Best GPU for the Core i5-10400F (2026)

Short answer: For a balanced build with the Core i5-10400F, the fastest graphics card that does not hit a CPU bottleneck is the RTX 3060 at 1080p, the RX 7600 at 1440p and the Arc B580 at 4K. On a tight budget, the RTX 3060 is the entry point for about 60 FPS on High at 1080p in demanding games.

The Core i5-10400F is a Comet Lake processor on the LGA1200 platform (2020). Its gaming speed sets a ceiling on how much graphics card it can feed: above that, the card waits for the CPU and you pay for performance you cannot use. We ran every current graphics card through our bottleneck calculator and FPS model with this CPU to find where that ceiling is.

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Best GPU for Core i5-10400F: our picks

• Budget pick: RTX 3060. The slowest current card that averages 60+ FPS at 1080p High in demanding games (about 71 FPS).
• Best for 1440p: RX 7600. Balanced at 1440p (10% CPU) with about 57 FPS on average in demanding games.
• Best for 4K: Arc B580. At 4K the graphics card does most of the work, so the Core i5-10400F can feed a faster card (16% GPU).

Every current graphics card with the Core i5-10400F

Graphics card	1080p	1440p	4K	Avg FPS 1440p	Fit
RTX 3060	19% CPU	1% CPU	26% GPU	53	Good at 1440p+
RTX 5050	23% CPU	6% CPU	23% GPU	54	Good at 1440p+
RX 7600	26% CPU	10% CPU	19% GPU	57	Good at 1440p+
RTX 4060	27% CPU	12% CPU	18% GPU	58	4K only
Arc B580	28% CPU	14% CPU	16% GPU	62	4K only
RTX 5060	30% CPU	17% CPU	14% GPU	66	4K only
RX 9060 XT 16GB	32% CPU	19% CPU	11% GPU	72	4K only
RTX 4060 Ti	31% CPU	18% CPU	12% GPU	69	4K only
RTX 5060 Ti 16GB	34% CPU	23% CPU	6% GPU	80	4K only
RTX 4070	36% CPU	25% CPU	3% GPU	84	4K only
RX 7800 XT	37% CPU	27% CPU	1% CPU	88	4K only
RTX 4070 Super	38% CPU	27% CPU	2% CPU	89	4K only
RTX 5070	38% CPU	28% CPU	3% CPU	90	4K only
RX 9070	39% CPU	30% CPU	5% CPU	92	4K only
RTX 4070 Ti Super	39% CPU	30% CPU	7% CPU	93	4K only
RTX 5070 Ti	40% CPU	31% CPU	9% CPU	93	4K only
RX 9070 XT	41% CPU	32% CPU	10% CPU	93	4K only
RTX 4080 Super	41% CPU	33% CPU	11% CPU	93	Too fast for this CPU
RX 7900 XTX	42% CPU	34% CPU	13% CPU	93	Too fast for this CPU
RTX 5080	42% CPU	34% CPU	14% CPU	93	Too fast for this CPU
RTX 4090	43% CPU	35% CPU	16% CPU	93	Too fast for this CPU
RTX 5090	44% CPU	36% CPU	17% CPU	93	Too fast for this CPU

Best GPU for Core i5-10400F: how to choose

• Match the card to your monitor. At 1080p the CPU matters most, so pick from the 1080p column. At 1440p and 4K the graphics card does more of the work and you can go faster.
• Get enough VRAM. 8 GB is now the limit in several new games at 1440p and with high textures. 12–16 GB is the safer choice for a card you will keep for years.
• Plan for the power supply. The Core i5-10400F draws up to about 134 W. Add the card’s board power and 100 W, then 25% headroom. See the PSU calculator.
• Going faster than the 1440p pick is not wasted at 4K, but at 1080p the extra speed mostly shows as lower GPU usage.

Best GPU for Core i5-10400F: frequently asked questions

What is the best GPU for the Core i5-10400F?

For 1440p, the RX 7600 is the fastest card that stays balanced. For 1080p, pick the RTX 3060. For 4K, the Arc B580.

Will the Core i5-10400F bottleneck an RTX 5070?

Our calculator gives 38% CPU at 1080p, 28% CPU at 1440p and 3% CPU at 4K. So the CPU holds it back below 4K.

Can the Core i5-10400F handle an RTX 5090?

It works, but the bottleneck is 44% CPU at 1080p and 17% CPU at 4K. Even at 4K the card would wait for the CPU, so a faster processor is the better pairing.

How much VRAM do I need?

8 GB still works at 1080p on High in most games, but 12 GB or more is the safer pick for 1440p, high textures and ray tracing in new games.

Core i5-10400F pair results

All CPU and GPU pair results

Related guides

• Best GPU for the Ryzen 5 3600
• Best GPU for the Core i3-12100F
• All “best GPU for” guides

Sources: Tom’s Hardware GPU hierarchy, Tom’s Hardware CPU hierarchy, TechSpot CPU and GPU scaling tests, TechPowerUp GPU database, and manufacturer specifications from AMD, Intel and NVIDIA. Bottleneck and FPS figures come from our own bottleneck and FPS models.