GeForce RTX 2080 SUPER bottleneck & FPS

Ranked 58 of 126 desktop graphics cards in our database (54th percentile). Paired with a Core i3-8350K it lands near 57 fps at 1080p and 16 fps at 4K in a typical AAA title at high settings.

SpecificationsTuring · 2019
ArchitectureTuring
Shading units3,072
Boost clock1,815 MHz
Memory8 GB
Memory bandwidth495.9 GB/s
Board power250 W
Released2019
Frame rate by resolutionwith Core i3-8350K, high
ResolutionEst. FPSGPU loadLimited by
1920 x 1080 57 99% Balanced
2560 x 1440 38 99% Graphics card
3440 x 1440 30 99% Graphics card
3840 x 2160 16 99% Graphics card
Best CPU for the GeForce RTX 2080 SUPER1080p, high

Ranked by how little performance the pairing wastes, not by which processor is fastest. The fastest chip pairs well with everything, which makes it a useless recommendation.

ProcessorEst. FPSUnused
Core i3-8350K 57 3.3%
Core i3-8300 54 4.3%
Core i3-8100F 53 6.9%
Core i3-8100 53 6.9%
Core i3-9100 57 7.9%
Core i3-9100F 57 7.9%
Estimated FPS by game1440p, high, Core i3-8350K
GameEst. FPSVRAM
Cyberpunk 2077 20 9.8 GB needed
Fortnite 52 OK
Counter-Strike 2 95 OK
Baldur's Gate 3 38 OK
Red Dead Redemption 2 29 8.1 GB needed
Microsoft Flight Simulator 2024 26 9.2 GB needed
Against its closest neighbours1080p, high
PartEst. FPSDifference
Arc 5 B580 57 fps 0%
TITAN X Pascal 57 fps 0%
GeForce RTX 2080 SUPER 57 fps this part
Radeon RX 6650 XT 57 fps 0%
GeForce RTX 4060 56 fps -2%

Every row measured against the same processor, so the difference shown comes from the parts themselves rather than from unrelated systems.

What CPU should I pair with a GeForce RTX 2080 SUPER?

At 1080p the best match from our database is the Core i3-8350K, which leaves only 3.3% of the combined potential unused and lands around 57 fps in a typical AAA title. The table above lists five more, ranked by how little each pairing wastes rather than by raw speed.

Bear in mind that the right processor depends on the resolution you play at. At 1440p and 4K the card does proportionally more of the work, so a cheaper chip than the one listed will keep up — the pairing only gets tighter as resolution falls. At 4K this card is 99% utilised, so almost any modern processor is sufficient.

Who a GeForce RTX 2080 SUPER is actually for

This is mainstream 1080p hardware. At that resolution it is usually the component doing the limiting, which is good news for pairing — it will not be held back by a modest processor, so there is no need to spend heavily on the chip beside it.

Pushing it to 1440p is possible in lighter titles, but expect to drop settings in demanding ones.

8 GB is this card's real limit

6 of the 16 titles we model exceed 8 GB at 1440p and high settings. On this card memory, not shader throughput, is the thing that will make modern games stutter. Texture quality is the setting to lower first, and it usually costs less visual fidelity than the alternatives.

A note on age

Released in 2019, this card is 7 years old. Beyond raw speed, older hardware misses features newer engines increasingly assume — mesh shaders, hardware ray tracing, and the newest upscalers. A modern title may run worse than these numbers suggest, or refuse to launch, for reasons the model cannot see.

Is 8 GB of VRAM enough for the GeForce RTX 2080 SUPER?

Not everywhere. At 1440p on the high preset, 8 GB falls short in 6 of the 16 titles we model. Running out of video memory causes frame time spikes rather than a smooth drop in the average, so it feels worse than the numbers suggest.

What bottlenecks a GeForce RTX 2080 SUPER?

At 1080p this card is normally the limiting component itself. At 4K it is 99% utilised, meaning nearly all the work sits on the card and the processor barely matters.

Where it sits

Ranked 58 of 126 desktop cards we model. Nearest faster: Arc 5 B580 , TITAN X Pascal . Just below: Radeon RX 6650 XT , GeForce RTX 4060 . Full method on the methodology page.