Radeon RX 6950 XT bottleneck & FPS

Ranked 16 of 126 desktop graphics cards in our database (87th percentile). Paired with a Core i9-11900K it lands near 124 fps at 1080p and 35 fps at 4K in a typical AAA title at high settings.

SpecificationsRDNA 2 · 2022

Architecture	RDNA 2
Shading units	5,120
Boost clock	2,310 MHz
Memory	16 GB
Memory bandwidth	576 GB/s
Board power	335 W
Released	2022

Frame rate by resolutionwith Core i9-11900K, high

Resolution	Est. FPS	GPU load	Limited by
1920 x 1080	124	98%	Balanced
2560 x 1440	73	99%	Graphics card
3440 x 1440	56	99%	Graphics card
3840 x 2160	35	99%	Graphics card

Best matched processors1080p, 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.

Processor	Est. FPS	Unused
Core i9-11900K	124	0.2%
Core i9-11900KF	124	0.2%
Core i5-13400	124	1.6%
Core i5-13400F	124	1.6%
Ryzen 7 5700X	124	1.8%
Ryzen 7 5800	124	1.8%

Estimated FPS by game1440p, high, Core i9-11900K

Game	Est. FPS	VRAM
Cyberpunk 2077	50	OK
Fortnite	102	OK
Counter-Strike 2	179	OK
Baldur's Gate 3	73	OK
Red Dead Redemption 2	56	OK
Microsoft Flight Simulator 2024	61	OK

Who a Radeon RX 6950 XT is actually for

This sits in the range where most enthusiast builds land, and it is the range where pairing matters most. Fast enough that a budget processor will hold it back at 1080p; not so fast that it stops caring about resolution. Get the pairing right and very little is wasted.

The sweet spot is 1440p. At that resolution the card is doing enough work to stay busy without the processor needing to be exceptional.

Is 16 GB enough?

At 1440p and high settings, 16 GB clears every title we model with room to spare. Memory is not the constraint on this card, and it is unlikely to become one within its useful life.

Where it sits

Ranked 16 of 126 desktop cards we model. Nearest faster: GeForce RTX 4070 Super, GeForce RTX 3090. Just below: Radeon RX 9070, GeForce RTX 3080 Ti 20 GB. Full method on the methodology page.