Digital hardware design around MCUs, SoCs and processors
We develop digital hardware around functional requirements, interfaces, power budgets and software integration needs. Processor, memory and architecture choices are evaluated before the board development scope is agreed.
Engineering Scope
- MCU, SoC and processor selection against requirements
- Memory and storage interface design where applicable
- Interfaces such as USB, Ethernet or CAN, selected for the application
- Clocking, reset and power-sequencing design
- Signal-integrity-aware layout and routing review
- Board bring-up support with firmware teams
Potential Deliverables
Deliverables, file formats and verification activities are determined during project scoping.
- System block diagram and interface map
- Schematic and layout
- Power-up sequence and clock tree documentation
- Bring-up checklist
A good fit for
- Edge-AI and camera products
- Gateways and controllers
- Products moving from a dev kit to a custom processor board
How an engagement works
- Share what you have — an idea, requirements, a prototype or existing design files.
- Engineering review — an engineer assesses scope, risks and the practical next step.
- Quotation - where the work is feasible, we agree scope, deliverables, price and timeline.
- Agreed engineering work — coordinate directly with our engineering team by email.
See the full development process, or read engineering guides.
Digital Hardware — frequently asked questions
Can you design a board around a system-on-module?
Carrier-board and processor-based approaches can be evaluated against the interfaces, sourcing and development constraints. The architecture is agreed after review.
Do you do signal-integrity analysis?
We review impedance, routing, length matching and return paths where relevant. Interface simulations are included where scope and tool requirements have been agreed.
Will you help bring the board up?
Bring-up planning, interface checks and debugging can be included in the agreed development scope.
Related services
Tell us about your Digital Hardware project
You don't need finished requirements — an engineer will follow up with the practical next step.