure applies to both automatic and manual mode for PLMN selection. This procedure is run for each of the following cases: case A) Timer T is set to 6 min in the SIM. case B) No HPLMN search timer value is available on the SIM. case C) Timer T is set to "no periodic attempt to obtain service on the HPLMN shall be made" in the SIM. Procedure 2: This procedure applies to the manual mode for PLMN selection. Specific PICS Statements • Country PLMN/Indication (TSPC_Feat_PLMNind) PIXIT Statements •

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33.3.4.1 Procedure 1

1.1) The MS is set up with a SIM which contains, in the "PLMN selector" data field, a list of 3 PLMN in the priority order PLMN2 (highest priority), PLMN3, PLMN4 (lowest priority). PLMN1 is the Home PLMN of the MS as defined in the IMSI. The "Forbidden PLMN" data field shall contain NULL values. "registered PLMN" data field shall contain Null values. case A) Timer T is set to 6 min in the SIM. case B) No HPLMN search timer value is available on the SIM. case C) Timer T is set to "no periodic attempt to obtain service on the HPLMN shall be made" in the SIM. 1.2) The SS transmits 4 BCCH carriers with the following parameters: PLMN Level dBVemf( ) Carrier 1 PLMN1 any value for MCC 28 Carrier 2 PLMN2 any value for MCC 33 Carrier 3 PLMN3 with the same MCC as PLMN1 38 Carrier 4 PLMN4 any value for MCC 43 Each carrier has the "IMSI attach" (ATT) flag set in the BCCH data. (The purpose of this is to force the MS to do location updating whenever it is switched on, so that the SS can determine which PLMN has been selected). The other system information parameters are as in table 33-1. 1.3) The MS is brought into the "on" condition with automatic selection mode active. 1.4) The SS checks that the MS sends a "location updating request" on carrier 1. 1.5) The SS sends a "location updating accept" message to the MS on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. 1.6) The SS switches off carriers 1. 1.7) The SS checks that the MS sends a "location updating request" on carrier2. 1.8) The SS sends a "location updating accept" message to the MS on carrier 2. After 5 s, the MS "selected PLMN indicator" is checked. 1.9) Carrier 2 is turned off. 1.10) The SS checks that the MS sends a "location updating request" on carrier 3. 1.11) The SS sends a "location updating accept" message on carrier 3. After 5 s, the MS "selected PLMN indicator" is checked. 1.12) Carriers 1 and 2 are turned on with the same parameters as in step 1.2) above. In case A for which T is set to 6 min, take branch A. In case B for which default value for T is applied take branch B. In case C for which T is set to "no periodic attempt shall be made", take branch C. Branch A 1.13A) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2during 6 minutes after step 1.11 is completed. 1.14A) The SS checks that the MS sends a "location updating request" on channel 1 between 6 and 12 min after step 1.11 is completed. 1.15A) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. Branch B 1.13B) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2 during 30 minutes after step 1.11 is completed. 1.14B) The SS checks that the MS sends a "location updating request" on channel 1 between 30 and 60 min after step 1.11 is completed. 1.15B) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator" is checked. Branch C 1.13C) The SS checks that the MS does not send a "location updating request" on either carrier 1 or 2 during 40 min. 1.14C) The SS switches off carrier 3. 1.15C) The SS checks that the MS sends a "location updating request" on channel 1. 1.16C) The SS sends a "location updating accept" message on carrier 1. After 5 s, the MS "selected PLMN indicator " is checked. 1.17) The SS switches off carrier 1 and switches on carrier 3. 1.18) The SS checks that the MS sends a "location updating request" on carrier 2. 1.19) The SS sends a "location updating accept" message on carrier 2. After 5 s, the MS "selected PLMN indicator" is checked. 1.20) The mobile station is switched off. 1.21) The SS switches off carrier 2. 1.22) The mobile station is switched on. 1.23) The SS checks that the MS sends a "location updating request" on carrier 3. 1.24) The SS sends a "location updating accept" message on carrier 3. After 5 s, the MS "selected PLMN indicator" is checked. 1.25) The MS is switched off. 1.26) The SS switches on carrier 1. 1.27) The mobile station is switched on. 1.28) The SS checks that the MS does not send a "location updating request" on carrier 1. After 2 minutes, the MS "selected PLMN indicator" is checked.

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33.3.4.2 Requirements 1

Requirement 1.1) is mandatory for all MS. Requirements 1.2) only apply to MS capable of indicating PLMN. 1.1) The MS shall make a response as indicated in steps 1.4, 1.7, 1.10, 1.13A, 1.13B, 1.14A, 1.14B, 1.15C, 1.18, 1.23 above. In cases 1.4, 1.7, 1.10, 1.15C, 1.18 and 1.23, the MS shall respond within 30 s. 1.2) The selected PLMN shall be indicated: End of Step 1.5 1.8 1.11 1.15A/B 1.16C PLMN indicated: PLMN1 PLMN2 PLMN3 PLMN1 PLMN1 End of Step 119 124 128 PLMN indicated: PLMN2 PLMN3 PLMN3

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51.010-1

33.3.4.3 Procedure 2

2a) The MS is set up with a SIM which contains NULL values in the "PLMN selector" data field. PLMN1 is the Home PLMN of the MS as defined in the IMSI. The "forbidden PLMN" data field shall contain PLMN3. the "registered PLMN" field is set to PLMN2. 2b) The SS transmits 4 BCCH carriers with the following parameters: PLMN Level dBVemf( ) Carrier 1 PLMN1 28 Carrier 2 PLMN2 33 Carrier 3 PLMN3 38 Carrier 4 PLMN4 43 Each carrier has the "IMSI attach" (ATT) flag set in the BCCH data. (The purpose of this is to force the MS to do location updating whenever it is switched on, so that the SS can determine which PLMN has been selected.) The other system information parameters are as in table 33-1. 2c) The MS is brought into the "on" condition with manual selection mode active. 2d) The SS checks that the MS sends a "location updating request" on carrier 2.

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51.010-1

33.3.4.4 Requirements 2

2.1) The MS shall make a response as indicated in step 2d). The MS shall respond within 30 s. Table 33-1: Normal system information fields Parameter Reference in 3GPP TS 04.08 / 3GPP TS 24.008 / 3GPP TS 44.018 Abbreviation Normal setting Cell Channel Description 10.5.2.1 - Any values Max retrans 10.5.2.17 - 1 Tx-integer 10.5.2.17 - Any value CELL_BAR_ACCESS 10.5.2.17 CBA 0 (i.e. no barred) AC CN 10.5.2.17 AC All 0 RE 10.5.2.17 RE 0 (i.e. re-establishment allowed) BA ARFCN 10.5.2.13 BA One entry equal to the ARFCN of the carrier NCC 10.5.2.15 NCC Any value Cell Identity 10.5.1.1 - Any value MCC, MNC 10.5.1.3 PLMN Ref. 33.3.2, 1b) and 33.3.2, 2b) LAC 10.5.1.3 LAC 1111 (Hex) ATT, B_AG_BLKS_RES,T3212, 10.5.2.8 - ATT = "1" CCCH_CONF Other parameters any values. BS_PA_MFRMS 10.5.2.8 BPM 5 frames Cell Options 10.5.2.3 - Any values CELL_RESELECT_HYSTERESIS 10.5.2.4 CRH 10 dB MS_TXPWR_MAX_CCH 10.5.2.4 MTMC Maximum RF output power of MS. RXLEV_ACCESS_MIN 10.5.2.4 RAM -95 dBm

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

33.4 Invalid and blocked PIN indicators

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51.010-1

33.4.1 Definition

-

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51.010-1

33.4.2 Conformance requirement

Void.

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51.010-1

33.4.3 Test purpose

Void.

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51.010-1

33.4.4 Method of test

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51.010-1

33.4.4.1 Initial conditions

The MS contains a SIM with the PIN enabled, and the SIM unblocking counter set to zero by previous presentation of the personal unblocking key.

683b5b8a98f7b1390ddd5516ea9247a2

51.010-1

33.4.4.2 Procedure

a) The MS is switched on. b) Three wrong PIN are entered. Activation may be either manual or via the EMMI.

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51.010-1

33.4.5 Test requirements

For the first and second incorrect PIN the MS shall indicate that the PIN code has been rejected. For the third incorrect PIN the MS shall indicate that the PIN is blocked.

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51.010-1

33.5 Service indicator

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51.010-1

33.5.1 Definition

-

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51.010-1

33.5.2 Conformance requirement

Void.

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51.010-1

33.5.3 Test purpose

Void.

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51.010-1

33.5.4 Method of test

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51.010-1

33.5.4.1 Initial conditions

a) The MS is in idle mode, unregistered. b) The SS shall emulate perfect radio conditions so that the MS is able to register and to set up or receive a call.

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51.010-1

33.5.4.2 Procedure

a) The MS is brought in an active state by either switching it on or by inserting a SIM.

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51.010-1

33.5.5 Test requirements

1) The successful registration and the good condition shall be indicated by the MS indicator and by the SS.

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51.010-1

33.6 Subscription identity management

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51.010-1

33.6.1 Definition

Subscription identity management is the ability of the MS to prevent the establishment of MO (except MO emergency calls) and MT calls without a valid subscription.

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51.010-1

33.6.2 Conformance requirement

An MS can only be operated, if a valid IMSI is present.

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51.010-1

33.6.3 Test purpose

1) To verify that during an established call: either 1.1) on removal of the SIM from an MS, the MS will perform an IMSI detach; or 1.2) after removing the power source from the MS, removing the SIM, and restoring the power source to the MS, the MS may perform an IMSI detach. 2) To verify that an MS without SIM card will not establish a MO call which is not an emergency call. 3) To verify that an MS without SIM card will not accept an incoming call.

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51.010-1

33.6.4 Method of test

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51.010-1

33.6.4.1 Initial conditions

Void.

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51.010-1

33.6.4.2 Procedure

a) A call is set up. b) (Reserved). c) Either: (i) the SIM is removed; or (ii) where this is not possible, the power source is removed from the MS, the SIM is removed and the power source is restored to the MS. The SS observes whether or not the MS performs IMSI detach. d) An attempt to establish a MO call is made (not an emergency call). e) An attempt to establish a MT call is made.

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51.010-1

33.6.5 Test requirements

1) Either: 1.1) in step c(i), the MS may send disconnect and shall perform an IMSI detach; or 1.2) in step c(ii), the MS sends nothing when power source is removed. The MS may perform an IMSI detach when power is restored. 2) In step d) the MS shall not attempt to set up a new call via the Um interface. 3) In step e) the MS shall not respond to the attempt to set up a new call via the Um interface.

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51.010-1

33.7 Barring of outgoing calls

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51.010-1

33.7.1 Definition

The barring of outgoing calls is an optional feature. It is the ability of the MS to prevent all MO calls except emergency calls.

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51.010-1

33.7.2 Conformance requirement

An MS may have an optional facility to bar outgoing calls. Such barring facility shall not prevent the transmission on emergency calls.

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51.010-1

33.7.3 Test purpose

To verify that an MS for which a local facility to bar outgoing calls has been declared as being implemented, is able to establish an emergency call if this facility is activated.

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51.010-1

33.7.4 Method of test

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51.010-1

33.7.4.1 Initial conditions

Void.

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51.010-1

33.7.4.2 Procedure

a) The local facility to bar outgoing calls is activated. b) Via MMI, the MS is actioned to establish an emergency call.