W880 vs Q870: Intel Chipsets for Industrial Computing Explained
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 Explained: M12, M16 and Common Types Used in Industrial 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.
Windows Power Loss Protection: Safeguarding Data in Industrial and Embedded Systems
This article emphasises the importance of power loss protection for Windows systems in industrial environments, outlining strategies to prevent data corruption and enhance reliability.
Linux Power Loss Protection: Strategies for Data Integrity in Industrial Systems
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.
What is an NPU? A Guide to Neural Processing Units in Modern Computing
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.
Industrial Storage Solutions: A Complete Guide for Reliable Data in Harsh Environments
This article provides an overview of industrial storage solutions for embedded systems, focusing on their reliability, data protection features, and suitability for harsh environments.
A Complete Guide to DDR5 Memory and Its Different Variants
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.
What is Distributed Computing Architecture? A Beginner’s Guide to Scalable Systems
Distributed computing architecture enables multiple independent systems to collaborate efficiently for processing tasks, enhancing scalability, performance, and resilience across various modern technologies and applications.
What Is Thermal Engineering? Ensuring Reliability in Industrial Electronics
Thermal engineering is essential for managing heat in industrial electronics, enhancing reliability, performance, and lifespan by optimising cooling systems for demanding environments.
Conformal Coating: Protecting Electronics in Harsh Industrial Environments
Conformal coating is a protective layer for electronics, essential in harsh industrial environments, improving reliability, longevity, and performance by shielding against moisture, dust, and chemicals.
European Union Cybersecurity Certification (EUCC) and Its Impact on Industrial Computing
The article highlights EUCC certification’s role in securing industrial and embedded computing systems against cyber threats, promoting trust and compliance across various sectors in Europe.
Industrial Cybersecurity in 2026: Why IEC 62443 Compliance Matters
Industrial cybersecurity is crucial due to rising cyber threats in interconnected systems. ASRock Industrial leads by integrating security in hardware, ensuring compliance and protecting operations effectively.
Choosing Between Standard and Long-Life GPUs for Industrial Edge AI
Choosing between standard and long-life GPUs is crucial for industrial Edge AI systems, ensuring reliability and stability for long-term deployment in demanding environments.
fTPM vs dTPM: Understanding Trusted Platform Modules in Industrial Computing
fTPM and dTPM are two TPM solutions, with fTPM being firmware-based and dTPM a separate chip. Your choice depends on cost, security needs, and regulatory requirements.
Industrial BIOS Explained: UEFI vs Legacy BIOS for Embedded Systems
The article explains the importance of BIOS in industrial systems, comparing Legacy BIOS and UEFI, and highlights the need for customised BIOS solutions for reliability and security.