UserBenchmark: AMD Ryzen 7 3800X vs Intel Core i7-8700K

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Watch Comparable Gameplay: 10600K vs 3700X


CSGO Dust 2 1080p Max	284 EFps	Better CSGO EFps. +22%	233 EFps
GTAV Franklin & Lamar 1080p Max	106 EFps	+1%	105 EFps
Overwatch Temple of Anubis 1080p Max	139 EFps	Slightly Better Overwatch EFps. +7%	130 EFps
PUBG M249 Training 1080p Max	139 EFps	Better PUBG EFps. +12%	124 EFps
Fortnite UserBenchmark Island 1080p Max	139 EFps		141 EFps	+1%

Real World Speed

Performance profile from 887,409 user samples

Benchmark your CPU here

746,287 User Benchmarks

Best Bench: 100% Base clock 3.7 GHz, turbo 5.05 GHz (avg)
Worst Bench: 76% Base clock 3.7 GHz, turbo 0.8 GHz (avg)

Poor: 76% Great: 100%

SPEED RANK: 167^th / 1468

Gaming 88%

Aircraft carrier

Desktop 90%

Nuclear submarine

Workstation 80%

Battleship

141,122 User Benchmarks

Best Bench: 96% Base clock 3.9 GHz, turbo 4.3 GHz (avg)
Worst Bench: 78% Base clock 3.9 GHz, turbo 4.1 GHz (avg)

Poor: 78% Great: 96%

SPEED RANK: 180^th / 1468

Gaming 87%

Aircraft carrier

Desktop 89%

Aircraft carrier

Workstation 89%

Aircraft carrier


Effective Speed Effective CPU Speed		88.4 %	+2%		87 %


10 Mar21\|HardwareLUXX Processor non grata: Rocket Lake-S...		1 %	BFV 11%			SotTR 2%, MetroEx 4%, Divis2 2%
30 Oct19\|Gamers Nexus Intel i9-9900KS Review: Overclocki...		3 %	Hitm2 3%, TWarW2 1%, F118 0%, SotTR 11%			GTAV 2%


Memory Avg. Memory Latency	90.1 Pts	Lower memory latency. +18%	76.3 Pts
1-Core Avg. Single Core Speed	128 Pts		141 Pts	Faster single-core speed. +10%
2-Core Avg. Dual Core Speed	249 Pts		276 Pts	Faster dual-core speed. +11%
4-Core Avg. Quad Core Speed	466 Pts		524 Pts	Faster quad-core speed. +12%
8-Core Avg. Octa Core Speed	770 Pts		922 Pts	Faster octa-core speed. +20%


Memory OC Memory Latency	96.5 Pts	Slightly lower OC memory latency. +9%	88.8 Pts
1-Core OC Single Core Speed	148 Pts		148 Pts
2-Core OC Dual Core Speed	292 Pts		293 Pts	+0%
4-Core OC Quad Core Speed	558 Pts		572 Pts	+3%
8-Core OC Octa Core Speed	892 Pts		1,034 Pts	Faster OC octa-core speed. +16%

Market Share

Based on 69,051,733 CPUs tested

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Market Share Market Share (trailing 30 days)	1.49 %	Hugely higher market share. +728%	0.18 %
Value Value For Money	103 %	+5%	98.1 %
User Rating UBM User Rating	82 %	More popular. +22%	67 %
Price Price (score)	$160	Cheaper. +11%	$180


Age Newest	85 Months		64 Months	More recent. +25%
TDP Thermal Design Power (TDP)	95 Watts	Slightly more energy efficient. +10%	105 Watts
Cores CPU Processing Cores	6 cores		8 cores	Much higher core count. +33%
Threads CPU Processing Threads	12 threads		16 threads	Much higher thread count. +33%
Lithography Manufacturing process	14 nm		7 nm	Much newer manufacturing. +50%
Base Clock Base Clock Speed	3.7 GHz		3.9 GHz	Slightly faster base frequency. +5%
Turbo Clock Turbo Clock Speed	4.7 GHz	+4%	4.5 GHz
64-Core OC Multi Core Speed	1,147 Pts		1,506 Pts	Much faster OC 64-core speed. +31%
64-Core Avg. Multi Core Speed	971 Pts		1,401 Pts	Much faster 64-core speed. +44%


Series CPU Architecture	Coffee Lake	Zen2
Socket Motherboard Socket	FCLGA1151	AM4
Graphics Integrated Graphics	UHD 630	None

The i7-8700K is Intel’s latest, top of the range, 8th generation Coffee Lake processor. Like Kaby Lake and Sky Lake before that, Coffee Lake is based on Intel’s 14nm architecture which has been slightly optimized on each iteration. Following AMD’s modus operandi, Intel has upped the cores and threads across the range of their CPUs. In previous generations, a 6-core processor would have been a high-end desk-top (HEDT) processor, however the i7-8700K is the first Intel CPU with 6 cores and 12 threads to be classified (and priced) as a mainstream consumer processor. Specifically, the i7-8700K features a base clock speed of 3.7 GHz which boosts to 4.7 GHz (4.5 GHz for the previous generation i7-7700k), 12MB of smart (L3) cache and 2 channels of DDR4 RAM. The majority of the performance improvements over the 7th generation stem from the higher core count which results in a 50% increase in multi-core speed between the i7-7700k and i7-8700k. A new motherboard will need to be factored into the budget when upgrading to the 8700K as it requires a new Intel Z370 chipset which has supposedly been designed to better deliver power to CPUs with a greater number of cores. Also available in this latest release of CPUs is the 6 core 6 thread i5-8600k which is a more rational option (around $100 cheaper) for the vast majority of users that don’t require hyper-threading. Sandy bridge owners can finally justify an upgrade but with the next iteration of AMD's Zen architecture just around the corner the CPU market will be a lot faster moving now that Intel, once again, has to compete. ^{[Sep '17 CPUPro]}

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The Ryzen 7 3800X is an 8-core, 16-thread high end desktop Zen 2 processor, built on AMD’s seminal 7nm manufacturing process. It has a boost clock speed of 4.5 GHz, overtaking the previous Zen+ flagship, the Ryzen 7 2700X, by 200 MHz and around 16% in terms of effective speed. The 3800X is available at launch for $399 USD alongside four other new Zen 2 processors, including the similarly specified Ryzen 7 3700X. The main differences between the 3800X and 3700X being an extra 100 MHz of boost clock frequency on the 3800X and extra TDP headroom (105W for the 3800X versus 65W for the 3700X) for a $70 USD premium. The 21% higher release price translates to just a 2% higher effective speed over the 3700X. The 3800X is in direct competition with Intel’s i7-9700K, benchmarks show that, when overclocked, the 3800X is 10% worse for gaming but 30% faster for 64-core processing. The 3800X is also 15% ($50 USD) more expensive than the i7-9700K. Additionally, the 3800X's memory controller, although significantly improved over previous Ryzen iterations, still has limited bandwidth and high latency which can also impact gaming. Like the other third generation Ryzen processors, the 3800X is compatible with the new PCIe 4.0 enabled X570 chipset as well as the 400 and 300 series motherboards. At $380 USD, the 3800X offers reasonable value for purely workstation tasks such as film production but streamers should look elsewhere. Streaming with dedicated hardware such as NVENC or a separate stream PC will nearly always result in fewer dropped frames. ^{[Jul '19 CPUPro]}

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CPU	GPU	SSD
Intel Core i5-13600K $210	Nvidia RTX 4060 $285	WD Black SN850X M.2 2TB $125
Intel Core i5-12600K $155	Nvidia RTX 4060-Ti $389	WD Black SN850X M.2 1TB $80
Intel Core i5-12400F $111	Nvidia RTX 4070 $500	Crucial T700 M.2 4TB $320

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