Intel Core i9-11900K + Intel Arc A750
Will they bottleneck? Here’s the verdict at 1440p gaming — and how it shifts with resolution.
Intel Core i9-11900K
8c / 16t · 5.3 GHz · 125W
Intel Arc A750
8 GB VRAM · 17.2 TFLOPS · 225W
8% GPU-bound. The Intel Arc A750 is holding back the Intel Core i9-11900K.
GPU is the limiting factor at 1440p gaming. CPU has roughly 8% of headroom available.
GRADE
B
PSU MIN
650W
CONFIDENCE
77%
THE SHORT ANSWER
The Intel Core i9-11900K + Intel Arc A750 pairing is rated Grade B for 1440p gaming with a recommended 650W PSU. Resolution-by-resolution: 1080p: 5% GPU-bound, 1440p: 8% GPU-bound, 4K: 10% GPU-bound. CPU and GPU bottleneck verdicts depend on resolution — a pairing that is CPU-bound at 1080p is often perfectly balanced at 4K because the GPU does more work per frame as pixel count increases.
Engine accuracy: 21.6% MAE on measured FPS · methodology
Plain-English breakdown.
What this pairing actually means when you sit down to play.
The Intel Core i9-11900K + Intel Arc A750 pair is 8% GPU-limited at 1440p. Same pattern at 1080p and 4K. As a build, it grades solid mid-range (B).
Expect around 250 FPS in League of Legends and ~61 in the more demanding Alan Wake 2 — both at 1440p with high or ultra presets. Resolution matters more than most calculators show — the same parts give different verdicts at 1080p, 1440p, and 4K because GPU work scales with pixel count while CPU work is roughly fixed per frame.
If you upgrade the gpu, the AMD Radeon RX 6800 is the closest higher-tier option — see the swap recommendations below for the FPS lift. Plan on at least a 650W PSU — that includes headroom for transient spikes on the Intel Arc A750.
The same pair gives a different answer at 1080p, 1440p, and 4K.
Higher resolutions push work onto the GPU — watch the balance shift.
1080P
5% GPU-bound
1440P
8% GPU-bound
4K
10% GPU-bound
Expected frame rates in 10 popular games.
At 1440p, high settings — measured where we have benchmarks, modeled otherwise.
- League of Legends250 fps · Estimated · low
- Apex Legends213 fps · Estimated · low
- Forza Horizon 5104 fps · Estimated · low
- The Witcher 3: Wild Hunt101 fps · Estimated · low
- Call of Duty: Warzone84 fps · Estimated · low
- Alan Wake 261 fps · Estimated · low
- Hogwarts Legacy63 fps · Estimated · low
- Starfield64 fps · Estimated · low
Compare similar builds.
Swap one part and see how the verdict moves.
These GPUs would unlock more of the Intel Core i9-11900K.
A better-matched graphics card closes the gap — closest tiers first.
Common questions.
Straight answers for the Intel Core i9-11900K + Intel Arc A750.
Can the Intel Core i9-11900K run the Intel Arc A750?
Yes — the Intel Core i9-11900K runs the Intel Arc A750 comfortably. At 1440p the Intel Arc A750 is the limiting part (8% GPU-bound), which is the ideal balance: the Intel Core i9-11900K has headroom to spare, so you get the GPU's full performance.
Will the Intel Arc A750 bottleneck the Intel Core i9-11900K?
The Intel Core i9-11900K + Intel Arc A750 pairing is rated Grade B for 1440p gaming with a recommended 650W PSU. Resolution-by-resolution: 1080p: 5% GPU-bound, 1440p: 8% GPU-bound, 4K: 10% GPU-bound. CPU and GPU bottleneck verdicts depend on resolution — a pairing that is CPU-bound at 1080p is often perfectly balanced at 4K because the GPU does more work per frame as pixel count increases.
What PSU do I need for a Intel Core i9-11900K + Intel Arc A750 build?
For a Intel Core i9-11900K (125W TDP) paired with a Intel Arc A750 (225W TDP), we recommend a 650W power supply at minimum. This includes 40% headroom over the parts' combined TDP plus 100W for the motherboard, RAM, fans, and storage.
Run your own combination.
Swap in a different CPU, GPU, resolution, or use case and get a fresh verdict — in under 30 seconds.
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