I will design 13 56mhz rfid pcb, nfc reader, antenna nodes, mcu and embedded firmware
pcb designer, embedded system and firmware development
About this Gig
Hello and Welcome!
A multi-antenna 13.56 MHz RFID system requires careful coordination between the RF front end, antenna network, reader interface, MCU timing, and firmware state management. Poor antenna isolation, unsuitable matching, noisy power rails, or incorrect switching logic can cause missed reads, false detections, and unreliable antenna identification.
I design custom 13.56 MHz RFID/NFC electronics with the PCB hardware and embedded firmware engineered as one system.
What I Will Provide:
- 13.56 MHz RFID/NFC reader PCB design
- Multi-antenna RFID node architecture
- Antenna switching and control circuits
- RF-aware PCB layout and grounding
- RFID antenna matching and tuning support
- MCU selection and hardware integration
- Power supply and protection circuits
- Antenna selection and switching firmware
- Embedded C/C++ firmware development
Why Choose Me:
- Hardware and firmware designed as one complete system
- RF-aware PCB design for 13.56 MHz applications
- Practical multi-antenna architecture and control
- Clean MCU and peripheral integration
- Structured embedded C/C++ firmware
- Manufacturable PCB layouts and documentation
Message now and lets turn your idea into a working product!!!
FAQ
Can you design a complete 13.56MHz RFID system?
Yes. I can design the RFID reader/controller PCB, antenna nodes, MCU integration, and embedded firmware.
Can you work with my existing KiCad schematic?
Yes. I can review your existing schematic, verify component choices, identify design issues, and continue with PCB development.
Can you design multi-antenna RFID systems?
Yes. I can develop antenna-node architecture, antenna switching/control, MCU interfaces, and firmware for identifying which antenna detects a tag.
Can you design the RFID antenna PCB?
Yes. I can support antenna PCB layout, RF-aware routing, matching networks, grounding, and tuning considerations.
Can you develop the embedded firmware?
Yes. I can develop C/C++ firmware for RFID reader communication, antenna control, tag ID processing, MCU peripherals, and host communication.

