Door categorieën bladeren
Ontdekken
Fiverr Pro
Nederlands
$
USD
I will design a multi channel rfi nfc reader pcb with wireless pcb antenna array, esp32
Over deze dienst
I will design a high-performance RFID NFC reader PCB with antenna array and ESP32 integration tailored to your application.
This service delivers reliable RFID NFC hardware for access control, inventory tracking, and IoT systems. I focus on clean PCB layout, stable RF performance, and manufacturable designs.
What You Get
- RFID NFC reader PCB design
- ESP32 integration
- Antenna or antenna array layout
- Schematic and PCB files
- Gerber files and BOM
- Design documentation
️ Expertise
- HF 13.56MHz and UHF RFID
- Multi-channel systems
- Antenna design and layout
- RF PCB and signal integrity
- Embedded hardware design
️ Notes
- No firmware unless requested
- No prototyping or certification
- RF tuning is limited unless specified
Before Ordering
- Send your requirements, frequency, range, size, and power details.
Andere Elektrotechniek diensten die ik aanbied
Veelgestelde vragen
Do you support ESP32 integration?
Yes. I can integrate ESP32 for WiFi, BLE, and IoT connectivity with your RFID/NFC system.
Can you design both RFID and NFC systems?
Yes. I design both HF RFID (13.56MHz) and NFC-based reader systems depending on your project requirements
Do you provide firmware?
Basic integration support is included when needed. Full firmware development is only provided if selected as an add-on.
Can you design antenna arrays for better range?
Yes. I design and optimize antenna layouts or arrays for improved signal performance and read stability
Can you guarantee read range or performance?
Performance depends on use case, environment, and hardware constraints. I design for optimal RF performance based on your requirements.
Do you manufacture or ship hardware?
No. I only provide design files (PCB, schematics, BOM, Gerbers). Manufacturing is handled by the client.
What do you need to start?
Clear project details including frequency (HF/UHF), target read range, size constraints, power source, and use case.
