I will design multi channel rfid nfc pcb, antenna array, esp32 iot uart wifi ble rsp
pcb design, embedded system and firmware development
About this Gig
Hello there!
Are you struggling to achieve stable read range, reliable communication, or proper antenna tuning in your RFID/NFC project? You're in the right place.
I specialize in designing high performance RFID/NFC reader PCB's with optimized antenna arrays that work not just in simulationsbut in real world environments.
With deep practical experience in 13.56 MHz NFC systems, I design solutions that ensure:
- Strong and consistent read range
- Accurate impedance matching & resonance tuning
- Optimized antenna inductance and Q-factor
What Youll Get:
- Custom multi channel RFID/NFC reader PCB design
- Optimized PCB antenna (single or array configuration)
- Accurate inductance and resonance tuning (13.56 MHz)
- Matching network design (C1, C2, EMC filter)
- Ground plane & EMI optimization
- Ready-to-manufacture Gerber files
Why Choose Me?
- Real world tested antenna layouts (not just theoretical)
- Deep understanding of inductive coupling & near-field behavior
- Experience with large antennas, extended range & array systems
Send me a message with your requirements, and Ill help you design a robust, high-performance RFID/NFC solution that works flawlessly.
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start the design?
I’ll need your project requirements
Can you design for extended or long-range NFC?
Yes. I specialize in extended-range NFC designs, including large PCB antennas and antenna arrays, with proper tuning and matching to maximize performance.
Will the antenna work inside my enclosure?
Absolutely. I design with real-world conditions
Do you provide antenna tuning support?
Yes. I provide tuning guidance using VNA or LCR methods, and help you adjust matching components to achieve optimal performance at 13.56 MHz.
Can you design multi antenna or antenna array systems?
Yes. Multi channel and antenna array designs are part of my expertise, including switching, multiplexing, and optimized layout for uniform field coverage.

