Hi Hirano-San,
Please consider DS100KR800, DS100KR401, and potentially other parts. Please refer to the link below:
https://www.ti.com/interface/ethernet/retimers-redrivers-mux-buffers/products.html#p1241=Mux%20Buffer;Redriver
Regards,Nasser
Other Parts Discussed in Thread: DS100KR800 , DS100BR210 Hi all,
According to presentation material, DS100BR210 and DS100KR800 can extend reach of 10-Gbps signals over 50+ inches of FR-4 or 20m of 26-AWG copper cable. When the data rate is 3Gbps, can DS100BR210…
Hi,
What does the TLSK (Lane to lane skew - 25ps) in the Datasheet mean?
If it is 8 lanes, the Skew between the first and the last is 25ps x 8 = 200ps ??
thanks in advnaced.
Other Parts Discussed in Thread: DS100KR800 , DS125BR401 , DS100KR401 Posted on behalf of another E2E user...
It looks like the DS125BR401 has RXDET which allows the user to manually select a 50 Ohm termination on the input, high-impedance, or automatic…
Other Parts Discussed in Thread: DS100KR800 Posted on behalf of another user:
If we're running multiple DS100KR800 devices, can we connect all the resets (RESET, pin 52) together? Is there a reason we might want to run individual resets, like in case one…
Other Parts Discussed in Thread: SN65LVCP1414 , SN65LVCP1412 , DS100KR800 , SN65LVCP114 TI Team,
It's not clear from the datasheet if I can use this redriver device on 10G SFI signals. I would appreciate your input on the following:
I intend to use this…
Hi Lucas,
Thank you for clearing most of the queries.
Regarding the last query on 10G v/s 10GKR, I am not sure that I understand the modes.
Lucas Wolter said: If I keep the de-emphasis constant, say -3.5dB (default) value and change the mode from 10GE…
Part Number: DS125DF1610 Other Parts Discussed in Thread: DS125BR820 , DS100KR800 , DS160PR410 I use DS125DF1610 to retimer the 10GBASE-KR signals. Does TI have DS125DF1610 Programming Guide for us to refer to?
Part Number: DS125DF1610 Other Parts Discussed in Thread: DS160PR410 , DS100KR401 , DS100KR800 We use DS125DF1610 for 10G SFI .
Data flow is:
SoC -> 3 inches FR4 -> High Speed Connector-> 10 inches FR4 trace in backplane->High Speed Connector-> 5 inches…