Valorant

Valorant was engineered from the ground up to run on everything, and our measured data shows Riot Games hit that target with room to spare. Across more than 3,700 tested CPU and GPU combinations in our database, the average system records 385 FPS at 1080p Ultra, 344 FPS at 1440p Ultra, and 290 FPS at 4K Ultra, the flattest resolution scaling of any major title in our library. The slowest combinations still manage 49 FPS at 1080p Ultra, and the fastest approach 760 FPS. For a competitive shooter played by millions, this is exactly what accessibility looks like in benchmark form, and it makes Valorant the game where the question is never "will it run" but "how high can the frame rate go."

The Unreal engine, tuned for speed

Valorant runs on a heavily customized Unreal Engine 4, stripped and tuned with one priority: competitive frame rates on modest hardware. The visual style is deliberately clean, flat lighting, restrained effects, readable environments, and every one of those choices is a performance decision as much as an aesthetic one. The result in our data is a game whose load sits primarily on the CPU at 1080p, like most esports titles, but with a far gentler GPU curve than its rivals. Single-thread performance and cache still set the ceiling at low resolutions, but the floor is so high that even weak processors post playable numbers. The engine also scales unusually well across cores for an esports title, which is why mid-range modern CPUs post such strong averages: Valorant actually uses the silicon you paid for.

1080p: 240 Hz is the baseline, not the goal

At 1920x1080, the 385 FPS average at Ultra means a typical modern gaming PC exceeds a 240 Hz monitor's refresh rate without touching a setting, a claim almost no other AAA shooter in our database can make. Even the bottom tier of tested hardware stays above the competitive-play floor, and the top of the range near 757 FPS at Low shows how much headroom exists for the fastest processors. For competitive players, the build recipe from our data is predictable: a strong single-thread CPU (AMD's X3D parts again lead the tables), fast memory, and a mid-range GPU, anything more on the graphics side buys frames you likely cannot display. For everyone else, the practical meaning is simple: any reasonably modern PC is overqualified for Valorant at 1080p, and money saved here is better spent on the monitor itself.

1440p and 4K: the gentlest scaling in the library

The 1440p average of 344 FPS at Ultra, barely ten percent below the 1080p figure, is the standout number in Valorant's whole profile. Most games in our database lose a third of their frame rate making that jump; Valorant shrugs it off, because its GPU load is so light that the CPU remains the constraint at both resolutions. Even at 4K Ultra, the 290 FPS average stays in high-refresh territory for most builds, something no other AAA shooter in our testing achieves. This makes Valorant the one competitive game where playing at your monitor's native resolution is always the right call: there is no frame-rate argument for dropping to 1080p on a 1440p or 4K display, because the cost is so small. A mid-range modern GPU holds 4K 144 Hz here, remarkable for the genre.

Minimums and frame pacing: built for consistency

Competitive shooters live and die by their worst frames, not their best, and Valorant's engineered simplicity pays off in the minimums. Our data shows unusually tight spreads between average and minimum frame rates across hardware tiers, the game's restrained effects mean fewer frame-time spikes when utility fills the sky and five players converge on a site. Large-cache processors still post the steadiest floors, and fast DDR5 helps, but the margin between a budget build and a flagship is far smaller here than in Counter-Strike 2. For players choosing between the two games' hardware priorities: CS2 rewards processor investment more aggressively, while Valorant forgives almost any balanced modern build. Both reward a good monitor above almost any component.

What hardware do you need?

For 1080p at 144 Hz or better: any recent quad-core with any current gaming GPU, full stop, including budget parts several generations old. Valorant is the most accessible competitive shooter in our library. For 240 Hz and beyond: a strong single-thread CPU with fast memory, and even then the GPU can stay modest. For 4K high refresh: a mid-range current card, which no other AAA shooter permits. Laptops are where Valorant's accessibility shines brightest: gaming laptops post enormous frame rates trivially, and modern integrated graphics in Core Ultra and Ryzen AI processors runs the game at genuinely competitive frame rates at 1080p, Valorant alongside CS:GO is the reason a student laptop needs no discrete GPU to play seriously.

Frequently asked questions

Q: Can my PC run Valorant?

A: Nearly any PC can. Our database floor, the slowest of 3,700+ tested combinations, still manages 49 FPS at 1080p Ultra. If your machine is from the last decade, it plays Valorant; the only question is how high the frame rate goes.

Q: Is Valorant CPU or GPU intensive?

A: CPU-led at 1080p like most esports titles, but with a very light GPU curve, the flattest resolution scaling in our library. Mid-range graphics cards have no trouble even at 4K.

Q: Why is Valorant so much easier to run than other shooters?

A: Deliberate engineering. Riot tuned a stripped-down Unreal Engine 4 for competitive frame rates on modest hardware, restrained visuals are a performance feature, not just a style.

Q: What CPU is best for Valorant?

A: High-clock, large-cache processors lead our tables, AMD's X3D parts again, but the margins are forgiving. Any modern 6-core delivers competitive frame rates.

Q: Can integrated graphics run Valorant competitively?

A: Yes. Modern Core Ultra and Ryzen AI integrated GPUs post genuinely competitive 1080p frame rates, alongside CS:GO, Valorant is the strongest case for serious gaming without a discrete GPU.

Recommended settings: our tested configuration

Valorant's settings philosophy mirrors its design: almost everything can go down without costing you information. Material, texture, and detail quality at Low, UI quality at Medium or Low, vignette off, and anti-aliasing at MSAA 2x or off, the game's clean art style means low settings sacrifice almost nothing visually, which is precisely Riot's intent. The one setting to keep is multithreaded rendering, which should always be enabled on modern CPUs; it is a substantial free gain. Improve clarity options and bloom are preference calls, most competitive players disable them for a flatter, more readable image. At this profile, our data shows even modest hardware posting frame rates that exceed any monitor's refresh rate, which is the entire point: in Valorant, the settings menu exists to get out of your monitor's way.

How it runs by hardware tier

Entry level (older quad-core, integrated or entry graphics): 1080p Low at 100-200 FPS in our lower-percentile data, competitive-ready on hardware that has no business running a modern shooter this well. Valorant's accessibility floor is the lowest in its genre.

Mid-range (modern 6-core, mid-tier GPU): 1080p at 400-550 FPS, 1440p at 350-450 FPS, 4K at 250-350 FPS. The tier where the monitor becomes the only limit worth discussing.

High-end: 500-700 FPS at 1080p with the fastest cache-heavy CPUs. Even 360 Hz panels are fully fed at 1440p.

Flagship: approaching 760 FPS at the top of our database at Low preset. As with CS:GO, the number outruns any display, but it demonstrates how completely the engine escapes GPU constraint.

Streaming and content creation

Valorant is the most forgiving AAA game to broadcast from a single PC. Its light GPU load leaves encoder headroom vast, so hardware encoding costs effectively nothing even at high frame rates, and CPU x264 encoding is viable on any modern 6-core for creators who prefer software quality. The practical note for the game's enormous content ecosystem, VOD reviews, coaching, highlight reels, is that recording at 1080p60 costs a modern system almost nothing, and even 1440p60 capture barely registers. If you are building a first streaming setup on a budget, Valorant is the friendliest possible starting point: the game will never be the reason your stream drops frames, which lets a modest CPU-and-GPU pair serve both play and broadcast comfortably.

Common problems and fixes

Frame drops when utility floods the site: ability effects are the one heavy moment the engine has. Lower detail quality first; on older quad-cores, closing background applications steadies these spikes measurably.

Good FPS but hitching on a laptop: thermal throttling, not the game. Valorant's light load still heats thin chassis over long sessions, a cooling pad or raised rear helps more than any setting.

Lower FPS than same-spec systems: memory configuration again. Valorant benefits from dual-channel RAM; single-channel costs a measurable percentage at 1080p.

Network-feeling stutter with normal ping: Valorant's network buffering interacts oddly with some routers and Wi-Fi. A wired connection fixes more perceived stutter in this game than any hardware upgrade, the engine is sensitive to packet timing, not just speed.

Valorant's place in 2026

Valorant has cemented itself as the second pillar of tactical shooters, with an esports ecosystem and content machine that shows no sign of contraction. Its engineering priority, competitive frame rates on modest hardware, has aged exceptionally well, and it shows in our lookup patterns: a large share of the hardware checks on this page come from players on laptops and budget builds confirming what they already suspect, that their machine is enough. For anyone considering the game, the measured data on this page is the reassurance: the floor across our 3,700+ tested combinations is playable for essentially every PC built in the last decade, and the ceiling scales to whatever monitor you own. For competitive players, the hardware advice is stable, processor and memory first, a monitor worthy of the frame rates second, and graphics spending only after both. It remains the most hardware-friendly serious shooter on the market.

Upgrade priorities for Valorant players

The good news from our data is that most Valorant players need nothing at all, the accessibility floor is the lowest in the genre. But if you are chasing high-refresh competitive play and the numbers say you are short, the order is clear. First, the processor: single-thread speed and cache set the ceiling at 1080p and 1440p, and a large-cache CPU produces both the highest averages and the steadiest floors in our tables. Second, memory: dual-channel RAM is a measurable, nearly free gain. Third, the monitor, and this one ranks higher for Valorant than almost any other game, because even mid-range systems post frame rates far beyond what a 144 Hz panel shows; a 240 Hz display is the upgrade most players actually feel. The graphics card comes last: at every resolution we tested, mid-range cards are already enough, including 4K. Spend in that order and Valorant rewards every dollar, spend it on the GPU first and you have bought frames your monitor cannot display.

The bottom line

Valorant is the most hardware-friendly serious shooter on the market, and our measured data shows it at every tier: playable on nearly anything, high-refresh on modest builds, and exceptional at 4K where its rivals fall apart. The upgrade path, if you need one at all, is processor and memory first, monitor second, graphics card last, and the most common outcome of checking this page is discovering you need nothing. Your exact CPU and GPU combination's measured frame rates across all three resolutions are in the tables above, for Valorant more than any game we track, the answer is almost always good news.

One closing note for players coming from other shooters: if your system runs Counter-Strike 2 or Apex Legends well, it is overqualified for Valorant, and if it runs those games poorly, Valorant may still run beautifully. That is the engineering achievement on display in every row of the tables above.