Highspeed DDR3 PCB Routing in KiCAD
Budget: $250 – $750 CAD
I'm seeking an experienced Electrical Engineer to meticulously route clock, data, and address signals on a high-speed DDR3 PCB in KiCAD, ensuring the design successfully operates at a target frequency of 1 GHz.
Key Requirements:
- Expertise in high-speed PCB design, specifically DDR3
- Proficiency with KiCAD
- Previous experience working on projects with 1 GHz target frequencies
- Experience in impedance control for critical signal paths
I have a current board that uses an Allwinner D1 module, and I need to transition it to use the actual SOC, RAM, PMICS, and SD card holder. I need the exact module; it was just placed on the board. The board should be complete in KICAD ONLY.
Here is the starting point, you *must* use this as your starting point: https://github.com/o7-machinehum/flipper-blackhat
Key Requirements:
- Expertise in high-speed PCB design, specifically DDR3
- Proficiency with KiCAD
- Previous experience working on projects with 1 GHz target frequencies
- Experience in impedance control for critical signal paths
I have a current board that uses an Allwinner D1 module, and I need to transition it to use the actual SOC, RAM, PMICS, and SD card holder. I need the exact module; it was just placed on the board. The board should be complete in KICAD ONLY.
Here is the starting point, you *must* use this as your starting point: https://github.com/o7-machinehum/flipper-blackhat