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I will design esp32 wifi ble iot rf pcb and embedded hardware
electrical engineering
I’m Ben, a professional RF PCB & Embedded Hardware Engineer specializing in ESP32, WiFi, BLE, LoRa, GSM, GPS, and IoT systems. I create production-ready multilayer PCB layouts with impedance control, ...
About this Gig
Struggling with unstable ESP32 WiFi/BLE connections, weak RF performance, or PCBs that fail during prototyping or manufacturing? I help turn your IoT idea into reliable, production-ready embedded hardware that performs consistently in real-world applications.
I will create a professional ESP32 WiFi BLE IoT RF PCB and embedded hardware solution optimized for signal integrity, low noise, and stable wireless communication.
What I offer:
- ESP32 schematic creation for WiFi, BLE & IoT systems
- 24+ layer RF PCB layout with impedance awareness
- High-speed routing for reliable wireless connectivity
- Power optimization & EMI/noise reduction
- BOM & component sourcing assistance
- Gerber, fabrication & assembly-ready files
- DFM optimization for smooth manufacturing
Tools used: Altium Designer, KiCad, EasyEDA
Why choose me?
You receive clean, production-ready hardware focused on RF stability, manufacturability, and long-term reliability not just a visual PCB layout.
Please message me before ordering so we can review your requirements clearly and avoid misunderstandings.
Lets bring your ESP32 IoT hardware project to life professionally.
FAQ
What do you need to start my project?
I need your project idea, ESP32 features required (WiFi/BLE/IOT), power specs, and any reference or block diagram if available. If you’re unsure, I can help define everything with you before starting.
Will I receive source files and manufacturing files?
Yes. You will get full production-ready files including schematic, PCB layout, BOM, and Gerber files ready for fabrication and assembly.
Can you ensure RF performance and stable wireless signal?
Yes. I design with RF best practices including impedance control, proper antenna routing, and EMI reduction to ensure stable WiFi and BLE performance in real-world conditions.
