Part Number: TDP142 Other Parts Discussed in Thread: SN75DP119 Hi TIer
My customer currently find a eDP to eDP bridge , they need improve signal quality.
Input signal is DP1.4/DP1.2 1920*1080 60Hz signal. from FPGA to screen.
Do you know if TDP142…
Part Number: TDP142 Tool/software: Hi Team,
I would need some help to understand why is it that the polarity swap for this case is possible?
Does it mean that I can just swap around the other "N" and "P" for the other DP also?
Part Number: TDP142 Tool/software: Hello, I am using TDP142 linear redriver in my application. I use display port of my NVIDIA Video card, as a video source for my DP to eDP converter board to stream a 4K UHD video to a monitor. So far If I use Display…
Part Number: TDP142-Q1 Hi Teams,
Does this pin swap mean that, within the TDP142-Q1, the DP differential input pins P and N can be swapped? If so, can the P and N pins of the DP differential inputs for D0, D1, D2, and D3 all be swapped? It should not…
Part Number: TDP142-Q1 Hi Teams,
Does this pin swap mean that, within the TDP142-Q1, the DP differential input pins P and N can be swapped? If so, can the P and N pins of the DP differential inputs for D0, D1, D2, and D3 all be swapped? It should not…
Part Number: TDP142-Q1 Hi, Support Team
We follow MTK CX1 SOC specifies a 85 ohm differential impedance for DP/eDP routing; so, the TDP142-Q1 INDP and OUTDP can also support 85 ohm?
if any, Please advise me.
Thanks,
Best regards,
Lawrence
Part Number: TDP142 Tool/software: Hello, I am using TDP142 linear redriver in GPIO config mode, which means the gain is configured with resistors attached on EQ1 and EQ0. There were a few times that I managed to get video on the display, but once I turned…
