Wireless mouse electronics
Embedded electronics for a wireless mouse, combining input processing, charging, and battery monitoring.
The project
Package input handling and wireless communication into a compact, power-conscious consumer device.
Product highlights
- STM32 control architecture for input and system management.
- Wireless communication and battery monitoring.
- Compact PCB and enclosure integration.
How we approached it
For a connected device like the Wireless mouse electronics, we start with the control logic that must always work, then add connectivity on top. The design, built on STM32, keeps essential functions local, so the product still behaves safely if Wi-Fi or the app is unavailable.
Inputs, outputs and user feedback are mapped before firmware starts, and each interface is tested on real hardware rather than in simulation alone. Updates are planned with a rollback path, as described in our fail-safe OTA guide.
Technology at a glance
| Discipline | Consumer electronics |
|---|---|
| Key technology | STM32, Wireless input, Power management |
| Type of work | Connected device |
Questions about this project
What technology did SixSol use for Wireless mouse electronics?
The project used STM32. STM32 control architecture for input and system management.
Can SixSol build a similar connected device?
Yes. Share your goal, any existing hardware or code, and the constraints you know. We start with a scoped first milestone and a working build. Learn more about our IoT development service.
Project context
Low latency and battery endurance are design objectives; no measured result is published here.
Inside the project.
Product, board, and interface visuals from the project portfolio.