Hardware & Embedded Systems

Hardware & Embedded Systems

Hardware & Embedded Systems

Custom circuit board (PCB) design, firmware engineering, and specialized hardware prototype development.

Turn Your Ideas into High-Performance Hardware and Electronic Solutions

From concept design to mass production, we manage your **PCB design, Firmware development, and Industrial IoT** engineering end-to-end with enterprise reliability.

Embedded Systems and PCB Design Architecture

Business Benefits of Our Embedded Systems Solutions

End-to-End
Custom PCB & Electronic Design

Designing custom multi-layer PCB schematics and layouts matching industrial standards tailored to your functional needs.

Low Latency
Real-Time Embedded Firmware (RTOS)

Developing optimized C/C++ and RTOS firmware running on ARM, STM32, ESP32, and Microchip architectures.

IoT Connectivity
Industrial IoT & Communication

Connecting your hardware seamlessly to the cloud using Modbus, CAN-bus, RS485, Wi-Fi, BLE, LoRaWAN, and MQTT.

Field-Proven
Industrial Durability & Validation

Engineering rugged, safety-critical, low-power hardware architectures built for demanding industrial environments.

Technologies & Hardware Stack

  • Microcontrollers & Processors: STM32 (ARM Cortex-M), ESP32, Nordic nRF, Microchip PIC, NXP, and Raspberry Pi / Jetson Edge platforms.
  • Firmware & Real-Time OS: Bare-metal C/C++, FreeRTOS, Embedded Linux, and secure OTA (Over-the-Air) wireless firmware updates.
  • PCB Design CAD Software: Professional schematics and multi-layer PCB layout design using Altium Designer, KiCAD, and Proteus.
  • Sensors & Protocols: I2C, SPI, UART, RS232/RS485, Modbus RTU/TCP, CAN-Bus, Ethernet, and sensor acquisition algorithms.
IoT Donanım ve Bulut Haberleşme Mimarisi

Hardware Development Roadmap

1. Architecture Design & Component Selection

Selecting microcontrollers and passive components based on electrical, thermal, and cost constraints.

2. PCB Layout & Firmware Development

Routing PCB traces and simultaneously writing optimized embedded firmware code.

3. Prototype Assembly & Lab Testing

Manufacturing sample PCBAs, performing bench tests, and validating system firmware under lab conditions.

4. Field Testing & Mass Production Readiness

Verifying the product under actual field conditions and generating Gerber and BOM packages for mass manufacturing.

Ready to bring your hardware product to life?

Fill out the contact form on the right to request a **free technical architecture and feasibility review**.

Find the most suitable solution for your business

Get your custom proposal now

+90

You can access the clarification text on processing personal data .