Gaming PCs Built for
Valorant

A mid-range build with an RTX 5060 Ti and Core i7 or Ryzen 7. The CPU is the critical component at 240fps — not the GPU. A fast Core i7 or Ryzen 7 with high single-core clock speed keeps frame delivery consistent through smoke-heavy rounds and Ultimate ability exchanges, which is where inconsistent frame delivery shows most in matches.

CPU, primarily. Valorant is one of the most CPU-bound games at high frame rates. The GPU renders each frame quickly at 1080p competitive settings — the CPU is the component that has to sustain delivery at 240 or 360 frames per second. At 144fps, a mid-range GPU is perfectly adequate. At 360fps, the CPU speed matters more than upgrading to a more expensive GPU.

16GB DDR5 is sufficient for Valorant in standalone gaming. If you stream while playing, 32GB gives the encoding process headroom without competing with the game for resources. DDR5 speed also matters in Valorant more than in most games — faster memory reduces frame time variance at high frame rates, which is measurable at 240fps and above.

Most competitive Valorant players use 1080p at low to medium settings. Lower resolution means lower GPU workload, which shifts the bottleneck entirely to the CPU — the right component to be stretching for maximum frame rate. Running low settings at 1080p does not look dramatically worse than medium in Valorant — the art direction uses clean, readable visuals that hold up at lower quality. The frame rate gain from dropping settings is meaningful.

Valorant does not support DLSS or FSR. It is a lightweight engine that already delivers high frame rates without upscaling. Upscaling technology is most useful in GPU-bound games at higher resolutions — Valorant is not designed to be either of those things. There is no benefit to choosing a specific GPU for its upscaling capabilities when buying for Valorant.

Frame rate drops in Valorant are most commonly caused by CPU bottlenecks, high background CPU load from Discord, a browser, or streaming software, or Vanguard anti-cheat consuming resources during loading screens. Thermal throttling — where the CPU reduces its clock speed to manage heat — also causes sudden dips. A slow CPU struggles to maintain consistent frame delivery at high frame rates even when the GPU is capable. All Ginger6 builds are tested for thermal stability under extended load before dispatch.

Yes. Valorant runs on modest hardware by modern standards. A budget Ginger6 build with an RTX 5060 and Core i5 or Ryzen 5 delivers 200fps+ at 1080p competitive settings — enough to feed a 144Hz or 165Hz monitor comfortably. A mid-range build is needed to consistently feed a 240Hz monitor at 240fps throughout a full match.

Match your monitor to your build tier. A 144Hz monitor pairs well with a budget build. A 240Hz monitor needs a mid-range build to be fully utilised. A 360Hz monitor requires a high-end build. The monitor and the PC must match — a 360Hz monitor fed by a budget build still cycles at 360Hz but only shows the frames the PC renders, which at budget tier is around 200fps. Tell Kevin your monitor when you call and he will confirm the right pairing.

A mid-range Valorant build handles most games at 1440p high settings — it is optimised for CPU performance rather than maximum GPU power, which suits CS2 and Fortnite well. For GPU-heavy games like Cyberpunk 2077 or Black Myth: Wukong at 4K ultra, a high-end or enthusiast build is better suited. If you play a mix of genres alongside Valorant, call Kevin — he will confirm whether a single build covers everything you play or whether a different tier makes more sense for your library.