Top Linux Distributions for Embedded and Industrial PCs in 2026
In 2026, Linux distributions excel in embedded and industrial PCs due to flexibility, stability, and security, with BVM offering customised OS solutions to optimise performance.
Windows 11 IoT vs Linux for Industrial Automation: Pros, Cons and Use Cases
This article compares Windows 11 IoT and Linux for industrial automation, highlighting their advantages, ideal use cases, and factors to consider for optimal system performance.
What is LPCAMM2? Next-Generation RAM for Embedded and Industrial PCs
LPCAMM2 is a next-generation RAM standard offering high performance, modular upgradeability, and energy efficiency for industrial and embedded systems, ensuring reliability and flexibility.
Stability or Performance? Comparing Long-Term Availability and Regular Hardware Updates
The article contrasts long-term availability and regular updates in industrial computing, highlighting their benefits, drawbacks, and guidance for selecting the right strategy based on application needs and performance requirements.
ECC vs Non-ECC RAM: Why It Matters in Industrial Applications
ECC RAM enhances system reliability in industrial applications by detecting and correcting errors, thus ensuring data integrity and reducing the risk of downtime compared to non-ECC RAM.
RAM vs VRAM: What’s the Difference and Why It Matters
This article explains the differences between RAM and VRAM, their uses, and evolving technologies like DDR5 and GDDR7, crucial for optimising computer system performance.
Intel Panther Lake: 16th Generation Core Ultra 3 CPUs for Industrial and Embedded Systems
Intel’s Panther Lake CPUs, launching in January 2026, promise advanced performance and efficiency for industrial and embedded computing, featuring a hybrid architecture, robust graphics, and AI capabilities.
Real-World Edge AI Performance: Jetson vs Intel vs AMD in Industrial Use
The article reviews NVIDIA Jetson, Intel, and AMD platforms for Edge AI in industrial applications, highlighting their advantages, performance, and suitability for specific workloads and environments.
DDR5, LPDDR5, LPDDR5X Comparison: What Embedded and Industrial Buyers Need to Know
This article compares DDR5, LPDDR5, and LPDDR5X memory types, detailing their performance, power efficiency, and suitability for various industrial and embedded applications amidst current supply challenges.
The Role of COM Express and COM-HPC Modules in Next-Generation Defence Systems
COM Express and COM-HPC modules are critical for next-generation defence systems, providing scalable, rugged computing for various applications like autonomous vehicles and military communication.
Mission-Ready GPU Computing: Rugged Workstations for Military Simulation and AI
Rugged GPU workstations are essential for real-time defense simulations and AI training, providing reliable performance in harsh conditions, crucial for mission success and operational efficiency.
High-Performance Military Communication Systems for Modern Armed Forces
Modern military communication systems are crucial for success across Army, Navy, and Air Force operations, providing secure, high-performance solutions tailored to extreme environments and mission requirements.
EMC Testing: Regular vs. Military Standards
EMC testing is essential for electronic devices to prevent interference, with military-grade compliance ensuring reliability in extreme conditions. BVM provides specialized solutions to meet rigorous standards.
Military VR Training: The Latest Trends and Computing Solutions for Soldiers
Military VR training enhances soldier preparedness through immersive simulations, leveraging advanced technologies for safe, cost-effective, and adaptive learning, while BVM provides robust computing solutions.
NDAA Compliance: What It Means and How BVM Can Support Your Project
BVM supports NDAA compliance by helping identify restricted components, selecting alternatives, ensuring documented integration, and providing technical guidance for secure and compliant systems.