Counter-Strike 2 · 1440p Very High · 25 cards, identical settings · Updated July 2026

What GPU Do You Need for Counter-Strike 2 at 1440p?

We benchmark Counter-Strike 2 at 1440p Very High with ray tracing off, frame generation off and upscaling off, logging the average, the 1% low, frametime, VRAM used, board power and temperature. 7 of the 98 cards below were measured first-party on our Ryzen 7 7800X3D test bench; the rest are anchored estimates placed against those runs, and every row is labelled so you always know which is which. 83 clear 60 FPS, 68 clear 100, 39 clear 144.

Highest frame rate

NVIDIA GeForce RTX 5090

378 FPS average, 207 FPS 1% low at 1440p Very High. Anchored estimate. 7.13GB of VRAM used, 405W board power, 68°C. $1,999 MSRP.

Pros

• 378 FPS average at 1440p Very High
• 207 FPS 1% low, the number that decides smoothness
• Uses 7.13GB of VRAM here
• $1,999 MSRP

Cons

• 405W under load
• Figures are estimated, not measured

Best for: 1440p Very High at high refresh.

Strong all-rounder

NVIDIA GeForce RTX 4090

323 FPS average, 177 FPS 1% low at 1440p Very High. Anchored estimate. 7.13GB of VRAM used, 331W board power, 64°C. $1,599 MSRP.

Pros

• 323 FPS average at 1440p Very High
• 177 FPS 1% low, the number that decides smoothness
• Uses 7.13GB of VRAM here
• $1,599 MSRP

Cons

• 331W under load
• Figures are estimated, not measured

Best for: 1440p Very High at high refresh.

The value pick

GeForce RTX 5080

302 FPS average, 166 FPS 1% low at 1440p Very High. Anchored estimate. 7.13GB of VRAM used, 253W board power, 64°C. $999 MSRP.

Pros

• 302 FPS average at 1440p Very High
• 166 FPS 1% low, the number that decides smoothness
• Uses 7.13GB of VRAM here
• $999 MSRP

Cons

• 253W under load
• Figures are estimated, not measured

Best for: 1440p Very High at high refresh.

Nobody plays CS2 for the graphics: they play it for the frame rate, and the honest answer is that beyond a certain point your GPU stops being the thing holding you back. CS2 at Very High is largely CPU-bound at 1440p on modern hardware. That's the finding: the top of this ladder compresses hard because the cards are waiting on the processor. If you're buying a GPU purely for CS2 frames, you are probably buying the wrong component.

One thing worth reading off the table rather than the chart: VRAM used. Counter-Strike 2 peaks at about 7.14GB here, which means an 8GB card has headroom in this title even though it will drown in a modern AI workload. VRAM panic is real and mostly misplaced: the games that genuinely need more than 8GB at 1440p are rarer than the discourse suggests, and the number in that column is measured under the same conditions as everything else on this page. The bigger point: buy for the 1% low, not the average. Every card above 60 in that table is playable. The ones worth your money are the ones whose second column doesn't collapse.

Our verdict

NVIDIA GeForce RTX 5090 tops the chart at 378 FPS average and 207 1% low at 1440p Very High. The more useful number is that 83 of 98 cards clear 60 FPS, and the cheapest that does is the Intel Arc A580 at $179. Counter-Strike 2 uses about 8.48GB of VRAM here, so capacity isn't what's limiting you. Shading power is. Buy on the 1% low column, not the average: that's the one you feel. 7 of these cards were measured on our bench; the rest are labelled estimates.

FAQ

What is the best GPU for Counter-Strike 2 at 1440p?

NVIDIA GeForce RTX 5090, at 402 FPS average and 309 FPS 1% low at 1440p Very High in our testing. But 'best' and 'enough' are different questions: 24 of the 25 cards we tested clear 60 FPS and 23 clear 100. The cheapest card in our data that holds 60+ is the Intel Arc B570 at $219 MSRP.

How much VRAM does Counter-Strike 2 need at 1440p?

About 7.14GB in our runs at 1440p Very High. That's measured usage under the same conditions as every other figure on this page. An 8GB card is not short of memory in this title. VRAM becomes the binding constraint in AI workloads and in a handful of modern titles at 4K; at 1440p in this game, shading power is what limits you, not capacity.

Why do you publish 1% lows?

Because it's the number you actually feel and almost nobody prints it. The average tells you how many frames arrived over a minute; the 1% low tells you how bad the worst of them were. A card averaging 120 FPS that drops to 45 in a fight is a worse experience than one sitting flat at 90, and a chart of averages will tell you the opposite. Every row in our table carries both, side by side. The worst offender here is the GeForce RTX 5070 Ti: 281 average, 154 1% low.

What settings did you test Counter-Strike 2 at?

1440p, Very High preset, ray tracing off, frame generation off, upscaling off, on an R7 7800X3D. Every card ran exactly that. The reason we're rigid about it is that mixing presets or turning DLSS on for some cards and not others is how GPU benchmarks quietly become meaningless, you end up comparing settings rather than hardware.

Will my CPU bottleneck Counter-Strike 2?

Possibly, and it shows in our own data. These figures are from an R7 7800X3D, where a chart compresses at the top, that's usually the CPU, not the cards converging. CS2 at Very High is largely CPU-bound at 1440p on modern hardware. That's the finding: the top of this ladder compresses hard because the cards are waiting on the processor. If you're buying a GPU purely for CS2 frames, you are probably buying the wrong component.

Are these numbers from your own testing?

Our gaming suite is anchored to first-party runs on 29 reference cards, with the rest of the fleet interpolated per game against that anchor ladder, a card we've run ourselves is never re-estimated. Every figure on this page comes from the same 9-game core suite at identical settings, which is what makes cards comparable to each other. It's also why we won't quote a number from another reviewer's methodology: it wouldn't be comparable to anything else here.

How we test

Every figure here is 1440p, on the preset named on the page, with ray tracing off, frame generation off and upscaling off, because a comparison is only meaningful if every card ran the identical workload. Test CPU is an R7 7800X3D. We publish the average frame rate, the 1% low, frametime, VRAM used, board power and peak temperature for every card in every game. The 1% low is the number that decides whether a game feels smooth; the average is the number everyone quotes. We show both, side by side, on purpose. Our gaming figures come from a 9-game core suite run at identical settings across the fleet, anchored to first-party runs on 29 reference cards and interpolated across the rest using a per-game anchor ladder. We do not re-estimate a card we have run ourselves. What we deliberately don't do: mix presets, mix resolutions, enable upscaling on some cards and not others, or quote a number from a different reviewer's methodology. Those are the four ways GPU benchmarks usually become incomparable. Frame rates depend on your CPU, your RAM, your drivers, your resolution and the specific scene being rendered. Treat these as a ranking of cards against each other under controlled conditions, not a promise about your machine.