Game FPS Benchmarks

Welcome to the measured frame rate library. This page indexes every game in our benchmark database, 53 titles spanning competitive shooters, open-world epics, survival sims, and strategy games, each one tested across more than 3,700 CPU and GPU combinations at 1080p, 1440p, and 4K, on Low, Medium, High, and Ultra presets. That adds up to over two million recorded frame rate results, and every one of them is a measurement from an actual test run, not a projection, an estimate, or a number copied from a marketing deck. If you want to know how a game will run on your hardware before you buy the game, or the hardware, this is where that answer lives.

How to find your answer fast

The hardware filter above is the shortcut: choose your processor and graphics card, and the game cards below reorder around how each title performs on your specific pairing. If you would rather browse by game, open any title to reach its full benchmark dashboard, per-resolution and per-preset frame rates for every tested hardware combination, from budget builds to flagship rigs. And if your question is the classic one, can my PC run this game, the Can I Run It tool linked from each game page delivers a direct verdict: which resolutions stay above 60 FPS, which preset is the sensible choice, and which component becomes the bottleneck first.

Why measured data beats system requirements

Official system requirements are, charitably, a rough sketch. Minimum specifications often describe hardware that technically launches the game rather than hardware that plays it enjoyably, and recommended specifications drift between conservative and optimistic depending on the publisher's priorities. They also cannot account for the variable that matters most: how your specific CPU and GPU behave together. A game that leans on single-thread performance punishes an old quad-core even behind a new flagship GPU; a VRAM-hungry open world punishes an 8 GB card even behind a top processor. Measured results catch all of this because they are the game, running on the hardware, recorded. When our pages say a pairing delivers 85 FPS at 1440p High, that is what the machine did, which is why you can plan around it.

What to look for when you open a game page

Three readings tell most of the story. First, the average frame rate at your monitor's resolution and refresh rate, the baseline of playability. Second, the minimum and 1% low figures, which describe the worst moments rather than the typical ones; a game that averages 110 FPS but dips to 40 during firefights feels worse than one holding a steady 85. Third, the scaling pattern across resolutions: if frame rates barely change between 1080p and 1440p, the processor is the limiting factor and a GPU upgrade will disappoint; if they drop steeply as resolution climbs, the graphics card is doing the work and is where upgrade money belongs. Those three readings turn a wall of numbers into a buying decision, and they are laid out the same way on every game page here.

Different genres, different demands

Not all games stress the same hardware, which is why this library spans genres deliberately. Competitive shooters, Counter-Strike 2, Valorant, Call of Duty: Warzone, are engine-limited and cache-sensitive, rewarding fast CPUs and rewarding AMD's X3D processors in particular; high frame rates here are competitive equipment, not luxury. Open-world titles like Cyberpunk 2077, Red Dead Redemption 2, and Grand Theft Auto V stress the graphics card and VRAM, especially with ray tracing enabled. Survival and simulation games push sustained CPU load in ways short benchmarks miss entirely. And the newest releases each year reset expectations all over again, which is why the database is updated continuously as hardware and games both evolve. Whatever you play, the point of this page is simple: your hardware has a measured answer here, and it takes seconds to find.