I will design custom carrier board pcb nvidia jetson radxa raspberry pi cm4 cm5
About this Gig
I will create a custom carrier board PCB for NVIDIA Jetson, Radxa, Raspberry Pi CM4, CM5, and other embedded modules.
I can help with custom carrier boards for projects that require specific connectors, interfaces, power inputs, and hardware features.
My service includes:
- NVIDIA Jetson carrier boards
- Raspberry Pi CM4 / CM5 carrier boards
- Radxa carrier boards
- Custom embedded PCB boards
- Schematic and PCB layout
- Connector and interface integration
- GPIO, USB, Ethernet, HDMI, MIPI, UART, I2C and SPI
- PCB manufacturing files when required
I can work from your requirements, module datasheet, reference board, schematic, or existing hardware information.
For more complex projects, please contact me before ordering so I can review your requirements and confirm the scope, price, and delivery time.
Send me your module and project requirements, and let's get started.
Other Electronics Engineering Services I Offer
FAQ
Which platforms can you design carrier boards for?
I can work with NVIDIA Jetson modules, Raspberry Pi CM4/CM5, Radxa platforms and other embedded computing modules, depending on the project requirements.
Can you design the schematic and PCB layout?
Yes. The package can include both schematic capture and PCB layout according to the selected scope.
Do you provide Gerber files?
Yes, manufacturing files can be included when specified in the selected package.
Can you work from an existing reference design?
Yes. You can provide datasheets, reference designs, schematics or existing PCB files for the project.
Can you design multilayer PCBs?
Yes. Multilayer designs can be included in the Standard or Premium package depending on complexity.
Do you also manufacture the PCB?
PCB manufacturing is not included by default. I provide the agreed design and manufacturing files
Can you design a completely custom board?
Yes. Please provide the module, interfaces, dimensions, power requirements and other specifications so the scope can be determined.

