Browse categories
Explore
Fiverr Pro
English
$
USD
I will design miniature gps tracker pcb, GSM, ble and embedded firmware
About this Gig
Hello and Welcome!
A miniature GPS tracker is more than a small PCBit requires careful RF layout, power management, antenna integration, wireless communication, and firmware coordination to achieve reliable tracking in a compact form factor.
I design custom miniature GPS tracker PCBs integrating GNSS/GPS, GSM/cellular, BLE, MCU, sensors, power management, and embedded firmware for compact tracking and IoT applications.
What I Will Provide:
- Miniature GPS/GNSS tracker PCB design
- GSM/4G/LTE cellular communication integration
- BLE connectivity and configuration
- ESP32, STM32, nRF52 or custom MCU integration
- GPS/GNSS module and antenna integration
- Cellular and BLE antenna considerations
- Li-Ion/Li-Po battery and charging circuits
- Low-power and battery optimization
- Accelerometer/IMU and sensor integration
- Embedded firmware development
Why Choose Me:
- Miniaturized electronics expertise
- RF-aware PCB layout
- Hardware and firmware integration
- Low-power embedded design
- Clean, production-ready PCB layouts
- Design focused on real-world manufacturing
Need a compact GPS tracker? Send your specs today and lets turn your idea into a production-ready PCB and firmware!!!
FAQ
Can you design a miniature GPS tracker PCB?
Yes. I can design compact GPS/GNSS tracker PCBs optimized for size, power consumption, and wireless connectivity.
Can you integrate GSM or cellular communication?
Yes. I can integrate GSM, LTE, LTE-M, or other suitable cellular modules based on your network requirements.
Can you add BLE connectivity?
Yes. BLE can be integrated for configuration, nearby communication, provisioning, or device monitoring.
Can you develop the embedded firmware too?
Yes. I can develop firmware for GPS data handling, cellular communication, BLE, sensors, power management, and MCU control.
Can you integrate GPS and cellular antennas?
Yes. I can account for antenna placement, RF routing, matching networks, and layout constraints during PCB development.
