Browse categories
English
$
USD
Connect to your AI
I will create cellular iot pcb design with esp32, stm32, gps, lte, lora, ble and gsm
About this Gig
Developing a cellular IoT device? Have you considered how antenna placement, RF interference, voltage drops or poor grounding could affect its performance even when the circuit appears correct?
A reliable cellular IoT PCB design requires careful hardware integration, signal integrity and power management, not just connecting communication modules.
I deliver structured PCB designs for GPS trackers, wireless devices, industrial monitoring and connected hardware products.
My services include:
- Cellular IoT PCB design and development
- ESP32 and STM32 integration
- GPS, GSM and LTE module integration
- LoRa, BLE and wireless connectivity
- PCB schematics, routing and RF layout
- Antenna placement and grounding considerations
- Power regulation and component selection
- BOM, Gerber and fabrication files
Attention is given to overlooked issues like RF interference, power surges, thermal constraints, grounding paths and component compatibility that can cause costly prototype failures.
Have a circuit schematic or product specification? Send it over and let's develop a well-documented, manufacturing-ready PCB for your IoT project.
Specialization:
Circuit design
•
Schematics
•
Layout
•
Footprint
•
Gerber
File format:
Gerber
•
STEP
•
VRML
•
BRD
•
Software:
Eagle CAD
•
EasyEDA
•
KiCad
•
PSIM
•
AutoCAD
•
CST Studio Suite
FAQ
Can you work with specific cellular communication modules?
Yes. I can work with compatible LTE, GSM, NB-IoT and other cellular modules, depending on your selected hardware and network requirements.
Can you design a PCB with multiple communication technologies?
Yes. I can integrate multiple technologies such as GPS, BLE, LoRa and cellular connectivity, provided the hardware, interfaces and power requirements are compatible.
Do you consider antenna placement and RF performance?
Yes. RF layout considerations, antenna placement, impedance-controlled routing and grounding requirements can be incorporated according to the selected components and design specifications. Final RF performance should be validated through testing.
Can you design low-power IoT tracking devices?
Yes. I can consider power management, sleep modes, battery connections and component selection for battery-powered tracking and monitoring applications.
Can you prepare the design for PCB manufacturing and assembly?
Yes. I can provide applicable Gerber, drill, BOM and assembly documentation, depending on your selected package and project requirements.
