I will design low power wearable pcb miniature with esp32 nrf52840 ble nfc
PCB Design, Embedded System IOT and Firmware Development
About this Gig
HELLO, WELCOME!
Miniaturized wearable electronics demand careful power architecture, compact placement, RF-aware routing, and reliable wireless integration not simply a smaller PCB. I design custom low-power wearable PCBs for smart bands, fitness trackers, smart rings, portable sensors, and compact IoT devices using ESP32, nRF52840, BLE, and NFC.
WHAT I WILL PROVIDE:
- Miniature multilayer wearable PCB design and component placement
- ESP32 / nRF52840 MCU architecture and low-power configuration
- BLE antenna, RF layout, matching and wireless connectivity
- Battery charging, PMIC, protection and power-management circuits
- Sensor, button, display, LED and peripheral integration
- Complete schematic, PCB layout, BOM, Gerbers and manufacturing files
WHY CLIENTS CHOOSE ME
- Designed specifically for compact wearable form factors
- Power-conscious architecture for battery-operated devices
- Manufacturing-ready documentation and organized design files
- Practical engineering focused on reliability, size and integration
Send your requirements, enclosure dimension and target features before ordering Lets define the architecture and build the right hardware from the start.
MESSAGE ME BEFORE PLACING ORDER.
FAQ
Can you design a very small wearable PCB?
Yes. I can optimize component placement, routing, layer count, and board dimensions for compact wearable enclosures.
Can you integrate ESP32 or nRF52840?
Yes. I can design around ESP32, nRF52840, or another suitable MCU based on your connectivity, power, and processing requirements.
Can you design the battery and charging section?
Yes. I can integrate LiPo battery charging, power management, protection, regulation, and low-power architecture.
Will I receive manufacturing files?
Yes. Depending on the package, deliverables can include schematic, PCB, BOM, Gerbers, pick-and-place and 3D/assembly files.

