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i5-11400F vs i7-9700F

Performance comparison: which is faster?

Core i5-11400F (Intel, 2021) and Core i7-9700F (Intel, 2019) are compared here. Compare not only scores, but also whether the motherboard can be reused and which GPU class is balanced with each CPU.

Overall performance: nearly equal

The sockets differ (LGA1200 / LGA1151), so switching requires a motherboard replacement. For games, performance balance with the GPU (guideline CPU:GPU = 0.9:1) matters more than CPU speed alone.

Intel / 11th Gen
i5-11400F
15,300 pts
LGA1200 · 2021
Compatible GPU: Radeon RX 6700 XT
Intel / 9th Gen
i7-9700F
15,300 pts
LGA1151 · 2019
Compatible GPU: Radeon RX 7700 XT

Performance Score Comparison

i5-11400F15,300 pts
i7-9700F15,300 pts

Relative performance score (higher is faster). Actual speed varies by workload, cooling, and memory configuration.

Specification Comparison

Itemi5-11400Fi7-9700F
Performance Score15,30015,300
Generation11th Gen9th Gen
SocketLGA1200LGA1151
Release Year20212019
TypeDesktopDesktop
Compatible GPU ExampleRadeon RX 6700 XTRadeon RX 7700 XT

Which Should You Choose?

If You Want To...Recommended
Prioritize maximum speed for heavy work or a high-end GPUi5-11400F
Upgrade while reusing the current motherboardChoose the CPU matching your motherboard socket
Prioritize value and adequate performancei5-11400F (the lower model is often sufficient)

Check the Bottleneck with Your GPU →

FAQ

Which is faster, i5-11400F or i7-9700F?

Their scores are nearly identical (i5-11400F: 15300 points / i7-9700F: 15300 points). Choose the less expensive option or the one that fits your current motherboard.

How do the generation and socket differ between i5-11400F and i7-9700F?

i5-11400F is 11th Gen, while i7-9700F is 9th Gen.The sockets differ (LGA1200 / LGA1151), so switching requires a motherboard replacement.

Which GPUs pair well with i5-11400F and i7-9700F?

Using our CPU:GPU = 0.9:1 guideline, Radeon RX 6700 XT pairs well with i5-11400F and Radeon RX 7700 XT pairs well with i7-9700F. If either GPU is too strong or too weak, one part holds the other back.

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