I will iot pcb for gps asset tracker and smart parking sensor, sensor integration
Over deze dienst
Designing reliable hardware for field deployment requires specialized engineering. Industrial tracking and parking nodes must cope with weak cellular signals, harsh environments, and strict battery limits. I am an electronics design engineer specializing in GPS asset trackers and wireless smart parking sensors.
I will design a high-performance, manufacturing-ready PCB optimized for real-world reliability. Whether your project utilizes LoRaWAN, NB-IoT, LTE-M, or standard GSM, I ensure clean signal paths and minimal power loss.
What I Bring to Your Project:
- GPS Asset Trackers: Design tight RF layouts for GNSS/GPS modules. Integrate ultra-low-power accelerometers for motion wake-up, secure SIM card holders, and lithium battery charging circuits.
- Smart Parking Sensors: Circuit design using geomagnetic, ultrasonic, or radar sensors to accurately detect vehicle presence. Implemented with long-range, low-power telemetry.
- Antenna Tuning & Isolation: Clean routing for onboard or external RF antennas to ensure maximum range without interference.
Every Deliverable Package Includes:
- Production-ready Gerber Files (RS-274X)
- Bill of Materials (BOM) with links to active suppliers (DigiKey/Mouser)
Platform:
BeagleBone
Sensoren:
Temperatuur
•
Vochtigheid
•
Versnellingsmeter
Expertise:
IoT
•
ROS
•
testing
Andere Elektrotechniek diensten die ik aanbied
Veelgestelde vragen
Which wireless technologies do you recommend for these trackers?
It depends on your use case. For smart parking sensors, LoRaWAN or NB-IoT are great for long battery life. For global asset tracking, LTE-M or 4G GSM modules paired with high-sensitivity GNSS chips work best. We can discuss options based on your target country.
Can you handle RF trace layout for the GPS and Cellular antennas?
Yes. I ensure strict 50-ohm impedance matching for RF traces. I route them with proper ground shielding to minimize signal loss and avoid interference from power rails.

