I will design ar glasses pcb with sensor fusion and embedded systems
PCB Design and Embedded Systems Specialist
Informazioni su questo servizio
HELLO THERE,
Design AR Glasses PCB with Sensor Fusion & Embedded Systems
Building AR glasses or smart wearable technology? I can help turn your concept into a compact, reliable, and low power electronic solution. I specialize in AR glasses PCB design, sensor integration, sensor fusion, embedded systems, and firmware development for next-generation wearable devices.
What I Offer:
- Custom AR and smart glasses PCB design
- Compact, low power circuit and PCB layout
- IMU, accelerometer, gyroscope & sensor integration
- Sensor fusion and motion tracking support
- ESP32, STM32, nRF52/nRF53 & MCU integration
- Bluetooth/BLE and Wi-Fi connectivity
- Display and peripheral interfacing
Why Choose Me?
I focus on practical, reliable, and manufacturable wearable designs with clear communication throughout the project. I pay close attention to power consumption, compact layouts, signal integrity, component availability, and overall system performance.
Have an AR glasses idea? Send me your requirements and reference files before ordering, and lets turn your concept into a professional wearable electronics solution.
Piattaforma:
arduino
Sensori:
Temperatura
•
Accelerometro
•
Posizione
•
Gyroscope
•
Altro
Expertise:
Sviluppo firmware
•
Altro
Altri servizi della categoria Ingegneria elettronica offerti da me
FAQ
Can you design a complete PCB for AR glasses?
Yes. I can design compact wearable PCBs with MCU integration, sensors, power management, wireless connectivity and required interfaces.
Can you integrate sensor fusion?
Yes. I can support hardware and embedded firmware integration for IMU based sensor fusion, motion tracking and related wearable applications.
Which microcontrollers do you work with?
I can work with platforms such as ESP32, STM32, nRF52/nRF53 and other ARM-based microcontrollers depending on the project requirements.
Can you integrate displays into the PCB?
Yes. I can support display interfaces such as MIPI DSI/CSI and other suitable interfaces based on the selected display and processor.
Can you design low power electronics for smart glasses?
Yes. I can design power-management and battery-related circuitry with attention to compact size, power consumption and efficient component selection.

