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I will design rf pcb antennas for esp32, wifi, ble, gps, or lora
About this Gig
Need to maximize the wireless range of your IoT device?
A poorly optimized layout can ruin your signal and drain batteries fast. As a UK-based electronics engineer, I design custom, high-performance RF PCB antennas tailored to your exact enclosure and protocol requirements.
️ What I Offer
- Protocols: WiFi (2.4/5GHz), BLE, GPS/GNSS, LoRa (433/868/915 MHz), and Cellular IoT.
- Antennas: Inverted-F (PIFA), Monopole, Dipole, Patch, and Ceramic Chip integration.
- RF Engineering: Impedance matching, Pi-networks, waveguide math, and ground plane isolation.
- DFM: 100% optimized for low-cost fabricators like JLCPCB and PCBWay.
Deliverables You Get
- Complete schematic & layout files (Altium, KiCad, or Eagle)
- Manufacturing-ready Gerbers, BOM, and Pick-and-Place files
- Impedance calculation and layer stack-up reports
Let's build reliable hardware. Message me your project requirements today to get started!
FAQ
What software do you use for PCB and RF design?
I primarily use Altium Designer and KiCad. If your project requires Eagle or EasyEDA, please let me know before placing the order so I can accommodate your workflow.
Do you perform full EM field simulations (CST/HFSS)?
This gig focuses on analytical layout design, reference geometry integration, and impedance matching. If your project explicitly requires full-wave 3D electromagnetic simulation reports, please message me for a custom quote.
Can you design multi-layer boards for RF applications?
Yes. RF antennas perform best on controlled-impedance 4-layer boards due to stable ground planes. I regularly design 2-layer, 4-layer, and 6-layer RF stackups.
Will my design be ready for commercial manufacturing?
Absolutely. I provide clean Gerber X2 files, a structured Bill of Materials (BOM) with manufacturer part numbers (MPNs), and pick-and-place files compatible with automated assembly lines.
