RenderA much larger L3 cache, stacked on the processor, avoids trips to RAM and speeds up data-heavy games. How it works, who benefits, how a 9800X3D differs from a 9950X3D and how to make sure the game uses the right cores.
4 min read
RenderFor large-world MMOs and survival games, per-core speed and cache matter more than core count. The criteria, a reasoned comparison of the Ryzen 9 9950X3D, the Ryzen 7 9800X3D and mid-range and budget options, and the usual buying mistakes.
5 min read
RenderFor persistent-world MMOs and survival games, spend on the CPU and memory first, and on the GPU second. Three reasoned builds (high-end, mid-range and budget) with the logic behind each part, where not to waste money and how to split a budget.
5 min read
RenderEvery game is limited by either the CPU or the GPU at any moment. A five-minute test with resolution and per-thread usage tells you which one is yours, and a table shows which settings to touch and which part to upgrade.
5 min read
RenderA powerful graphics card running at 60 % is not coasting: it is waiting. The seven usual causes, from the CPU to the frame limiter, how to tell them apart with three tests and when the right fix is to do nothing.
6 min read
RenderMeasuring well is what separates knowing from guessing. Which free tools to use, which numbers to watch (frame time, 1 % lows, per-thread usage, temperature), a repeatable test protocol for online games and how to read the graphs.
5 min read
RenderA Ryzen 9 9950X3D and a 16 GB GeForce RTX 5070 Ti make one of the most balanced pairs for MMOs and survival games. What each brings, which caveats apply (two chiplets, memory, cooling, power supply) and when a 9800X3D is the better buy.
5 min read
RenderMore players, more fauna and more structures mean more work for the CPU, and a better graphics card does not fix it. The five loads that saturate it in an MMO or a survival game, why one thread rules and what hardware eases it.
4 min read
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