More than 300 projects across precision instrumentation, medical devices, industrial systems and edge AI, for research labs, startups and established companies. Here is a selection.
A therapy device that stimulates muscle with low frequency magnetic fields, built around two boards. We wrote the firmware for both and helped optimise their schematic design. The amplifier board drives the coil with sequencing that runs in the PSoC 5LP's own logic, and the IoT board gives the device a touchscreen, phone pairing and a link to the cloud through the ESP32.
Two compact compute modules, Mini and Micro, that adapt to form factors from wearables to robotic controls. USB 3.0, MIPI CSI/DSI and a custom Yocto Linux with camera drivers we wrote for sensors that had none.
A turnkey sensing network that replaces manual survey work: small MEMS inclinometer nodes sharing one long CAN bus in parallel, so a failed node never cuts off the rest, an ML decision tree model for arcsecond resolution, and a cloud platform that runs from device provisioning to a live 3D view of the string.
Firmware and hardware design for a magnetic muscle therapy device, from PSoC 5LP coil sequencing to an ESP32 touchscreen HMI and MQTT.
Embedded compute modules with custom OS for USB and MIPI cameras at 300+ fps.
80 node inclinometer string on a parallel CAN bus over 40 m, with a cloud platform from device provisioning to 3D visualisation.
Plain language clinical trial matching for patients, built on LLMs.
Up to 10 MHz bandwidth, high gain, low noise TIA for optical sensing.
Turnkey, low power BLE reader with wake up for a nanosensor.
Debian Linux build with a custom splash screen and automatic start up.
Multilayer, high speed DAC board for research use.
Signal conditioning design for high power RF.
Low power, low noise BLE electronics reading an industrial sensor strip.
Fully custom pulse tone pulser with a built in oscilloscope function.
Rehabilitation stimulator with BLE and Wi-Fi MQTT control.
Wearable BLE 5 device with firmware for high speed data transfer.
Low power motion sensing wearable with PPG heart rate monitoring.
Custom carrier board and OS interfacing USB and MIPI CSI cameras.
Compact Linux compute unit with rich I/O and a touch GUI for lab automation.
Wearable with ultrasonic imaging and motion sensing on Android, IEC 60601 certified.
Three lead EEG headband that runs the client's fatigue detection on the MCU, ported from Python to C with FFT and the classifier on board.
Ultra long range LoRa devices and system for tracking assets.
Laboratory reference clock, delivered as a complete box build.
Robot control electronics and a fluidic GUI on embedded Linux.
Rehabilitation motion controller, IEC 60601 electrical safety certified.
Patented BLE and LoRaWAN sensors for oil & gas critical infrastructure.
“The hardware and firmware design has been well thought out during the design stage and executed with precision. This greatly accelerated our product development.”