UserBenchmark: AMD Ryzen 7 3800X vs Intel Core i5-11600K

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IntelBX8070811600K

BUY • $180

AMD100-100000025BOX

BUY • $295

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Watch Comparable Gameplay: 11600K vs 3700X


CSGO Dust 2 1080p Max	296 EFps	Better CSGO EFps. +27%	233 EFps
GTAV Franklin & Lamar 1080p Max	108 EFps	+3%	105 EFps
Overwatch Temple of Anubis 1080p Max	142 EFps	Slightly Better Overwatch EFps. +9%	130 EFps
PUBG M249 Training 1080p Max	143 EFps	Better PUBG EFps. +15%	124 EFps
Fortnite UserBenchmark Island 1080p Max	134 EFps		141 EFps	Slightly Better Fortnite EFps. +5%

Real World Speed

Performance profile from 185,088 user samples

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43,966 User Benchmarks

Best Bench: 108% Base clock 3.9 GHz, turbo 5.2 GHz (avg)
Worst Bench: 91% Base clock 3.9 GHz, turbo 2.7 GHz (avg)

Poor: 91% Great: 108%

SPEED RANK: 76^th / 1442

Gaming 99%

Nuclear submarine

Desktop 102%

UFO

Workstation 92%

Nuclear submarine

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: 159^th / 1442

Gaming 87%

Aircraft carrier

Desktop 89%

Aircraft carrier

Workstation 89%

Aircraft carrier


Effective Speed Effective CPU Speed		99.3 %	Faster effective speed. +14%		87 %


Memory Avg. Memory Latency	88.4 Pts	Lower memory latency. +16%	76.3 Pts
1-Core Avg. Single Core Speed	162 Pts	Faster single-core speed. +15%	141 Pts
2-Core Avg. Dual Core Speed	313 Pts	Faster dual-core speed. +13%	276 Pts
4-Core Avg. Quad Core Speed	592 Pts	Faster quad-core speed. +13%	524 Pts
8-Core Avg. Octa Core Speed	945 Pts	+2%	922 Pts


Memory OC Memory Latency	95.4 Pts	Slightly lower OC memory latency. +7%	88.8 Pts
1-Core OC Single Core Speed	172 Pts	Faster OC single-core speed. +16%	148 Pts
2-Core OC Dual Core Speed	338 Pts	Faster OC dual-core speed. +15%	293 Pts
4-Core OC Quad Core Speed	661 Pts	Faster OC quad-core speed. +16%	572 Pts
8-Core OC Octa Core Speed	1034 Pts		1034 Pts

Market Share

Based on 67,762,148 CPUs tested

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Market Share Market Share (trailing 30 days)	0.29 %	Much higher market share. +71%	0.17 %
Value Value For Money	112 %	Much better value. +31%	85.6 %
User Rating UBM User Rating	90 %	Much more popular. +34%	67 %
Price Price (score)	$180	Much cheaper. +39%	$295


Age Newest	36 Months	Much more recent. +37%	57 Months
TDP Thermal Design Power (TDP)	125 Watts		105 Watts	More energy efficient. +16%
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	3.9 GHz		3.9 GHz
Turbo Clock Turbo Clock Speed	4.9 GHz	Slightly faster turbo frequency. +9%	4.5 GHz
64-Core OC Multi Core Speed	1256 Pts		1506 Pts	Faster OC 64-core speed. +20%
64-Core Avg. Multi Core Speed	1165 Pts		1401 Pts	Faster 64-core speed. +20%


Series CPU Architecture	Rocket Lake	Zen2
Socket Motherboard Socket	FCLGA1200	AM4
Graphics Integrated Graphics	UHD 750	None

The i5-11600K is the best value "top tier" CPU in Intel’s 11th Gen Rocket Lake-S lineup. With a simple overclock it offers almost the same levels of performance as the 11900K. Rocket Lake brings higher IPC (early samples indicate +19%) which translates to around a 10% faster Effective Speed than both Intel's 10th Gen and AMD’s 5000 series. Despite Intel’s performance lead, AMD continues to outsell Intel. Given the scale of Intel's operation, it’s inexplicable that their marketing remains so neglected. Little effort is made to counter widespread disinformation such as: “it uses too much electricity” or the classic: “it needs more cores”. Intel’s marketing samples are routinely distributed to reviewers that appear better incentivized to bury Intel's products rather than review them. Not enabling XMP or only testing with BIOS power limits enabled is akin to leaving the handbrake on during a race. Mind-numbing “scientific” and rendering benchmarks are presented as gospel. Different games, mostly unplayed by real users, are cherry picked for each “review”. When it's convenient, canned game benchmarks are chosen such as Ulletical’s CSGO which runs at nearly double the in-game fps. Credible benchmark data, which necessarily includes replicable video footage from popular games, is the exception rather than the rule. At every release, AMD’s marketers coordinate narratives to ensure another feast of blue blubber. Nonetheless, towards the end of 2021, Intel’s Golden Cove is due to offer an additional 20-30% performance increase. At that time, with a net 30-40% performance lead, Intel will probably regain significant market share despite AMD's class-leading marketing. In the meantime, most PC gamers need look no further than the 11400F. ^{[Mar '21 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 $273	Nvidia RTX 4060 $295	Crucial MX500 250GB $40
Intel Core i5-12400F $133	Nvidia RTX 4060-Ti $385	Samsung 850 Evo 120GB $80
Intel Core i5-12600K $179	Nvidia RTX 4070 $539	Samsung 860 Evo 250GB $52

HDD	RAM	USB
Seagate Barracuda 1TB (2016) $39	Corsair Vengeance LPX DDR4 3200 C16 2x8GB $45	SanDisk Extreme 64GB $72
WD Blue 1TB (2012) $37	Corsair Vengeance LPX DDR4 3000 C15 2x8GB $43	SanDisk Extreme 32GB $28
Seagate Barracuda 2TB (2016) $51	G.SKILL Trident Z DDR4 3200 C14 4x16GB $351	SanDisk Ultra Fit 32GB $16

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