Part Number: SN65DPHY440SS Tool/software: Hello,
I would like to use SN65DPHY440SS between MIPI DSI type LCD screen and a micro controller, to improve signal integrity.
I would like to implement a SN65DPHY440S between the MPU and the Driver IC of my…
Part Number: SN65DPHY440SS Tool/software: Hi expert,
If the output trace is 1 inch FR-4,10 mil and the mipi rate is 1.4Gbps , will it have a big impact on the results?
Part Number: SN65DPHY440SS Other Parts Discussed in Thread: SN75DPHY440SS Tool/software: Hi team,
About SN65DPHY440SS, SN75DPHY440SS
My customer Samsung TV is now looking for about MIPI camera design into the TV.
For huge screen of TV, MIPI camera to…
Part Number: SN65DPHY440SS
Tool/software:
A. Request you to verify the schematic. Application: 2 data line MIPI interface to drive LCD display. There is FFC between controller and display board with length of 315 mm. This retimer is placed on display board…
Part Number: SN65DPHY440SS Tool/software: Dear Sir,
Just said as title, clock lane can be as data lane and then data lane can be clock lane?
Best regards!
David
e2e.ti.com/.../4897448
Part Number: SN65DPHY440SS Tool/software: Hi expert,
I know the SN65DPHY440SS supports MIPI DPHY V1.1. But the MIPI port of source chip is follow the standard of DPHY V1.2.
Does SN65DPHY440SS work?
Or do you have other recommends?
BR,
Moon
Part Number: SN65DPHY440SS Tool/software: To TI engineers
We used SN65DPHY440SS in our design for DPHY transition.
But several boards were breakdown in the evaluation,
after checking these broken boards, we found SN65DPHY440SS was failure.
Our circuit…
Part Number: SN65DPHY440SS Tool/software: Hello,
We used the SN65DPHY440SS in our a new project.
For SN65DPHY440SS , we would like to ask the following two questions:
1.Does this retimer have latency loss?
2.What is time delay of this retimer?
BR
Jay…
Part Number: SN65DPHY440SS Tool/software: Hello, I would like you to confirm whether following my understanding is correct or not. * According to datasheet, you described as shown below. Does this "1.5Gbps" mean you can support up to 1.5Gbps per lane ?…