Electronics & PCB Design
Schematics, PCB layout and bring-up for connected devices, designed together with the firmware and software that run on them.
Defect rate in volume production
Volume production experience
Design Award 2016 for LaMetric TIME
Countries our devices ship to
The problem
Boards designed in isolation from software and production cause late surprises: missing debug access, untestable designs and parts that go end-of-life.
Software designed in later
Board choices made without firmware and Linux in mind cost months later.
Hard to test and build
Designs that skip DFM and DFT get stuck at the factory.
Component risk
Single-source or end-of-life parts put production at risk.
What we do
Production-ready electronics, from schematic to validated boards.
Schematic design and component selection
PCB layout with DFM and DFT built in
Power, RF and high-speed design reviews
Prototype bring-up and validation
Manufacturing files and BOM for your EMS
Schematic & PCB Layout Review
A second pair of experienced eyes on schematics and layout before you spend on prototypes or production.
Our Engineering Process
From requirements to boards your EMS can build.
1. Requirements
2. Schematic design
3. PCB layout
4. Prototype bring-up
5. Production handover
Related Case Studies
How we engineered a modular light where every panel has its own electronics and firmware, yet any shape on the wall maps itself with one phone scan and updates over the air as one product.
Our own product, end to end: industrial design, electronics, firmware, cloud, volume production and years of OTA updates in the field.
Planning something similar?
Tell us where you are. A senior engineer replies within one business day.
Related services
Reliable firmware for microcontrollers: drivers, RTOS, connectivity, low power and secure updates, built with tests from day one.
Enclosures and mechanical parts designed together with the electronics, ready for prototypes, tooling and volume production.
Get connected products through CE, RED and FCC with fewer surprises: design for compliance, pre-compliance testing and test lab coordination.
Choose the processor, SoM and peripherals that will still make sense at volume: performance, power, BSP quality, lifecycle and cost.
Make your device easy and cheap to build at volume before the first production run.
Board support packages that boot reliably, support all your peripherals and can be upgraded for the life of the product.
Production-grade embedded Linux for connected devices: from board bring-up to a maintained, updatable OS image.
One engineering team from concept to devices running in the field: prototypes, electronics and enclosure design, firmware and embedded Linux, certification, manufacturing and fleet operations under one roof.
FAQ
Do you also write the firmware?
Who owns the design files?
Do you also do Schematic & PCB Layout Review?
Talk to an engineer, not a salesperson
Idea, prototype, production or a fleet in the field: tell us where you are. A senior engineer replies within one business day.
Your benefits:
- Senior embedded engineers
- Hardware, firmware and cloud
- From prototype to fleet
- Clear scope and next steps
- Direct technical answers
- No sales pitch
What happens next?
A free 30-minute call with a senior engineer
A short technical discovery
A proposal with scope, timeline and cost
