I will develop wireless electronic shelf label pcb with esp32 stm32 embedded firmware
About this Gig
HELLO THERE!
Are you looking for a reliable wireless Electronic Shelf Label (ESL) solution with ESP32 or STM32 embedded technology? I help develop smart retail IoT hardware that combines low power operation, wireless connectivity, and efficient firmware performance for modern digital shelf systems.
My services include:
- ESP32 and STM32 based ESL hardware development
- E Ink display and electronic paper integration
- Custom PCB schematic and layout support
- BLE, WiFi, and wireless communication integration
- Embedded C firmware development
- Low-power battery optimization
- Sensor, memory, and peripheral integration
- Prototype testing and troubleshooting
Production-ready documentation including BOM and manufacturing files
I focus on creating efficient, scalable, and practical solutions for retail automation, smart inventory systems, digital price tags, and IoT devices. With attention to power management, communication reliability.
Whether you need a new ESL product, firmware upgrade, or complete IoT hardware support, I am ready to assist. Contact me today to discuss your project requirements and bring your wireless shelf label system to life.
Platform:
ESP32
Sensors:
Temperature
•
Humidity
•
Accelerometer
•
Microphone
Expertise:
Firmware development
•
Debugging
•
Microcontrollers
•
IoT
Other Electronics Engineering Services I Offer
FAQ
What type of Electronic Shelf Label systems can you support?
I can support wireless ESL solutions using ESP32, STM32, BLE, WiFi, E Ink displays, sensors, and low-power IoT architectures for retail and industrial applications.
Can you develop both PCB hardware and embedded firmware?
Yes, I can assist with PCB development, MCU integration, embedded C firmware, wireless communication, and system optimization.
What information do you need before starting?
Please share your device requirements, preferred MCU, wireless protocol, display type, power source, and any existing project files.

