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News, analysis and guides about Computing: developments, concepts and practical decisions backed by verified sources.
The gathered sources allow verifying some technologies announced by manufacturers, but not comparing performance or describing general market availability. We explain what each source type accredits and what data is needed to evaluate a GPU with criteria.
We analyze the technical conditions that determine whether a workload benefits from a GPU, going beyond 'graphics processing' marketing.
Mini PCs such as the ASUS ROG NUC (2025) and Minisforum AtomMan G7 Pro pack dedicated GPUs into small chassis. What they offer for gaming, content creation and local AI, and what to check before buying.
Running generative models at home depends on GPU memory, weight precision, and software compatibility. This guide distinguishes between inference and training to avoid purchases based on marketing promises.
TGP determines the real-world performance of mobile GPUs. Learn how it differs from TDP, how it affects a laptop chassis, and how to check the assigned power limit before you buy.
Cold plates bring coolant directly to processors and accelerators, but they do not eliminate the need to remove heat from the rest of the server and the facility. The key to evaluating a design is to examine its operating conditions, distribution loop, and the measurements behind any efficiency claims.
Not every NAS task benefits from a GPU. We analyze which functions rely on the CPU, when video acceleration is useful, and the practical limits to verify before buying additional hardware.
Technical analysis of Thunderbolt 5’s bandwidth, video, and power capabilities, and verification of which 2026 hardware truly supports the standard versus USB4 and Thunderbolt 4.
DisplayHDR allows comparison of measured brightness, color, and contrast requirements, but it does not replace panel evaluation or guarantee a uniform HDR experience. Here is how to read its levels and contrast them with your intended use.
An SSD’s peak speed does not always last throughout a long transfer. Understanding what pseudo-SLC cache does—and which details are missing from many comparisons—can help you choose a drive for intensive workloads.
DDR5 is a memory generation; EXPO, a configuration profile; and CAMM-2, a module format. Distinguishing these categories helps assess compatibility, capacity, and performance without attributing figures to technologies or products that available sources do not confirm.
GDDR7 raises transfer speeds, but does not by itself guarantee higher performance or lower power consumption in a graphics card. We review which models have confirmed memory specifications, what is known about AMD, and how to assess an upgrade.
TOPS express theoretical compute capacity, not battery life or guaranteed application speed. Comparing laptops also means looking at precision, compatible software and the system as a whole.
RTX Spark is not a motherboard or a standalone graphics card: it is a PC platform based on a superchip combining Grace CPU and Blackwell GPU. We review the announced specifications and what can be concluded about local AI, creation, and gaming.
RTX Spark combines a Grace CPU, Blackwell GPU and unified memory in Windows laptops built on Arm architecture. The approach could make local AI workloads that require substantial memory easier to run, but headline specifications alone cannot predict performance, battery life or compatibility on every system.
Panel labels alone cannot predict HDR quality. We examine the technical parameters that make it possible to compare OLED, Mini LED and LCD, and explain why DisplayHDR certification is the only reliable objective criterion.
We examine how NVIDIA RTX IO and Microsoft DirectStorage reshape the flow of data between storage and graphics memory, reducing CPU load and enabling the streaming of compressed assets.
On systems with integrated and discrete graphics, Windows lets you set a graphics preference for individual apps. This guides which GPU to use, but it is not a performance measurement and does not, by itself, guarantee the result you expect.
CPUs, GPUs and NPUs are designed for different kinds of computation, but applications can combine their resources. What local acceleration lets you conclude, and what to check before attributing an improvement to a specific chip.
A comparative analysis of the GPU microarchitectures defining the 2026 market: AMD's chiplet leap, the maturity of Intel Xe, and the efficiency of NVIDIA Ampere in professional environments.
A single power figure is not enough to decide whether a power supply is suitable for a graphics card. This guide separates what should be verified in technical specifications from what requires comparable measurements, and explains which conclusions the available sources do not support.
USB, wireless receivers and Bluetooth are not interchangeable. Learn what to check for connection, compatibility, latency and battery life—and what cannot be concluded without testing each model.
Form factor helps you check whether a motherboard can fit in a case, but it does not determine its connections or the computer’s compatibility by itself. This guide explains which dimensions, slots, connectors and processor and memory requirements to check before buying.
NAS and SAN address different needs: one shares files, while the other presents block storage. The choice depends on applications, protocols, administration, and total cost.
