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IntelBX80677I57600K
AMD100-100001277WOF
▲ 7418,202 ▼

4 Cores, 4 Threads @3.8GHz, Kaby Lake.
Release date: Q1 2017.

VS
▲ 52209 ▼

16 Cores, 32 Threads @4.3GHz, Zen5.
Release date: Q3 2024.

Effective Speed 
+56%
Real World Speed
Performance profile from 195,104 user samples
Benchmark your CPU here
195,006 User Benchmarks
Best Bench: 89% Base clock 3.8 GHz, turbo 5.15 GHz (avg)
Worst Bench: 59% Base clock 3.8 GHz, turbo 1.05 GHz (avg)
Poor: 59% Great: 89%
SPEED RANK: 318th / 1468
Gaming
Gaming 76%
Battleship
Desktop
Desktop 84%
Aircraft carrier
Workstation
Workstation 58%
Gunboat
98 User Benchmarks
Great bench: 133% Base clock 4.3 GHz, turbo 5.45 GHz (avg)
Poor bench: 101% Base clock 4.3 GHz, turbo 3.65 GHz (avg)
Poor: 101% Great: 133%
SPEED RANK: 28th / 1468
Gaming
Gaming 118%
UFO
Desktop
Desktop 121%
UFO
Workstation
Workstation 163%
UFO
Effective Speed
Effective CPU Speed 		75.8 % 118 % Much faster effective speed.
+56%
Average Score 
+118%
Memory
Avg. Memory Latency 		85.4 Pts Slightly lower memory latency.
+9% 		78.4 Pts
1-Core
Avg. Single Core Speed 		120 Pts 229 Pts Hugely faster single-core speed.
+91%
2-Core
Avg. Dual Core Speed 		237 Pts 448 Pts Hugely faster dual-core speed.
+89%
4-Core
Avg. Quad Core Speed 		379 Pts 840 Pts Hugely faster quad-core speed.
+122%
8-Core
Avg. Octa Core Speed 		403 Pts 1,598 Pts Hugely faster octa-core speed.
+297%
Overclocked Score 
+99%
Memory
OC Memory Latency 		95.8 Pts Slightly lower OC memory latency.
+6% 		90.8 Pts
1-Core
OC Single Core Speed 		144 Pts 243 Pts Much faster OC single-core speed.
+69%
2-Core
OC Dual Core Speed 		286 Pts 486 Pts Much faster OC dual-core speed.
+70%
4-Core
OC Quad Core Speed 		490 Pts 949 Pts Hugely faster OC quad-core speed.
+94%
8-Core
OC Octa Core Speed 		504 Pts 1,856 Pts Hugely faster OC octa-core speed.
+268%
Value & Sentiment 
+882%
Market Share
Based on 68,981,615 CPUs tested
See market share leaders
Market Share
Market Share (trailing 30 days) 		0.35 % Insanely higher market share.
+3,400% 		0.01 %
Value
Value For Money 		95.4 % +2% 93.4 %
User Rating
UBM User Rating 		74 % Much more popular.
+42% 		52 %
Price
Price (score) 		$120 Hugely cheaper.
+82% 		$649
Nice To Haves 
+327%
Age
Newest 		94 Months 2 Months Hugely more recent.
+98%
TDP
Thermal Design Power (TDP) 		91 Watts Much more energy efficient.
+46% 		170 Watts
Cores
CPU Processing Cores 		4 cores 16 cores Hugely higher core count.
+300%
Threads
CPU Processing Threads 		4 threads 32 threads Hugely higher thread count.
+700%
Lithography
Manufacturing process 		14 nm 4 nm Much newer manufacturing.
+71%
Base Clock
Base Clock Speed 		3.8 GHz 4.3 GHz Faster base frequency.
+13%
Turbo Clock
Turbo Clock Speed 		4.2 GHz 5.7 GHz Much faster turbo frequency.
+36%
64-Core
OC Multi Core Speed 		510 Pts 4,733 Pts Hugely faster OC 64-core speed.
+828%
64-Core
Avg. Multi Core Speed 		407 Pts 4,240 Pts Hugely faster 64-core speed.
+942%
Specifications 
Graphics
Integrated Graphics 		HD 630 RDNA2
Series
CPU Architecture 		Kaby Lake Zen5
Socket
Motherboard Socket 		FCLGA1151 AM5
Series
CPU Architecture 		Kaby Lake Zen5
Socket
Motherboard Socket 		FCLGA1151 AM5
Graphics
Integrated Graphics 		HD 630 RDNA2
Conclusion 
Average Bench 75.8%
Average Bench 118%

The i5-7600K targets high end gamers, it sits just behind the flagship i7-7700K in Intel’s Kaby Lake lineup. The 7600K will likely be the most popular gaming CPU of 2017 (some competition from AMD’s upcoming Zen/Ryzen CPUs, would be very welcome). Comparing the 7600K and 6600K shows that the two processors are very closely matched and comparing the 7600K vs the hyper-threaded 7700K highlights the relative strength of the 7700K for workstation performance. There are no significant architectural differences between Kaby Lake and Skylake so, when fully overclocked, the two generations should perform similarly but Kaby Lake offers faster base clocks, improved speed shift technology which helps CPU responsiveness, and better integrated graphics. [Jan '17 CPUPro]

MORE DETAILS

The Ryzen 9000 CPUs have the same integrated graphics, PCIe lanes, USB support and DRAM controller as the Ryzen 7000 series. The only difference is improved cores which have moved from TSMC's 5 nm process to 4 nm. The new cores offer 15% more performance under cherry-picked conditions but for latency-sensitive workloads, like gaming, they are just few percent faster. The 9600X, 9700X, 9900X, and 9950X are priced at $280, $360, $500, and $650, respectively, making them $80-$200 USD more expensive than the 7000 series. Since the 7000 series flopped (7800X3D somewhat excluded) due to unrealistic pricing, slow boot times, high platform costs and windows gamebar requirements etc., the 9000 series is more or less DOA. When the 9000X3D variants launch (expected in early 2025) gamers who play cache sensitive games such as SoTTR or Factorio with a 4090 and don’t mind frame drops, may find value in the 9800X3D. Meanwhile, Intel’s 12th and 13th gen CPUs continue to offer the best value for money in today’s market. Furthermore, Intel is scheduled to launch Arrow-Lake (est. +10% performance vs 14th gen) and Lunar-Lake (snapdragon competitive x86 battery life) this year, but they face serious challenges due to reliance on marketers who are mostly funded by AMD. Even if Arrow and Lunar Lake deliver stellar performance, without significant improvements in social media marketing: forums, reddit, youtube etc., Intel now face the very real risk of bankruptcy (third worst-performing S&P500 stock from Jan to Aug 2024). [Aug '24 CPUPro]

MORE DETAILS

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We calculate effective speed which measures real world performance for typical users. Effective speed is adjusted by current prices to yield a value for money rating. Our calculated values are checked against thousands of individual user ratings. The customizable table below combines these factors to bring you the definitive list of top CPUs. [CPUPro]

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Processors FAQ
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The Best
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