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LİNUX BOARD
Project type
PCB
Date of design
June 2024
PCB DESIGN
LINUX BOARD PCB DESIGN
High-Performance Embedded Linux Board
This custom embedded Linux board was designed to deliver high processing power, extensive connectivity, and multimedia capabilities — all in a compact, production-ready form factor. Developed around an ARM-based SoC, the board is tailored for advanced edge computing applications, including smart vision systems, industrial automation, and intelligent IoT gateways.
🔧 Key Features
16 Gb DDR4 RAM (2 GB) with high-speed routing and signal integrity optimizations
128 GB onboard eMMC storage for robust system performance
Gigabit Ethernet and Single Pair Ethernet (SPE) support for flexible networking
OLDI & CSI interfaces for display and camera integration
Support for dual-camera inputs with real-time video streaming capabilities
Bluetooth & Wi-Fi connectivity with external RF antenna interface
Multiple UART, SPI, I²C, GPIO and expansion headers
EMI/EMC-optimized multi-layer PCB layout with impedance-controlled traces
The board runs a custom Linux distribution (Yocto-based or Debian-compatible), complete with bootloader, kernel, and tailored device tree configurations. From hardware schematic to kernel-level driver integration, every layer of the system was developed with scalability, reliability, and industrial standards in mind.
This project demonstrates full-cycle embedded development — combining advanced PCB design with software-level customization to meet demanding real-world requirements.