EDP to MIPI CSI Converter PCB

I need a compact, production-ready PCB that reliably converts an EDP 1.2 video stream into a MIPI CSI-2 output so I can interface an existing embedded panel with a camera-centric SoC. The job is purely about signal conversion; no additional processing or scaling is required.

The core of the work is selecting a proven EDP-to-CSI bridge IC, building a clean high-speed schematic around it, and laying out a board that respects all impedance and length-matching rules for both the EDP and CSI-2 differential pairs. Please keep the stack-up simple enough for standard 4-layer manufacturing while still meeting the 100 Ω/90 Ω requirements.

To speed integration on my side I also need the power-tree designed, the necessary reference clocks routed, and all test points clearly labelled for differential probing.

Deliverables:
• Altium (or KiCad) schematic and PCB layout files
• Gerbers, drill files, IPC-2581 and pick-and-place output
• Complete BOM with at least one readily available supplier option per part
• Brief design note summarising impedance calculations and any layout constraints I should be aware of

Once I review the final files and they pass a quick ERC/DRC on my end, I will release the final milestone. Looking forward to working with someone who has already handled high-speed DisplayPort or MIPI designs and can move quickly.