I will design rf pcb for lora wifi ble gps GSM esp32 iot hardware
electrical engineering
About this Gig
Most RF PCB projects fail because of weak signal range, EMI noise, poor grounding, or bad impedance control that only appears after fabrication. A design may look correct on paper but still fail during real-world wireless testing.
Hi, Im Ebuk, an RF hardware designer specializing in wireless PCB systems for IoT and embedded applications.
I design reliable RF PCB solutions for LoRa, WiFi, BLE, GPS, GSM, and ESP32 devices with strong focus on signal integrity, RF layout quality, and manufacturability.
What you will receive:
- RF PCB design and schematic
- Impedance-controlled PCB layout
- Multilayer stackup optimization
- Antenna routing and RF grounding
- EMI and noise reduction practices
- Gerber, BOM, and manufacturing files
- Prototype support and design refinement
Tools:
Altium Designer, KiCad, LTspice, RF simulation tools
Message me before ordering so I can review your project requirements and recommend the best RF architecture for your application.
FAQ
What do you need to start my RF PCB design?
I need your schematic (or idea), target frequency, modules (LoRa, WiFi, BLE, GPS, GSM, ESP32), board size, and any special requirements. If you don’t have full details, I can help define the RF architecture before starting.
Will my PCB be optimized for real RF performance?
Yes. I design with proper impedance control, RF grounding, antenna matching, and EMI/EMC best practices to ensure stable signal range and real-world wireless performance, not just simulation output.
Do you provide source files and can I request changes?
Yes. You will receive full source files (Gerber, BOM, PCB project files). Revisions are included depending on your package, and I ensure adjustments are handled until the design meets your requirements.

