A truly opensource camera serial interface. No frills. No backdoors that compromise security. Outstanding signal integrity. Hi-rez video pipeline with remote connectivity. For Sony, Series7 & open FPGA makers on limited budget. Augments openXC7 CI/CD, challenging its timing-savvy. Promotes the lesser-known EU boards.
Add support for the 4-lane "OneInch" camera (Sony IMX283)
Description:
The next project milestone is to expand the existing 2-lane CSI to 4-lane, and establish video datapath for this particular high-end camera. This milestone encompasses the following tasks:
1. Upgrade simulation environment to allow both 2 and 4-lane data paths, with 4 video formats: RAW8, RAW10, RAW12, RAW14
[x] CSI BFM
[x] Testbench and relevant sim scripts
[ ] Time permitting, also add 1-lane option
2. Extend RTL from only RAW8 to also support RAW10, RAW12, and RAW14 image formats
[x] RAW2RGB block -- If it's too messy to support all 4 formats in one file, implement it in 4 separate files
[x] Integration
3. End-to-end simulations
[ ] Verify old and new data path options in functional simulation through the entirety of video processing chain
4. Validate OneInch sensor and new data path on the real hardware
[x] Work out I2C configurations for the camera (as our sim setup does not cover that part)
[x] Check video pipeline stages from CSI all the way to HDMI. If needed, use Chipscope ILA for debug
[ ] Crate a new demo, similar to the earlier for 2-lane RPi camera, but now with higher resolution Sony IMX294 camera
Add support for the 4-lane "OneInch" camera (Sony IMX283)
Description:
The next project milestone is to expand the existing 2-lane CSI to 4-lane, and establish video datapath for this particular high-end camera. This milestone encompasses the following tasks:
1. Upgrade simulation environment to allow both 2 and 4-lane data paths, with 4 video formats: RAW8, RAW10, RAW12, RAW14
2. Extend RTL from only RAW8 to also support RAW10, RAW12, and RAW14 image formats
3. End-to-end simulations
4. Validate OneInch sensor and new data path on the real hardware