Blog

A computer is a complex system where dozens of components work together. Any of them can fail, and a reboot does not always solve the problem. Some faults can be fixed at home, but there are warning signs when PC repair is better left to professionals.

Transferring a system to a new SSD or a new PC does not always mean reinstalling Windows, searching for drivers, and configuring every application again. In many cases, cloning can preserve files, settings, licenses, and the working environment.

When a workstation or server can no longer handle local neural networks, heavy rendering, and large datasets, the first question is usually whether to replace the whole system or perform a targeted upgrade. In most cases, the answer is not obvious, because the bottleneck is rarely a single component.

DDR4 vs DDR5 in 2026 is a question for anyone building a new PC or planning an upgrade. Both standards are still relevant, but they serve very different scenarios. Here is a clear breakdown without extra noise.

The question “how much RAM do you need in 2026?” sounds simple, but the answer depends on your workloads, platform, and upgrade horizon. RAM does not directly make a PC faster, but not having enough memory turns any build into a source of freezes, stutter, and frustration. Let’s look at it objectively, without marketing or fluff.

Two externally identical 600 W power supplies: one costs about AED 140, the other about AED 380. Both carry 80 PLUS and ATX labels. Why the difference? The answer is the circuitry. Its internal design determines how stable the computer will be under load and whether your SSD might fail after six months.

Calculating power supply wattage correctly means not overpaying for unnecessary watts and not running into unstable PC operation because of insufficient power. Let’s look at how to calculate a build’s real power consumption, how much headroom to allow, and why choosing a PSU with no margin is a bad idea.

Upscaling has become an integral part of modern gaming. If it used to be seen as a compromise for weaker hardware, DLSS and FSR tests in 2026 games show that neural-network technologies often produce an image that looks better than native rendering. In this comparison, we will look at how DLSS, FSR, and XeSS work, how they differ, and which upscaler to choose for specific hardware.

We explain what 80 PLUS certification means, how White, Bronze, Gold, Platinum, and Titanium differ, and how to choose a reliable power supply for your PC.

We explain ATX, SFX, and TFX PSU form factors: sizes, case compatibility, wattage, and key selection criteria.

In 2014, the LGA 2011-3 socket and X99 chipset were reserved for well-funded enthusiasts: the flagship ASUS X99-Deluxe cost $400, while the Core i7-5960X was twice as expensive. Today, the same platform is available for just a few hundred AED in Chinese-made form. We examine what is behind it — a bargain or a trap.

Many users trying to upgrade older Intel-based PCs run into a paradoxical situation: the CPU they bought physically fits perfectly into the motherboard socket, but the system refuses to boot. The issue lies in the tricky architecture of the LGA 1151 socket (Socket H4).

In 2026, the LGA 1700 platform is fully established and mature. Motherboard and processor prices have fallen noticeably, while competition between manufacturers has brought strong price-to-performance options to market.

In 2026, the Intel LGA 1200 platform has fully become a popular foundation for affordable second-hand systems. For users looking for a balance between cost and performance, this socket remains a reliable mid-range option. Unlike modern DDR5-based platforms, the LGA 1200 architecture lets you build a PC with affordable DDR4 memory, reducing overall costs.

Moving to 2560x1440 (QHD) resolution is the most rational step in 2026. Gaming systems in this class provide an ideal balance between high detail and frame rate. Stable rendering at QHD places higher demands on graphics processing power while keeping gameplay smooth.