I will create custom audio electronics, vu meter and embedded hardware
PCB DESIGN, ESP32 AND EMBEDDED SYSTEM
About this Gig
HELLO GREAT BUYER,
Create custom audio electronics, VU meter circuits, and embedded hardware for professional audio equipment, smart devices, industrial applications, and consumer electronics. I specialize in designing reliable, low noise, and manufacturing ready hardware with optimized schematics, PCB layouts, and embedded controller integration.
What I Offer:
- Custom audio electronics and analog circuit design
- VU meter and audio level indicator circuits
- ESP32, STM32, and Arduino embedded hardware
- Audio amplifier and signal processing circuits
- Custom schematic and PCB layout design
- Component selection and BOM creation
- Gerber, Pick & Place, and manufacturing ready files
- Prototype support and design optimization.
Why Choose Me?
- Expertise in audio electronics and embedded systems
- High performance, low noise PCB designs
- Manufacturing ready deliverables
- Fast communication and on time delivery
- End to end support from concept to production.
Whether you need an analog VU meter, audio amplifier, embedded controller, or complete custom hardware solution, I will deliver a professional design tailored to your requirements.
Contact me before ordering to discuss your project.
Other Electronics Engineering Services I Offer
FAQ
Can you integrate ESP32, STM32, or Arduino into audio projects?
Yes. I design embedded hardware for audio control, monitoring, automation, and smart audio applications.
Do you design analog and LED VU meter circuits?
Yes. I provide Gerber files, BOM, Pick-and-Place files, and assembly documentation.
Can you design custom audio electronics from scratch?
Yes, I develop custom analog and embedded audio hardware tailored to your project requirements.
Will I receive manufacturing-ready files?
Yes. I provide Gerber files, BOM, Pick-and-Place files, and assembly documentation.
Can you improve or redesign an existing audio PCB?
Yes. I can troubleshoot, optimize, and redesign existing audio hardware for improved performance and manufacturability.

