I will design a low power iot sensor pcb for battery powered wireless devices
Custom PCB Design RF Wireless IoT Embedded Hardware Firmware
About this Gig
Need a custom low-power IoT sensor PCB for a battery-powered wireless device?
I will design a professional PCB tailored to your device, power, sensor, and wireless connectivity requirements. I can integrate sensors, ESP32, STM32, WiFi, BLE, LoRa/LoRaWAN, wireless modules, battery management, and power-control circuitry.
My service includes schematic design, component selection, PCB layout, power optimization, sensor integration, wireless connectivity, and production-ready Gerber files.
I can design hardware for smart sensors, environmental monitoring, wearable devices, remote monitoring, industrial IoT, and other battery-powered applications.
What I Offer
- Custom low-power IoT PCB design
- Battery-powered PCB design
- Sensor integration
- ESP32 and STM32 integration
- WiFi and BLE connectivity
- LoRa/LoRaWAN integration
- Power-management circuitry
- Battery monitoring and charging
- Schematic design
- PCB layout and routing
- Component selection
- BOM
- Gerber files
- Manufacturing documentation
- Embedded firmware/software support
Send me your requirements or prject idea and let's develop your custom IoT PCB
FAQ
Can you design a custom LoRaWAN sensor PCB?
Yes. I can design custom LoRaWAN PCBs for remote monitoring, telemetry, industrial IoT, agriculture, and environmental sensing.
Can you integrate sensors into the PCB?
Yes. I can integrate temperature, humidity, pressure, motion, GPS, and other sensors according to your requirements
Can you design battery-powered LoRaWAN devices?
Yes. I can design battery-powered hardware with low-power considerations and suitable power-management circuitry.
Can you use ESP32 or STM32 with LoRaWAN?
Yes. I can integrate ESP32, STM32, LoRa modules, sensors, communication interfaces, and supporting hardware
What do you need to start the project?
Please provide your requirements, sensors, LoRa/LoRaWAN specifications, power source, preferred components, board dimensions, and any existing schematic or reference design.

