I have a C++ program based on v4l2.Its function is to capture the raw data of the csi camera through the v4l2 framework.I want to test the maximum camera resolution in our case. Currently the largest resolution we tested is 4028x5000. If greater than 4028x5000, there will be black lines on the left and right sides of the image.I guess it is the active region that exceeds the maximum interception.
So,I would like to ask about the hardware limitations of the agx xavier, what is the maximum camera resolution?
The test environment is a device with adjustable resolution. The color format is BAYER BGGR RAW12. I want to test the maximum resolution that Xavier can support. At present, it can be up to 4028x5000 and won’t generating left and right black lines.
My question is does Xavier support higher resolutions? For example if I want to adjust the resolution to 8K (8192x8192) will it work? Can you tell me where the Xavier hardware max limit is?
Our v4l2 program is to capture bayer raw data and save .raw file. No need to display through Xavier, so no need to go through ISP.
So the highest ideal camera solution should be 16382x16382 right? If yes, exclude the hardware limitation.
But, when I adjust the resolution higher than 4028x5000, black lines will appear on the left and right sides of the saved .raw file. What is the possible reason?
I have modified the possible device tree parameter,like below:
active_w=5000
active_h=5000
line_length=5000
These parameters seem to be most relevant to the active region.Are there any other parameters that need to be modified?