I will iot pcb for gps asset tracker and smart parking sensor, sensor integration
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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)
Plataforma:
BeagleBone
Sensores:
Temperatura
•
Humedad
•
Acelerómetro
Experiencia:
IoT
•
ROS
•
pruebas
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FAQ
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.

