Edge Fusion: Where Data, AI and Edge Computing Converge
Edge Fusion integrates data processing, AI, and sensor inputs at the network edge for real-time insights, reducing latency and enhancing operational efficiency in various industries.
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.
Why You Rarely See Motherboards with 7 LAN Ports
Seven-port motherboards are rare due to standard Ethernet controller configurations, PCB layout preferences, and practical networking requirements, resulting in design choices favouring even port counts.
Intel Xeon Processors: Workstation and Server CPUs for High-Performance Computing
Intel Xeon processors have evolved to cater to industrial and embedded computing needs. They deliver performance, reliability, and efficiency, essential for varied applications from workstations to data centres.
Why Are Extended ATX (EATX) Motherboards Ideal for High-Performance Industrial Computing?
EATX motherboards excel in industrial computing, offering superior performance, extensive memory, dual-CPU support, and versatile expansion options for data-intensive applications and environments.
Transferring Software Between Operating Systems: Windows, Linux and Android
This article discusses transferring applications between Windows, Linux, and Android, addressing challenges, costs, and considerations crucial for effective software migration in various computing environments.
Engineering the Future: Industrial Computing for the Physical AI Revolution
Physical AI integrates artificial intelligence into real-world environments, relying on robust industrial computing to enhance industries like manufacturing, healthcare, and energy, ensuring reliable performance.
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.
Windows 11 IoT Enterprise OEM Licensing vs Volume Licensing – What’s the Difference?
This article compares OEM and Volume Licensing for Windows 11 IoT Enterprise, outlining their key features, advantages, activation methods, and suitability for different deployment scenarios.
x86 vs ARM CPU Performance: A Guide for Industrial and Embedded Systems
This guide compares x86 and ARM CPU performance for industrial and embedded systems, highlighting key processors, benchmarks, and selection criteria for optimal application efficiency.
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.
Why Windows 11 IoT is Built for Industrial & Embedded Systems in 2026
Windows 11 IoT Enterprise offers long-term stability, advanced lockdown features, and customised solutions for embedded systems, making it ideal for industrial and regulated environments.