We design the carrier board that integrates your chosen Newstart SOM — sized to your exact I/O, power, thermal and mechanical needs, and DFM-ready for volume build on our Shenzhen lines.
A System-on-Module handles the compute. The carrier board is what makes it your product — connectors, power, sensors, mechanics. We own that layer end-to-end.
Full schematic around the Newstart SOM — power tree, interfaces, connectors and protection, reviewed against the module reference design.
Controlled-impedance, multi-layer layout with careful stack-up — the right board for your density, EMC and cost targets.
Clean power delivery and high-speed routing for DDR, SerDes, Ethernet, camera and display lanes — simulated where it matters.
Board outline, mounting, connector placement and thermal paths matched to your enclosure and field environment.
Design-for-manufacture review against our own Shenzhen SMT lines — footprints, test points and panelization built in from the start.
Extended-temperature parts and robust board-to-board connectors, so the board performs in the field, not just on the bench.
Every engagement ships with the documentation your team — or your factory — needs to build and own the board.
Reviewed schematic set and a costed, sourced bill of materials.
Gerbers, drill files, pick-and-place and assembly drawings.
Power-up sequence, test points and first-article checklist.
Interface and integration documentation for your engineers.
Clear deliverables and a go/no-go gate at every step — one senior team owns the board from first sketch to volume build.
I/O, power, thermal, mechanical and cost targets captured with you.
Schematic capture around the SOM, with design review.
Multi-layer PCB layout, power and signal integrity.
First articles built, brought up and bench-validated.
DFM review and production package to our Shenzhen lines.
A module handles the compute, but a finished product needs the carrier board and the FPGA logic and the firmware. We own all three end-to-end, so nothing is lost between vendors.
Integrates the module into your product — I/O, power, thermal, mechanics.
You are here </>The RTL logic your product runs on — interfaces, pipelines, accelerators.
Learn More → { }BSP, drivers and host software that bring the board to life.
Learn More →Leave out any one and you don’t have a product yet — all three are essential, and one senior team delivers them together.
Tell us the module, your interfaces and your enclosure. We’ll propose the board design and build plan to get you to production.