the bandwidth of mipi csi
on the oem design say the bandwidth of mipi csi is per lane 2.5gbps per lane in the d-phy mode ，so if we use two group form a 4 lane mipi to connect four 1080p camera ，the bandwidth is 10gbps ，four 1080p cameras are 6gbps，but now we find when we connect four camera ，have frame loss problem ，but ch…
there is no update from you for a period, assuming this is not an issue any more.

hence we are closing this topic. if need further support, please open a new one.

thanks

what’s the frame rate? have you try boost the system to performance mode to try?
that's exactly what it is. the ports you use for hdd's and so on. the pcie lanes are shared between them so if you use the m.2 slot, you lose the ports that share the lanes. 

it's only 2 and you still have 4 more :)

love my aorus pro wifi btw. snazzy board that works well and looks good doing it from here [fstrm python receiver](https://github.com/dmachard/python-framestream/blob/main/fstrm/fstrm_codec.py)

# frame streams control frame format - data frame length equals 00 00 00 00

# |||

# | data frame length | 4 bytes |

# ||… please check below with your carrier

4g bands 
4g fdd-lte: b1(2100),b2(1900),b3(1800),b4(aws),b5(850),b7(2600),b8(900),b12(700),b13(700), b18(800),b19(800),b20(800),b25(1900),b26(850),b28(700) / 
4g tdd-lte: b34(2010),b38(2600),b39(1900),b40(2300),b41(2500... Until you have a computer with no moving parts, hard drives or tapes, you cannot push enough data through a 1 gig card to use it’s full capabilities. The best servers can burst up to about 600 meg. Only a backup could sustain any data transfer that gets close to that. At this time, 10 gig is for switch to switch. solved...
my ram was in ram slot 1 & 3.
switched it to 2&4 - now i can overclock to 4000mhz.


here's the benchmark now


same man... i'm still looking as well lol. i wonder why so many people are having this problem. I'm assuming that your provided image is the actual size that you are dealing with. It appears that the resolution of the image is quite low so that it will suffer pixelization with any enlargement at all. Fidelity of a raster image is always dependent on how much effective resolution (what its resolution is at the size it is to be used) the image has. So a 72 ppi image will only have 36 ppi if it is enlarged to 200%. Use File>Export As and export at 300 ppi or higher and see if that makes a dif... class intervals
frequency
(fi)
xi
di = xi - a
fi di


0 - 20
17
10
-40
-680


20 - 40
28
30
-20
-560


40 - 60
32
50 = a
0
0


60 - 80
p
70
20
20p


80 - 100
19
90
40
760


total
Î£
fi = 96 + p


Î£ fi di = 20p -
480


![](https://s3mn%20mnimgs%20com/img/shared/discuss_editlive/5130830/2013_07_08_13_01_36/mathmlequation8813644107607516415%20png) 3700x is way better for streaming and gaming at the same time. the hit on game performance and also dropped frames when doing both on the same pc is much less with the 3700x so u got some wrong advice from that person.

also as sli sucks why dont u sell your two 1080 tis now u still can get a good price for them and buy a 2080 ti?? or sell at least on of them and buy the 3950x when it comes out. i finally got it figured out. by default, iperf sends to the server.  so my 5.5 mbps throughput was only my upload speed.  when i ran iperf in reverse mode (-r) is downloads from the server.  i wasn't getting good results from a single tcp session, but when i increased it to 10, i was getting the results i was expecting (47 mbps).  if you want to try these tests for yourself you can use these commands for any public iperf server: *case sensitiveupload test      - iperf3 -c iperf.he.netdownload test  - iperf3 -r -c iperf.he.net -p10 i do not know what the bandwidth limitation is with this iperf server v = (4/3)πr³ 

dv/dt = 4πr².dr/dt

so, when the diameter is 20 cm we have:

-4π = 4πr².dr/dt

hence, dr/dt = -1/r²

i.e. dr/dt = -1/10² => -1/100

now, d = 2r

so, d(d)/dt = 2.dr/dt

=> d(d)/dt = -1/50 cm/hour

or, -0.2 mm/hour

:)>