FLIR has a series of thermal imaging cameras that run WinCE. The e4, e5, e6, and e8 all are the same hardware platform that from the e8 down have their features limited via software. There has been quite a lot of reverse engineering done and to date a e4 can be turned into a e8 with even some features from the e## series cameras that don't even share the same hardware platform. One common thing with the e# cameras is that they have all been limited to 9 FPS output to the screen and the UVC video output. This is why I am posting here - I would like to know if anyone could assist in removing that limit.
From what I understand about the camera - the sensor puts out 60fps to a FPGA that then does some image processing and outputs a 30FPS stream to WinCE. From there it is then further limited to 9FPS. I have a feeling that the LCDC.DLL driver may be limiting it but lack the ability to understand how.
Is there any interest here into looking into this?
From what I understand about the camera - the sensor puts out 60fps to a FPGA that then does some image processing and outputs a 30FPS stream to WinCE. From there it is then further limited to 9FPS. I have a feeling that the LCDC.DLL driver may be limiting it but lack the ability to understand how.
Is there any interest here into looking into this?