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I will create ai pcb with nordic nrf5340, ble connectivity and low power sensing
About this Gig
Create a reliable AI and IoT PCB around the Nordic nRF5340 with BLE connectivity, low power sensing, and efficient hardware integration. I can help with hardware architecture, schematic capture, PCB layout, RF planning, sensor interfaces, and power management for connected devices.
My service includes:
- nRF5340 schematic and PCB layout
- BLE antenna and RF section design
- Low power sensor integration
- Battery and power management circuits
- I2C, SPI, UART, GPIO and peripheral interfaces
- IMU, environmental, biometric and other sensor integration
- Memory and external component integration
- Component placement and PCB routing
- DRC checks and design verification
- BOM, Gerber and source project files
Why choose me:
- Experience with Nordic nRF52/nRF53 hardware
- Careful RF, grounding and power-domain planning
- Clean, organized PCB layouts
- Support for IoT, wearable, sensing and edge AI devices
- Clear documentation and structured deliverables
Send your specifications, sensor list and board requirements. Message me now to discuss your nRF5340 PCB project.
FAQ
What can you design with the Nordic nRF5340?
I can design nRF5340 PCBs for BLE IoT devices, smart sensors, wearables, edge-AI hardware, asset trackers and other low-power applications.
Can you integrate external sensors?
Yes. I can integrate IMU, temperature, pressure, biometric, environmental and other sensors through I2C, SPI, UART or GPIO.
Can you handle the BLE antenna section?
Yes. The RF section can include antenna matching, controlled routing, grounding and placement considerations for reliable BLE performance.
Do you design the power management section?
Yes. I can integrate battery inputs, regulators, charging circuits, power rails and low-power strategies based on your device requirements.
Which PCB design tools do you use?
I can work with KiCad, Altium Designer, Eagle and other PCB design platforms based on the project requirements.
