Best GPUs for this CPU, bottleneck check, and compatible graphics cards
Core Ultra 9 288V / Intel made / Core Ultra / Released 2024 Also known as: 288V / CoreUltra9288V
Core Ultra 9 288V (Intel, released in 2024, also listed as 288V / CoreUltra9288V) is a CPU with a performance score of 28,000, 8C / 8T, TDP 30W. If GPU compatibility and performance balance are poor, a Bottleneck occurs, preventing the GPU or CPU from reaching its full potential. In our estimate, the GPU that pairs best with Core Ultra 9 288V is GeForce RTX 4080 Laptop GPU (estimated bottleneck: about 0%). Below are the top 5 compatible GPUs and a guide to GPUs to avoid.
GPUs are ordered by proximity to the ideal CPU:GPU ratio of 0.9:1. A lower bottleneck percentage means the combination can use more of its performance.
Core Ultra 9 288V is a laptop CPU. In most laptops the GPU is mounted on the mainboard, so a separate graphics card cannot be added. The list below estimates performance balance with laptop GPUs of a similar class.
If you want higher graphics settings or plan to keep the PC for years, you can pick a GPU one step stronger. Core Ultra 9 288V will fall slightly behind (a bottleneck of 10% or less), but a later CPU upgrade will let the GPU run at full strength.
The Bottleneck Checker opens with Core Ultra 9 288V already selected.
Core Ultra 9 288V (288V / CoreUltra9288V) has a performance score of 28,000 points. Using the same CPU:GPU ≈ 0.9:1 standard as the checker, compatibility by GPU score is shown below.
| GPU Score to Pair | Rating | What It Means |
|---|---|---|
| Below 17,037 points | GPU Too Weak | The GPU is too weak for this CPU. Some of Core Ultra 9 288V performance remains unused (e.g., GeForce RTX 4050 Laptop GPU) |
| 17,037–28,395 points | Great Match: 10% or Less | Optimal balance. Both CPU and GPU can deliver nearly full performance (ideal: about 25,556 pts) |
| 28,395–34,074 points | Acceptable: 10–25% | The GPU is somewhat strong. This is practical, but the CPU may hold it back under heavy load. |
| Over 34,074 points | CPU Bottleneck: Over 25% | The GPU is too powerful for Core Ultra 9 288V to use fully |
Note: Perceived results vary by resolution and game (GPU matters more at 4K, while CPU matters more at high-fps Full HD). For an exact estimate, use the Bottleneck Checker.
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These CPUs have similar performance scores and may be useful replacement or comparison candidates.
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Our estimate finds that GeForce RTX 4080 Laptop GPU offers the best balance, with an estimated bottleneck of about 0%. A CPU-to-GPU performance ratio near 0.9:1 tends to use both parts effectively. See the top 5 compatible GPUs in the table on this page.
Pairing a very powerful GPU is likely to create a CPU bottleneck.Conversely, a GPU below 17,037 points（例: GeForce RTX 4050 Laptop GPU） leaves some of Core Ultra 9 288V performance unused.
Core Ultra 9 288V has 8 cores and 8 threads.Its base clock is 3.3GHz and maximum boost clock is 5.1GHz.The socket is BGA.
Core Ultra 9 288V has a TDP of 30W. As a guideline, choose a power supply that covers the CPU TDP plus GPU power draw, with additional headroom.
Its performance score is 28,000 points. CPU–GPU balance matters for games, while core count (8C / 8T) matters for video editing and AI preprocessing. Check the top 5 GPUs above for your use case. GPU VRAM is the main factor for running generative AI, so also see each GPU detail page.
