Take the whole thing end to end, or just the bit you're stuck on.
Send a briefMixed-signal boards with a microcontroller in the middle, which is most products, if you think about it.
Two and four layer boards designed from the start to be cheap and easy to build.
Got a board already that costs too much? We'll go through it and see where the money is going.
Wi-Fi, BLE, Zigbee, 868 MHz sub-GHz, CAN and CAN FD, USB. We have done commercial work with most of these.
USB-C, battery and mains-derived supplies, low-power sleep design.
The part that usually takes longest, and the part that's easiest to get badly wrong.
C and C++ on STM32 (G0, F1, L0, G4, H5, H7, U3), RP2040 and RP2350 including PIO, ESP32, AT32 and PY32. Bare-metal or FreeRTOS.
USB device classes, WinUSB, custom bootloaders and field firmware update, so you can fix things after they've shipped.
Device check-in, heartbeat, telemetry, a dashboard and a remote command queue. We run a fleet of our own devices on it.
Configuration and test utilities for Windows and Linux that talk to your hardware over USB or serial.
Getting from five boards that work to a hundred that all work.
Self-test firmware, test jigs and ATE. On one job the PCBA self-test caught a wiring fault on the board before a single unit went out.
Several boards programmed at once, with a record of exactly which board got which firmware.
Up to about 100 units built, programmed, tested and packed. Enclosures 3D printed if you need them.
Full manufacturing pack for when you outgrow us, which is a good problem to have.
Fixed price per stage, quoted up front. Rough guide only, because every board's different.
Quick turnaround.
Ask about itThe usual starting point.
Get a quoteQuoted per run once the design is fixed.
Talk to us