I will create custom pcb design, embedded systems and firmware for ps5 controller
About this Gig
HELLO AND WELCOME!
A modern gaming controller is a sophisticated embedded system where hardware performance and firmware optimization determine responsiveness, reliability, and user experience. From ultra-low latency input processing and wireless communication to haptic feedback, sensor integration, and power management, every subsystem must work together seamlessly to deliver console-grade performance.
What I Will provide
- Custom PS5 Controller PCB Design
- Schematic Capture and Multi-Layer PCB Layout
- Embedded System Architecture Development
- Bluetooth, BLE, and Wireless Connectivity Integration
- Hall Effect Joystick and Trigger Integration
- Haptic Feedback and Vibration Motor Design
Why Choose Me
- Specialized in PCB Design and Embedded Systems
- Experience with Gaming Electronics, Wearables, and IoT Devices
- Manufacturing-Ready Designs with Proper DFM Practices
- Clean, Optimized, and Well-Documented Firmware
- Focus on Reliability, Power Efficiency, and Performance
Ready to build your next gaming hardware innovation? Send me a message today and let's transform your PS5 controller concept into a professional PCB and firmware solution ready for prototyping and production.!!!!!!!!
FAQ
Can you develop both the PCB hardware and firmware?
Yes. I provide complete hardware and embedded development services, including schematic design, PCB layout, component selection, firmware development, debugging, and testing.
Can you design wireless PS5-style controllers?
Absolutely. I can design wireless controller hardware with Bluetooth, BLE, or proprietary RF communication, along with battery charging, power management, and custom firmware.
Can you integrate sensors and advanced gaming features?
Yes. I can integrate Hall-effect joysticks, IMUs, gyroscopes, accelerometers, haptic motors, RGB lighting, touch sensors, and other custom gaming features.
Do you provide prototype support?
Yes. I can assist with prototype preparation, component selection, assembly guidance, testing procedures, and design verification before manufacturing.
Can you redesign or improve an existing controller PCB?
Yes. I can review existing designs, optimize PCB layouts, improve performance, fix hardware issues, reduce power consumption, and add new features.

