Part Number: DS90UB941AS-Q1 Tool/software: We are using DS90UB941AS-Q1 on our samsung SOC to connect with a display which has DS90UH948 deserializer.
We are able to access(r/w) the serializer registers via i2c.
But the link detect with the deserializer…
Part Number: DS90UB940-Q1 Other Parts Discussed in Thread: DS90UB948-Q1 , DS90UB941AS-Q1 , ALP , TDA4VM Tool/software: Hi, Experts
We designed DS90UB948-Q1 and DS90UB940-Q1 custom boards to pair with DS90UB941AS-Q1,but DS90UB948-Q1 works fine,DS90UB940…
Part Number: TDA4VH-Q1
Tool/software:
Hi,
we are facing some problems with the integration of the TDA4 DSS & the UB941 Serializer. Following the bring-up guide we are currently stuck here:
What we tested already:
The DSI output works with the DSI…
Part Number: DS90UB941AS-Q1 Other Parts Discussed in Thread: DS90UB948-Q1 Tool/software: HI expert,
Several questions need you help to confirm about 941.
1) If use the Dual FPD-Link III mode, does it need use the 2x 4Lane MIPI DSI input? DSI0 and DSI1…
Part Number: DS90UB941AS-Q1 Tool/software: Hello,
Is it able to combine different refresh rate video in split mode?
DOUT0: 1920x720 @60Hz
DOUT1: 1280x1080 @30Hz
Part Number: DS90UB941AS-Q1 Tool/software: Hi team,
Customer would like to check that
1) whether switch DOUT0+(DOUT0-) and DOUT1+ (DOUT1-) between two display is feasible for DS90UB941AS-Q1?
2) If 1) is feasible, please help to add comments about the register…
Hi Ryan,
Thank you for the DSI registers and the update on the situation.
Ryan Wang said: Does this indicate UB948 power up sequence problem?
Based on what you described with the customer's sequence, I do not think it is likely that this a power up sequence…
Part Number: DS90UB941AS-Q1 Tool/software: Dear TI Partner:
We use TI941+TI948, and TI948 is connected with the LVDS to HDMI adapter chip. It is found that the timing data of the adapter chip parsed to the LVDS output by TI948 has been changing. The…
Part Number: DS90UB941AS-Q1 Hi team,
The DS90UB941AS-Q1 has a VDDIO supply of 1.8V. However, the IIC pull-up is 3.3V. Is this acceptable?
Thanks
Xiaoxiang