Part Number: DS160PR410 Other Parts Discussed in Thread: DS100BR210 , DS64BR111 , DS100BR111 Tool/software: We are thinking of using either the DS64BR111 and DS100BR210 part for our board design. Our biggest question will be availability and lifetime for…
Part Number: DS160PR410 Tool/software: Hi TIer
Can the DS160PR410RNQR chip be used for sata3.0 redriver.
If OK, what is the recommended value for the AC coupling cap which series connection in high-speed signal wire?
What are the considerations in chip…
Part Number: DS160PR410 Other Parts Discussed in Thread: DS160PR810 , DS160PT801
Tool/software:
hi support,
We are currently using DS160PR810.
We are planning to change pcie connection from electrical to optical. We want to understand if retimer can help…
Hi Arley,
DS160PR410 will also support 4 Gbps signaling.
There are two key considerations for using DS160PR410 (or other devices targeting higher speed signals).
Boost at 2 GHz Note that DS160PR410 will apply a maximum of ~7 dB of boost at 2 GHz. Please…
Hi Gareth,
Here is my feedback on the schematic. Note that I only reviewed networks directly connected to U36, U37, U38, and U39. The customer is still responsible for ensuring their design will operate as intended.
SN75LVPE5412-21_Schem_Review.pdf
Here…
Part Number: DS160PR410 Other Parts Discussed in Thread: DS160PT801 Hi TI Team,
Can you please guide to a document that contains more info about redriver saturation?
Thanks
Ciprian
Part Number: DS160PR410 Other Parts Discussed in Thread: USB2ANY , Tool/software: Hi TI Team,
I want to write register of DS160PR410 by USB2ANY and SIGCON ARCHITECT 3.0 I can read register, but can not write.
In the Low Level Page, Set a value and click…
Part Number: DS160PR410 Hi Expert,
Can you give an example to explain what SHARE REGISTERS is and what CHANNEL REGISTERS is?
From the description below, I can't see the difference between the two.
Thanks
Xiaoxiang
Part Number: DS160PR410EVM-RSC Other Parts Discussed in Thread: DS160PR410 Hi TI Team,
At this moment we are working on a simple setup which looks like this
Do you think is feasable to integrate this TI ev. board in this setup? the end point is an M.2…