Raspberry PI CM5 Carrier Board Design
Budget: $250 – $750 USD
The project consist in the design of a CM5 carrier board whit specific requirements.
The original idea is starting from a existing CM5 carrier board ‘open source’, and modify it to add/remove elements, also ‘open source’. Most of the requirements can be found in any CM5 carrier board available with a public license, for exampe CMIO from raspberry pi. Description of the elements, interfaces and other requirements follows
• Maximum board size 100mmx200mm aprox.
• Power souce 12v, protected and converted to other DC (present in CMIO)
• USB-C with mini USB conector for programming (present in CMIO)
• USB 3.0 (present in CMIO)
• Ethernet (present in CMIO)
• CANBUS
• PCIe (present in CMIO)
• SD card slot (present in CMIO)
• eDP video signal + backlight
• AIS class B (from other open-source)
• Other UART inputs with optocouplers (to be decided)
• GPS
• GPIO ports accesss via male connector (compatible with Raspberri Pi)
These are the main requeriments, maybe other minor will appear during the design. I can provide schemas for all the parts involved (can bus, eDP, AIS,...). The job consist in the design of the board merging all schemas in one, and generate all the files needed by JLCPCB or other manufacturer to produce the board.
Ideal skills & experiences:
- PCB Design and Raspberry Pi familiarity
- Hardware architecture knowledge
- CAN protocol and USB/Ethernet port integration
- eDP and PCI express slot integration.
The original idea is starting from a existing CM5 carrier board ‘open source’, and modify it to add/remove elements, also ‘open source’. Most of the requirements can be found in any CM5 carrier board available with a public license, for exampe CMIO from raspberry pi. Description of the elements, interfaces and other requirements follows
• Maximum board size 100mmx200mm aprox.
• Power souce 12v, protected and converted to other DC (present in CMIO)
• USB-C with mini USB conector for programming (present in CMIO)
• USB 3.0 (present in CMIO)
• Ethernet (present in CMIO)
• CANBUS
• PCIe (present in CMIO)
• SD card slot (present in CMIO)
• eDP video signal + backlight
• AIS class B (from other open-source)
• Other UART inputs with optocouplers (to be decided)
• GPS
• GPIO ports accesss via male connector (compatible with Raspberri Pi)
These are the main requeriments, maybe other minor will appear during the design. I can provide schemas for all the parts involved (can bus, eDP, AIS,...). The job consist in the design of the board merging all schemas in one, and generate all the files needed by JLCPCB or other manufacturer to produce the board.
Ideal skills & experiences:
- PCB Design and Raspberry Pi familiarity
- Hardware architecture knowledge
- CAN protocol and USB/Ethernet port integration
- eDP and PCI express slot integration.