Best Settings for Low LUX IMX462
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@picantepeperoni
It is recommended that you use legacy mode, which uses the GPU to transfer the input image directly to the HDMI output, without taking up CPU resources. -
@veye_xumm Okay, I think I fixed the issue with low FPS by running it through multiple threads, I seem to be getting a pretty consistent high framerate and low latency.
However, I wanted to know how I can issue commands to the i2c when using the v4l2 driver. Does it have to go thorugh the gstreamer commands or is that something that I issue like normal through the legacy interface? Do I still need to have i2c enabled thorugh Raspi-config?
Thank you,
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@picantepeperoni said in Best Settings for Low LUX IMX462:
Does it have to go thorugh the gstreamer commands or is that something that I issue like normal through the legacy interface? Do I still need to have i2c enabled thorugh Raspi-config?
You can implement it by writing registers directly through i2c scripts like legacy mode. Yes.
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@veye_xumm Hello, I have been able to successfully set the i2c commands and the camera module is working great. Is there any way to increase the FPS that is supported by the module as it appears the module will only output a maximim of 30fps?
Additionally, I would like to know if there are alternative colorspace modes other than UYVY that would provide faster latency and allow for faster processing on my raspberry pi device.
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@picantepeperoni said in Best Settings for Low LUX IMX462:
it appears the module will only output a maximim of 30fps?
Sorry, the maximum performance of this module is 1080p@30fps
@picantepeperoni said in Best Settings for Low LUX IMX462:
Additionally, I would like to know if there are alternative colorspace modes other than UYVY that would provide faster latency and allow for faster processing on my raspberry pi device.
Sorry，It just output UYVY for now.
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@veye_xumm That is very helpful, thank you. Do you happen to know the device's inherent expected latency? Additionally, are there any options to adjust the camera module's data transmission rate either through frequency or blocksize?
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@picantepeperoni Hello, I would like to follow up on this topic, any thoughts on the device's expected latency from when light hits the sensor to when its communicated to the host device through the CSI connector? I would expect it to be somewhere around 1-2ms but was wiondering if the processign that is occuring on the PCB is expected to take longer before it runs through the PCB due to buffering and/or processing.
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@picantepeperoni Sorry, I didn't respond to your previous post in a timely manner. The VEYE series cameras have a relatively large delay because they have an ISP module built in. Some steps in the ISP module require buffering of the entire frame, such as HDR and denoise.
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@veye_xumm If I was to disable the HDR and denoise features, would that reduce the ISP delay?
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@picantepeperoni We have had customers attempt similar approaches, but the results were not significant.
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