I will design ar smart glasses pcb and embedded hardware
PCB Designer Embedded System And Firmware Development
About this Gig
Hello and welcome to my services description!!!
Building AR smart glasses but struggling with custom PCB design, hardware integration, or embedded system development? Lets turn your idea into a practical hardware solution tailored to your project!
I will design custom AR smart glasses PCBs and embedded hardware for wearable technology, augmented reality devices, and compact vision-based systems. My goal is to help you develop reliable, space-efficient electronics that meet your technical and functional requirements.
My services include:
- Custom PCB design and schematic capture
- AR smart glasses hardware development
- ESP32, STM32, and embedded microcontroller integration
- Camera, display, and sensor interfacing
- Battery management and power supply circuits
- USB, wireless connectivity, and peripheral integration
- Compact PCB layout, routing, and design rule checks
- Embedded hardware planning and component selection
Whether you are building a wearable prototype, an AR glasses project, or a smart vision device, I can help you develop a PCB solution based on your design goals and hardware specifications.
File format:
Gerber
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SCH
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3DS
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Software:
Cadence OrCAD
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Eagle CAD
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EasyEDA
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KiCad
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Proteus
Interface:
I2S
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UART
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USB
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SPI
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I2C
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Wi-Fi
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BLE
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BT
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GSM/GPRS
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Ethernet
FAQ
Can you design a custom PCB for AR smart glasses?
Yes! I can design custom PCBs for AR smart glasses, wearable electronics, and augmented reality devices, including schematic capture, component placement, and PCB routing based on your requirements.
Which microcontrollers do you support for smart glasses projects?
I can help with ESP32, STM32, and other suitable embedded microcontrollers, depending on your project requirements, interfaces, processing needs, and component compatibility.
Can you integrate cameras, displays, and sensors?
Yes. I can help design hardware interfaces for compatible cameras, displays, motion sensors, and other peripherals based on the selected components and available interfaces.

