@tom Sure, Thanks it worked out.

Can anybody find out the problems? Many thanks.

@wilkinsaf I completely agree. We can compare to a normal USB camera as well to see if the issue is with specifically streaming from the HDMI to USB capture card

hi @Siddhanth to ssh onto the voxl you will need the IP address of the voxl. This means you will need to setup wifi on the voxl and then acquire the IP address. Once you have the IP address, you can run the command as in the image you posted above and the default password is oelinux123: ssh root@<IP ADDRESS>

@Moderator Thank you for responding in the repo where can i find the config file like in the source or tools can u pls help thank you the doc say's this Reset VIO resets vio to (0,0,0). Please do not reset in flight, only do this when it is safe and necessary

I should have posted this earlier, but I was able to make my IO board work with sbus by building my own version of Px4 based on your guy's master branch. For anyone else coming across this post, @Eric-Katzfey solution should work.

@wilkinsaf Thanks for the follow up!

@tom Thanks a lot for the reply.

@brycek did you eventually figure out? I need to create a full image as well

@James-Strawson Quick update. I was able to lower the value to 300 and it seems to work as well.

Hi @AndriiHlyvko The chip is not infinity flexible. Many things are fixed/set in hardware meaning either the silicon device or the PCB. There is no internal cross-bar in the QRB5165 that allows for 100% remapping like on FPGAs. Please see these pages: https://docs.modalai.com/expansion-design-guide/#qups-the-key-io-groups-for-expansion https://docs.modalai.com/voxl2-qups/ Hope that helps explain things a little.

@Abdullah01 There has been some progress but it is taking longer than expected. We are actively working on all of it.

@Chad-Sweet More on this from the manufacturer: MIPI Protocol The product we use is 2lane MIPI. The MIPI interface includes 1 pair of source-synchronized differencing clocks and 2 pairs of differencing data lines clock signals, which enter the high-speed mode at the beginning of each frame and exit the high-speed mode at the end of each frame. The interframe is in low power mode (both data and clock line are at 1.2V high level). MINI2-640, for example, uses a clock frequency of 400MHz. The data line sends the start packet of each frame at the beginning and the end packet of each frame at the end. The number of long packets between the start and end packets of each frame is the same as the height value of the array (such as a 640 * 512 module with 512 long packets), and each long packet data contains row valid data.

@Moderator I'm using a straight out of the box Starling.. with updated software..

Hi @Moderator, @modaltb Any update on the configuration of tracking camera in HW Sensor ID- 3. Camera Server crashes whenever i connect tracking camera in HW sensor ID-3 (J7U) but in the camera server configuration, SDK 1.0 (C-06, C-14 , C-16, C-17 ) configurations shows that the tracking camera is connected to J7U. Can you please give me update on this?

@Moderator Are there downsides to running Ubuntu 20.04 or 22.04 within docker on VOXL2? Are there features of the VOXL2 that would not be accessible in that scenario?

@AP123 Cool, check out that unbricking guide, that should fix your issue.

@Eric-Katzfey only 420000 work for me for CRSF RAW