VRMs Demystified — Why Your Motherboard’s Power Delivery Matters More Than RGB
CPU reviews obsess over cores and clocks. Motherboards get judged by colours and ports. The most important part—the VRM—usually gets a paragraph and a shrug. […]
CPU reviews obsess over cores and clocks. Motherboards get judged by colours and ports. The most important part—the VRM—usually gets a paragraph and a shrug. […]
Promise: No “OC roulette.” This handbook focuses on vendor-documented features that are safe, reversible, and deliver repeatable gains: Resizable BAR, Above 4G Decoding, PBO/Curve Optimizer […]
Executive summary: If you value socket longevity and CPU-attached PCIe flexibility, AM5 is the safer long-term bet. If you prioritize Intel’s latest P/E-core CPUs and […]
TL;DR: PCIe 5.0 doubles bandwidth on paper, but real wins show up only when workloads are parallel and your controller stays cool. For most gaming […]
Why this guide: DDR5 changes more than speeds. It moves voltage regulation onto the module, adds on-die ECC for yield/reliability, and pushes signal integrity to […]
Why this guide: Motherboards look similar in listings, but under the heatsinks are wildly different power delivery, signal integrity, and lane maps that decide whether […]
Nvidia has signed a letter of intent to evaluate a $500 million strategic investment in London-based AV startup Wayve. It’s a bet on “embodied AI” […]
Wi-Fi 7 (802.11be) promises multi-gigabit speeds and lower latency through wider channels, smarter scheduling, and multi-link operation. Here’s how it actually behaves at home and […]
The point of XMP/EXPO Consumer DDR5 kits ship with tight timings and higher data rates encoded as profiles in the module’s SPD (Serial Presence Detect). […]
Why VRAM matters (and when it doesn’t) Your GPU’s VRAM is the working set for textures, geometry buffers, frame buffers, ray tracing acceleration data, and […]
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