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I will design esp32 gamepad pcb, bluetooth controller, usb hid and firmware
pcb design, embedded system and firmware development
Hi, I'm Collins, an Embedded Systems Engineer specializing in PCB design, firmware development, and IoT hardware solutions. I help transform ideas into reliable electronic products through custom circ...
About this Gig
Hello and Welcome!
A reliable wireless game controller starts at the hardware level from joystick signal acquisition and button scanning to Bluetooth communication, USB HID enumeration, power management, and responsive firmware. I will design custom ESP32 gamepad PCBs and controller electronics with the hardware and embedded software engineered together for reliable input response and stable connectivity.
️ WHAT I WILL PROVIDE:
- Custom ESP32 gamepad PCB design
- Wireless Bluetooth/BLE controller architecture
- USB HID implementation and interface
- Embedded C/C++ controller firmware
- Joystick and button input circuitry
- Analog/digital input processing
- GPIO, ADC and peripheral configuration
WHY CHOOSE ME?
- Hardware + firmware integration
- Clean, production-minded PCB design
- Reliable wireless architecture
- USB HID-focused development
- Component-level engineering
- Design optimized for responsiveness
Have an existing controller concept, schematic, prototype, or simply an idea? Message now and let's turn your game controller concept into a working electronic platform!!!!
FAQ
Can you design a completely custom ESP32 gamepad?
Yes. I can design the custom PCB, input circuitry, wireless communication, USB HID interface, and embedded firmware around your requirements.
Can you implement Bluetooth/BLE connectivity?
Yes. I can develop Bluetooth/BLE functionality for wireless gamepads, controllers, joysticks, and other custom input devices.
Can you develop USB HID firmware?
Yes. I can implement USB HID functionality for compatible ESP32 platforms and configure buttons, joysticks, triggers, and other inputs.
Can you design the PCB and firmware together?
Yes. I recommend this approach because the hardware and firmware can be designed together for better input handling, reliability, and performance.
Which ESP32 chips do you support?
I can work with suitable ESP32 variants such as ESP32, ESP32-S3, ESP32-C3, and ESP32-C6 depending on your connectivity and USB requirements.
