I will design esp32, raspberry pi rf pcb, wireless circuits and manufacturing files
RF PCB Design Engineer Antenna and Embedded Hardware Expert
About this Gig
Are you looking for a professional to develop an ESP32 or Raspberry Pi RF PCB for your wireless project? You're in the right place! I specialize in creating high-quality RF PCBs, wireless communication circuits, and manufacturing-ready hardware for IoT devices, smart products, embedded systems, automation, and industrial applications.
What I Offer
- ESP32, ESP32-S3 & ESP32-C6 PCB Development
- Raspberry Pi CM4 & CM5 Carrier Boards
- RF PCB Layout & Schematic Capture
- Wireless Communication Circuits
- Multilayer PCB Layout
- High-Speed PCB Routing
- Impedance-Controlled PCB Layout
- Gerber, BOM & NC Drill Files
- 3D PCB Models
- Altium Designer & KiCad Source Files
- Prototype & Manufacturing Support
Why Choose Me?
- Expertise in RF PCB development
- Production-ready deliverables
- Fast and clear communication
- Reliable delivery
- Focus on quality and manufacturability
Please contact me before placing your order to discuss your project requirements. I'll help turn your idea into a reliable, production-ready PCB solution for your wireless product.
FAQ
What do you need to start my project?
Please provide your project requirements, circuit schematic (if available), PCB dimensions, operating frequency, and any specific components or design preferences.
Can you design PCBs for ESP32 and Raspberry Pi projects?
Yes. I design custom ESP32, Raspberry Pi, and other embedded system PCBs for IoT and wireless applications.
Do you design RF and wireless circuits?
Yes. I can design RF circuits for Wi-Fi, Bluetooth, LoRa, and other wireless communication technologies, including antenna integration and RF routing.
What files will I receive?
You'll receive Gerber files, NC Drill files, BOM, Pick & Place files, 3D PCB models, and source files (Altium or KiCad), depending on your package.
Can you review or improve my existing PCB design?
Absolutely. I can analyze your current PCB, identify issues, and optimize it for better performance and manufacturability.

