Part Number: SN65DPHY440SS Hi team,
Customer get following question about SN65DPHY440SS: could you help check comments?
The retimer spec says the highest EQ level is for channel insertion loss of 4dB@500MHz,is it means when the total insertion loss is…
Part Number: SN65DPHY440SS Hi, We are currently in the process of planning our project, and we intend to utilize the part number SN65DPHY440SS for routing MIPI DSI signals over a length of 2000mm. In this regard, we have a few queries and would greatly…
Part Number: SN65DPHY440SS Hello,
We are using SN65DPHY440SS part in one of our design and would like to understand where shall we place it exactly in our MIPI path along with the length described in the below image in red colour:
Also, please suggest…
Part Number: SN65DPHY440SS
Hi,
For the RST pin, it is mentioned that it is critical to reset the PHY after VCC. In our prototype, we have pulled the RSTN high using VCC, and currently, it is working fine. Is there a specific need to modify it according…
Part Number: SN65DPHY440SS Hi Ti engineer,
Our company encountered the following problems when using sn65dphy440ss verification: 1, signal source-turn-board -MIPI display screen, the picture is normal; 2, add a turnboard with sn65dphy440ss chip,MIPI display…
Part Number: SN65DPHY440SS Dear TI experts,
My customer asked about changing positive signal and negative signal.
(i.e. applying positive input to DA0N, negative input to DA0P, positive input to DA1N, negative signal to DA1P, and so on.)
Is it okay to…
Part Number: SN65DPHY440SS Hello,
In our a project , we used SN65DPHY440SS and needed to do an eye dagram simulation for D-PHY signal.
We downloaded the RX and TX snp file.
Our application is as follows:(the parts circled in red need to be simulated)
…
Part Number: SN65DPHY440SS I am evaluating the compatibility between SN65DPHY440SS and our existing MIPI board. I hope to control the enabling of each channel's LP and HS modes through I2C. The register mapping in the datasheet does not seem to be complete…
Part Number: SN65DPHY440SS Hello team
I like to use a 500mm cable between the processor and the display. Using a high quality TwinAx cable from 3M the insertion loss is <5dB at the desired frequency and can be compensated by the SN65DPHY440SS. However…