My code and designs can be found on github. I documented my experience on hackaday.io. I was successful and built my own camera that remains a work in progress. That interested me in using the PRUs inside a Beaglebone Black and later a Pocketbeagle to create a video pipeline to offload the real-time chore from the main CPU. I played with the Raspberry Pi and found it difficult for a user-space process to reliably keep synced to the camera. I started with a Teensy 3.2 based camera and was able to get an about 4 frames per second using a single SPI bus for both the camera and display. Over the course of a couple of years I made several different cameras as I learned how to reliability get data from the module. After borrowing a friend's unit repeatedly, I decided to design my own, aided by the availability of the FLiR Lepton 3.5 from. I occasionally have use for one to monitor heat generation in something I've designed, and they are useful for myriad of other applications as well. Like a lot of people I always wanted a thermal imaging camera.
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