The article outlines the Cyber Resilience Act (CRA) and IEC 62443, detailing their significance for industrial computing product compliance and cybersecurity in the European market.
The article explains the importance of 62368-1 safety certifications for Industrial and Embedded Computing, highlighting different types and their relevance for global compliance and safety.
ATEX certification ensures equipment operates safely in explosive environments. It is crucial for various industries, offering reliable computing while minimising ignition risks.
Automotive Ethernet is revolutionising vehicle communication by enabling high-speed, reliable data transfer essential for connected and autonomous systems, improving safety and performance in modern vehicles.
IPMI (Intelligent Platform Management Interface) is crucial for industrial computing, enabling remote management, system monitoring, and troubleshooting, enhancing uptime and reliability in critical environments.
Military-grade PCs, designed for extreme environments, must meet MIL-STD-810 standards, ensuring durability, reliability, and performance through specific features like EMI resistance and ruggedisation.
Slim Bootloader is essential for deterministic edge computing, enabling fast, consistent system startups and time-synchronised communication, crucial for real-time industrial applications in 2026.
The Cyber Resilience Act (CRA) mandates secure-by-design practices, ongoing updates, and transparency for industrial and embedded computing devices, impacting manufacturers significantly across the EU.
The Intel W880 and Q870 chipsets cater to different computing needs: W880 focuses on high-performance workstations, while Q870 targets stable, manageable business systems.
Industrial connectors like M12 and M16 ensure reliable power and data transmission in harsh environments, essential for automation and various industrial applications. Choosing the right connector prevents failures.
This article emphasises the importance of power loss protection for Windows systems in industrial environments, outlining strategies to prevent data corruption and enhance reliability.
The article discusses essential strategies for protecting Linux systems from power loss, highlighting hardware and software solutions that ensure data integrity and system stability in industrial environments.
Neural Processing Units (NPUs) enhance AI performance in computing, enabling efficient tasks in various industries by offloading workloads from CPUs and GPUs, optimising power and speed.
This article provides an overview of industrial storage solutions for embedded systems, focusing on their reliability, data protection features, and suitability for harsh environments.
DDR5 memory is a next-generation technology designed for high-performance and efficient computing, offering better bandwidth, capacity, and reliability for various applications, including AI and industrial systems.