I will design ble audio wearable pcb with bluetooth and custom embedded firmware
pcb design, embedded system and firmware development
Over deze dienst
Hello and Welcome!
From BLE RF architecture to the last firmware state machine, I can turn your wearable audio concept into a production-ready embedded platform.
I design compact BLE audio wearable PCBs and develop custom embedded firmware for battery-powered devices where RF performance, audio integrity, power consumption, and PCB size all have to work together.
What I Will Provide:
- Custom BLE wearable PCB design
- Schematic and PCB layout
- Bluetooth/BLE circuit implementation
- BLE antenna and RF-aware PCB layout
- Audio input/output circuitry
- MEMS microphone integration
- Speaker/amplifier interface
- Custom BLE GATT services
- ESP32 / Nordic-based firmware
- Bluetooth communication firmware
- GPIO, I2C, SPI, UART and other interfaces
- Firmware debugging and testing
Why Choose Me:
- Hardware + firmware expertise
- RF-aware PCB design
- Low-power design approach
- Clean embedded architecture
- Custom BLE implementation
- Audio-focused hardware design
- Practical component selection
- Debugging and optimization
Message me today and let's build your wearable device from concept to working prototype!!!!
Veelgestelde vragen
Can you design the PCB and firmware together?
Yes. I can handle the complete hardware and embedded firmware development for your BLE wearable.
Which BLE platforms can you work with?
I can work with platforms such as ESP32, nRF52, and nRF53, depending on your requirements.
Can you design Bluetooth audio devices?
Yes. I can design hardware for BLE audio applications, including microphones, speakers, amplifiers, and audio interfaces.
Can you integrate a MEMS microphone?
Yes. I can integrate digital or analog MEMS microphones and develop the required firmware interfaces.
Can you design the battery and charging circuit?
Yes. I can integrate Li-ion/Li-Po battery management, charging, regulation, and low-power circuitry.
Can you optimize the PCB for a small wearable enclosure?
Yes. I can optimize component placement, routing, board dimensions, and RF considerations around your mechanical constraints.

