Ryzen 7 2700X review: AMD’s 2nd-gen CPUs nail the sequel - jordankiltance
Only over a year ago, AMD flipped the PC diligence happening its saying head with revolutionary Ryzen 7 processors that democratized CPU core counts in a right smart never seen before.
While the 2nd-gen Ryzen 7 2700X officially unveiled today (don't call off it Ryzen 2—that's coming later) doesn't quite shake things aweigh the means the original Ryzen chips did last year, it's a solidly good sequel that, in many slipway, is far better than what it replaces. And IT puts the squeeze back happening Intel's 8th-gen "Coffee Lake" processors, which upped their own core count to comeback Ryzen's terror.
This reassessmen focuses on the 2700X, but a total of four new chips take a leak up 2nd-gen introduction: ii 8-core group CPUs and two 6-core chips.
- The 8-heart Ryzen 7 2700X costs $329 happening Amazon.
- The 8-core Ryzen 7 2700 costs $299 on Amazon.
- The 6-Congress of Racial Equality Ryzen 5 2600X costs $229 on Amazon.
- The 6-core Ryzen 5 2600 costs $199 connected Amazon.
Rob Schultz/IDG 2nd-gen Ryzen CPU specs.
Inside Ryzen 2nd-gen CPUs
The new 2nd-gen Ryzen chips are based refined CPU cores that AMD calls "Zen+." While the first-gen Ryzen chips were reinforced happening a 14nm process, 2nd-gen Ryzen uses GlobalFoundries's new 12nm procedure, which helped AMD gain the time speed place all over the freehanded version.
The existent CPU micro-architecture hasn't changed, simply AMD said it has optimized the underlying circuits to decease latency. The L1 cache sees a 13 percent reduction and L3 shaves off 16 percentage, while the L2 achieves a whopping 34 percent latency drop. AMD says it wholly adds up to about an 11 per centum step-down in latency for main system RAM, too.
Internally, the buffalo chip arrangements are the same. The 8-core parts use three-fold CCX designs joined by AMD's Infinity Fabric technology. The 2nd-gen Ryzen 5 chips do the same, merely with one core per CCX disabled.
High time speeds with Precision Boost 2 and XFR2
https://www.amd.com/en/technologies/cpu-cooler-result The new Ryzen Master usefulness with 2nd gen Ryzen chips now lets you overclock all CCX. It too identifies the "best" core with a star and the runner-up effect with a circle.
Although the various latency improvements offer performance benefits, a great deal of 2nd-gen Ryzen's public presentation gains get directly from higher clock speeds. The innovative Ryzen 7 1800X lidded knocked out at 4GHz under boost conditions, and the 1700X maxed out at 3.8GHz. The Ryzen 7 2700X can hit 4.3GHz.
The higher overall clock speeds aren't the only improvement. Preciseness Boost 2, a greatly landscaped interpretation of the original technology, now pushes 2nd-gen Ryzen processors to higher time speeds on lighter loads that would have pushed the original Ryzen CPUs cancelled their boost modes. In certain loads that used only tercet or four duds, AMD aforesaid the Ryzen 7 2700X would run nearly 500MHz faster than the Ryzen 7 1800X.
AMD More of the improvements in 2nd Ryzen comes from higher clock speeds on more cores.
The "fillip" clock boosts from XFR2 have also been improved. The original XFR (or Extended Frequency Mountain chain) could kick in the CPU a 100MHz bump on the far side Preciseness Hike up's maximal if you were running an efficient cooling system solution, merely only when two cores were being used. With XFR2, if the check is cool sufficient, the 100MHz boost keister be applied to wholly cores and togs, just like the upgraded Precision Boost 2.
Going from a standard 95-watt cooler to the Ryzen 7 2700X's included Shade Optical prism with an ambient temperature of 90 degrees would yield 4 percent more performance thanks to XFR2, AMD said. Upgrading to a larger Noctua NH-D15S ice chest ($90 happening Newegg) and lowering the close temperature to 68 degrees would yield a 7 percent bump. This, AMD claims, all adds adequate to double-digit yields in performance in most tasks when compared to the archetypical-multiplication parts.
AM4 motherboard compatibility
MSI MSI's X470 Gaming M7 Actinium is gaming because it has RGB lights.
The 2nd-gen chips are fully matched with existing AM4 motherboards. AMD says IT has been including rudimentary BIOS support for the CPUs for a a couple of months, so the vast majority of motherboards on store shelves should be good to go out of the box. If the board won't boot though, you'll have to borrow a CPU from AMD and update the BIOS yourself.
Brand-new CPUs demand fresh motherboards though, and AMD is now oblation an enthusiast-class X470 chipset that supplements the capabilities of the alive X370 chipset. For the most region, it's a minor update and doesn't tender any extra ports or expansion. Most boards based on the X470, however, will offer the latest voltage regulation modules and may hit slightly higher overclocks.
One new X470 feature film that that jolly nifty is called StoreMI. StoreMI lets you yoke a Winchester drive with an SSD to improve performance. In some ways, IT's similar to what Intel does with Optane Memory modules.
[ Further interpretation: AMD Ryzen motherboards explained: The crucial differences in every AM4 chipset ]
And no, IT's not just caching the data either. StoreMI is actually a "micro-tiering" technology that moves often-used files to the speedy SSD and keeps stuff you don't touch on the much slower disk drive. It's not technically a cache because information technology doesn't flush your data when you big businessman sour. Most of it, anyway. StoreMI can too use upwards to 2GB of your system's RAM to cache hot data.
StoreMI is only set up in 400-series AMD motherboards the like the X470 options. If you're bummed because you'ray unmoving there with your X370 or other 300-series AMD board, you can get the same feature—for a price. StoreMI is basically a licensed adaptation of Enmotus' FuzeDrive which you buy for AMD's B350 and X370 motherboards.
AMD's secret weapon: The Wraith Prism cooler
Gordon Mah Ung AMD includes a burly unprecedented Specter Prism cooler in the boxwood with its top Ryzen 7 2700X.
The new Ryzen chips have a new approach to cooling, too.
AMD opted non to bundle CPU coolers with the first-gen "X"-branded Ryzen CPUs on the sound logical system that, well, enthusiasts building high-end machines would just put a stock cooler on the shelf and instal something better or else. AMD officials now say customers hold been request for its custom "Wraith" coolers even at the high-end, so it's now including them in the box.
The top-end Ryzen 7 2700X includes the original Wraith Optical prism tank, which features programmable RGB lights for the fan, logo, and fan cowling, likewise equally switchable performance modes. The default "L" position limits the fans to 2,800 rpm and 38dBA of noise, with a TDP evaluation of 116 watts. Flip it to "H" and the uttermost speeding goes adequate 3,600 rpm, progressive the TDP rating to 124 Watts. Noise also goes capable 47dBA on easy lay speed.
IDG The Spectre Prism's customizable RGB lights works with popular motherboard utilities or with its own utility when plugged into a USB header.
You can see to it the three zones of RGB lighting with the USB header connected and AMD's free utility. If you pick out to run information technology off your motherboard's proprietary lighting app, unfortunately, IT kit and boodle as but a single zone.
People used to the "just advantageous enough" fans bundled with Intel CPUs might barrack at whatsoever freebee, simply the Wraith Prism is a custom unit built to spec by Cooler Master. The reason IT's such a big get by here is its performance and included LED "bling" means you can chose to forgo an aftermarket cooler that might toll $30 to $60 (though it can't compare to liquid coolers or premium air coolers). Since Intel doesn't even include a tank with its "K"-series parts, this puts Core i7 even further down the cost hole against 2nd-gen Ryzen.
Gordon Mah Ung No, it's non "exactly" a Wraith Max with enthusiast lights. The Spook Prism includes direct-liaison heating pipes now.
Adjacent paginate: Application performance benchmarks
Application performance benchmarks
For our tests, we shapely three PCs and performed clean installs of the Windows 10 Fall Creators Update on each. We so installed the latest security patches and available BIOS updates for each motherboard.
This unlikely point is particularly critical as we now sleep in a post-Meltdown/Spectre world which hurts Intel's performance more than AMD's. Any decent judgement of how well the Second Coming of Ryzen unfeignedly is would thus deman us to account for any performance hair cut that the Pith i7-8700K has taken since our original review. To see to it the patches were applied correctly, we also checked for each one platform with GRC's InSpectre usefulness.
All three systems were tested with matching Nvidia GeForce GTX 1080 Founders Edition cards and Kingston HyperX SSDs. Each were outfitted with 16GB of DDR4 set to 3200MHz and a CAS latency of 14. For the Intel system we used a Z370 Aorus Gaming 7. For the Ryzen 7 2700X, we victimised an MSI X470 Gaming M7 Atomic number 89. For the Ryzen 7 1700X, we used an Asus X370 Crosshair VI Submarine sandwich motherboard.
Yes, 1700X. Although AMD compares the new chip against the previous $500 Ryzen 7 1800X flagship, we think information technology's valid to compare the Ryzen 7 2700X against the mould it replaces. All three of the proven chips currently sell in the $320 to $360 monetary value range.
Cinebench R15 performance
Our first test uses Maxon's hot 3D translation benchmark, which is supported the same engine sold with its Cinema4D product. Near 3D rendering applications are heavily multi-rib and it's no surprise that both 8-core Ryzens allow the 6-core Core i7-8700K sucking dust. The Coffee Lake chip does middling intimately though when you consider that it has two fewer cores than the older Ryzen 7 1700X chip. The high clock speed and its better efficiency or IPC frame scant 10 percentage between the ii, though the Ryzen 7 2700X takes the authorise win here.
IDG The Ryzen 7 2700X simply eats the Core i7-8700K's lunch, dinner and the next day's brunch too in the multi-threaded Cinebench R15 test.
As very much like the great unwashe want to pretend multi-threading is common, information technology's not. So we also pass over Cinebench R15 exploitation just a single-thread to measure carrying out that you might insure in so much things American Samoa Microsoft Word or Google Chrome. The result? Intel's clock accelerate reward (it ranges from 3.7GHz to 4.7GHz) and IPC lands information technology firmly before of Ryzen 7 2700X by 14 percent. That gap opens equal to a 29 percent maw when compared to Ryzen 7 1700X.
IDG With a maximum boost of 4.7GHz connected light loads, the Kernel i7-8700K is no slouch in performance.
Since we'Re in Cinebench, permit's view if AMD's claims about holding higher boost clocks terminated late generations holds any water supply. To test that, we used Cinebench R15 and increased the workload from one thread to 16 togs.
IDG We ill-used Cinebench R15 to measure performance per thread happening the hot 2nd gen Ryzen 7 2700X and an elderly Ryzen 7 1700X.
For the most part, yes, the 2nd-gen Ryzen is well forrade of its older sibling. But one problem with the above chart is a sense of proportion. It doesn't actually indicate just how more than faster the Ryzen 7 2700X is over the Ryzen 7 1700X for for each one thread. The adjacent chart does though—and it's impressive as hell. At one thread, the 2nd-gen chip leads aside 17 percentage; at two threads, 23 percent; and 19 per centum at quaternary threads.
IDG The new 2nd Gen Ryzen 7 2700X is from 15 to 19 percent quicker in most loads than the framework information technology replaces.
What this tells us is that the 2nd-gen Ryzen is so retention far high clock speeds than its 1st-gen predecessor could ever dream of, especially from cardinal to six threads
POV-Ray performance
Our second test uses the Persistence of Visual modality Ray tracer benchmark. It's a program that goes back to the Amiga years but has been updated for more modern computer hardware. Like Cinebench, it favors more cores, and again and there's no surprise hither: more cores win. In the case of the Ryzen 7 2700X, they gain by a lot.
IDG None surprise: POV-Ray puts the Ryzen 7 2700X far in forepart of the Core i7-8700K.
Blender performance
While free, POV-Ray is somewhat esoteric. So, for a more popular open-source popular opinion of how 2nd-gen Ryzen runs, we address Blender. It's open reference, well maintained and has been accustomed create the effects for numerous small indie movies. In fact, National Aeronautics and Space Administration tied uses it now for modelling. For our psychometric test, we used Mike Pan's popular BMW bench mark.
The winner? Ryzen 7 2700X. There is a surprise though: the performance of the 8-core Ryzen 7 1700X. It really loses to the 6-core Core i7-8700K by a few seconds.
IDG The high clock speed of the 2nd gen Ryzen puts information technology well ahead of the Sum i7 just what's up thereupon Ryzen 7 1700X?
Corona performance
In the photorealistic Corona renderer (which is in stock as a plugin for for Cinema4D and 3ds Max) we reckon the Ryzen 7 2700X again lead the pack which is good. We had originally transposed united of our scores which placed the Core i7-8700K in fore. Piece that whitethorn not take in sentiency when you consider that this is a multi-threaded exam, it actually initially looked correct to us us because the tally tracked with the Ryzen 7 1700X which doesn't outperform the Core i7-8700K
IDG Corona 1.3 agrees with the rest of the tests too.
V-Shaft of light performance
Our fourth-year professional benchmark is the Chaos Group's V-Ray benchmark. It's a radiate tracer that's gaining some traction in Hollywood. "If you are not informed with V-Ray, it is one of the leading raytracers in the world that is used in many different industries including computer architecture and automotive design," Chaos Group explains. "It has too been used in terminated 150 motion pictures and numerous episodic television series. It besides South Korean won a Honorary society Awarding for Scientific and Technical Achievement in 2017."
The Chaos Groups said its own tests have shown 1st-gen Ryzen to personify very potent in this test so how does the 2nd-gen Ryzen 7 2700X brook up? It's a unfrosted convert Core i7, but again, that pesky 6-core Intel chip hangs right at that place with the 8-core Ryzen 7 1700X.
IDG The Chaos Group's V-Irradiatio was in use for special personal effects on Westside World and Game of Thrones, so what else do you need to cognise?
Compaction execution
Itinerant on to compression tests, we tapped the internal benchmarks of two popular applications to bore 2nd-gen Ryzen's performance.
Our first result is courtesy of RARLab's WinRAR 5.20. With Intel's Skylake-X and AMD's Threadripper, we found that WinRAR appears to dislike chips that economic consumption mesh architectures to connect their cores. And No storm, WinRAR still doesn't like either Ryzen chip at.
IDG WinRAR doesn't appear to have transformed its opinion of Ryzen which we suspect Crataegus oxycantha be correlative its Infinity Fabric design.
The proficient news: If you want a solid free utility to uncompress and constrict files, just download 7-Zip. The carrying into action simply sings with 8-cores and the Ryzen 7 2700X's clock speed improvements. Even the Ryzen 7 1700X crushes the Core i7-8700K here.
IDG The basic moral is to skip WinRAR for 7-Zip if you possess a Ryzen CPU.
Veracrypt functioning
We'atomic number 75 not going to set about overly far John L. H. Down the encoding carrying into action rabbit hole but using Veracrypt's internal benchmark (supported the at once-dead but once popular TrueCrypt), the 8-core AMD chips have a nice advantage over the 6-core Intel chip. This particular task doesn't look too clock dependent though, As the Ryzen 7 2700X is in a dead warmth with the Ryzen 7 1700X.
IDG Veracrypt says more cores = Thomas More encryption performance.
Handbrake performance
Our last workload mental test uses the popular Handbrake application (albeit a slightly older version) to convert a 30GB 1080P MKV file victimization the Android Tablet preset. Our workload and predetermined is heavily multi-threaded; more cores unremarkably means macro wins. It does Here too. The Ryzen 7 2700X comes up with triumph finished the Core i7-8700K once again. The troubling part for AMD fans is the performance of the Ryzen 7 1700X, which doesn't really outrun the Pith i7-8700K by much.
IDG 2nd-gen Ryzen wins, again.
Side by side page: Gaming performance and conclusion
Gaming functioning benchmarks
One of the about contentious and rank puzzling issues with the original Ryzen release was its play performance. AMD's chip simply stomped its quad-core rival, the Congress of Racial Equality i7-7700K, into the dirt in most apps, only when IT came to play—especially at 1080p—information technology was way bump off the St. Mark from what was expected for a chip that performed so fortunate everyplace else. This spawned days of questioning by everyone. Was it the Bury-CCX reaction time? Was it Windows 10 Scheduler? Was IT simply bad games? Was it the media being unfair because no one plays at 1080p?
Winding the clock forward one yr, we now undergo an updated operating organization, updated games, updated motherboard BIOSes, updated drivers and even an updated CPU. For the most part, we can tell you without even bothering to show you a chart that at 2560×1440 with a GeForce GTX1080-class GPU, it's a tie betwixt Intel and AMD. It doesn't even matter what the generations are. Let's say that over again: It just doesn't subject. Those higher-resolution workloads are plainly gated past the art performance of the GPU. And yes, we did run those resolutions while examination the Ryzen 7 2700X and it's peers—we'rhenium just not going to show you a stack of charts that all look the same.
What we'ray interested in finding away today is how 2nd-Ryzen performs at 1920×1080 solving, where CPU performance matters more. Will it cause weeks of hand wringing like IT did cobbler's last year?
Rise of the Tomb Raider functioning
First up: Rise of the Tomb Raider. This is a particularly not bad post to bulge out because it's one of the games that AMD aforesaid was updated away its developers for Ryzen. At 1080p on Very Superiority (the setting near promising to be old with a GTX 1080-course of instruction GPU) it's a wash. This is operative news because last year, the Ryzen CPU would have been 20 percent slower even at Very Overlooking tone.
IDG The updated Rise of the Grave Raider makes IT a wash at 1080p on Very Superiority.
This doesn't erase all of Intel's advantage though. At lower visible-quality settings that take even more of a load dispatch of the GPU, Intel's higher clock-rush along vantage is still a factor. Simply IT's not the immense 20 pct or more gap that it was last year.
IDG Sum i7-8700K's clock hurrying advantage puts it ahead when it's symmetrical to a lesser extent of a graphics load.
Far Cry 5 performance
We suspect Intel's time speed advantage too to be somewhat of a factor out Farthermost Shout out 5. Even when solidification Immoderate settings the Core i7-8700K is ahead—it's just not enough to probably matter much, at around 7.8 percent. At high resolutions, again, it's a tie.
IDG Far Cry 5 on Ultra sees the Core i7 with its 4.7GHz boost in first of the Ryzen CPUs.
Rainbow Six Siege Performance
Moving to Rainbow Six Siege, all deuce-ac CPUs and the GTX 1080 are belting well-nig 200 fps at 19×10 even on Ultra quality settings.
IDG It's a brain dead heat in the popular Rainbow Six Siege.
Again, moving the quality slipper to High, we cause see the Core i7 open a bit bit of space but it's fairly small and not a game breakers—just unsure of a 7 percent lead.
IDG At broad-character settings, Coffee Lake is in front but not enough to really count.
Mid-earth: Shadows of Mordor performance
Middle-earth: Shadows of Mordor puts all three clean approximate but the edge still goes to Core i7-8700K. That's still very presentable performance.
IDG Core i7 has a slight edge in Shadows of Modor too at 1080p resolution.
Deus Ex: Humanity Divided performance
With last year's 20 per centum performance disparity between first-gen Ryzen and the Core i7-7700K, games where Ryzen had the lead were hot impossible to find. Even in games where AMD said Ryzen should have been ahead, we couldn't duplicate those results. A year later though, that's non true. Deus Ex: Mankind Divided for example, puts the Ryzen 7 2700X and Ryzen 7 1700X in front of the Core i7-8700K by a very decent margin.
IDG Deus Ex: Mankind Divided puts Ryzen in front of Core i7
Ashes of the Uniqueness: Escalation performance
Cardinal former game that put the Ryzen 7 2700X on par with the Core i7-8700K is Ashes of the Uniqueness: Escalation, which cadaver a paragon of DirectX 12 optimisation. For our test, we black market the CPU Focused benchmark, rather than the GPU Convergent benchmark. As you lav see, it's a tie.
IDG Ashes of the Singularity: Escalation has always been a showcase of new technology.
3DMark TimeSpy performance
It's not an effective game, but 3DMark's Fourth dimension Spy benchmark is an industriousness-respected synthetic benchmark of DirectX 12 performance. In that case, the Ryzen 7 2700X achieves a decent performance bump terminated Burden i7. One again, though, it's a surprise seeing the 8-core Ryzen 7 1700X barely beating 6-core Core i7-8700K in what should be a multi-threaded tryout.
IDG The clock speed advantage of the new 2nd Gen Ryzen 7 2700X shows up in 3DMark Time Spy.
Gaming ratiocination
While the Heart and soul i7-8700K does have some advantage over the Ryzen 7 2700X in many games, in that respect's also a few games where it loses or roundly ties it. That's a victory for Ryzen 7 2700X because the last time we did this dance, the Intel Core i7-7700K easily had a 20 percent to 25 percent vantage over the Ryzen 7 1800X in almost every lame.
What about overclocking?
We didn't touch on overclocking overmuch. We typically concentrate on out-of-the-box performance that everybody can expect, and essa to shy away from making overclocking conclusions for an entire series of CPUs from a sample of one. Oft, it's the overclocker and non the CPU that makes a tumid difference. With embryonal motherboards, early Si, and the fact that your mileage may vary, drawing off wider overclocking conclusions in a twenty-four hours-one go over is often rather pointless.
What we have done in the past is quote overclocking figures from industriousness sources who have tested dozens or flat hundreds of samples. For example, motherboard makers oft throw forecasts of what screen out of overclocks hoi polloi should fairly hit based on their internal testing. They coiffe this so they can figure their own profiles of what's logical for a CPU fellowship.
While we don't give whatever predictions from motherboard makers this time, we do have AMD's own statement that it's now quite a accomplishable to overclock all CPU cores into the 4.2GHz range and higher. That certainly wasn't possible with the original Ryzen launch, where 4GHz was a hard limit for many chips. We can also articulate we attended a insistence day where we overclocked about a dozen CPUs to the 4.3GHz range using some air and liquidness cooling.
Ryzen 7 2700X vs. Core i7-8700K
The interrogative sentence on everyone's mind: How does the 2nd-gen Ryzen 7 2700X tidy sum heavenward against arch-foeman Intel? While you have to look at the other results presented as asymptomatic, we think this special chart helps frame it. We basically took Cinebench R15 and ran loads using 1 screw thread to 16 threads.
IDG We used Cinebench to regain which chip had the performance edge along illumine workloads to heavy workloads.
The chart doesn't give you the sense of correct proportions of the execution, so we as wel calculated the percent difference of opinion between the cardinal CPUs at each load, which you'll find downstairs. It's no surprise that Intel's greater IPC and time focal ratio vantage gives it a big advantage on rafts that punctuate from one to six threads. The largest reward occurs with just one yarn active, where the Core i7-8700K will clock the whole way up to 4.7GHz.
Arsenic we approach seven threads, it's pretty so much a wash. Beyond that, Ryzen 7 2700X's additional cores and better clock speeds (compared to the Ryzen 7 1700X) give it a really big advantage over the 8700K.
Before you plunk down $300-positive on a new break away, you have to ask yourself: Do your games and applications live more on the left incline of the graph or the opportune side?
If you're not sure, then, well, the left side might actually be better. If you do eff—because you practise telecasting encoding, 3D rendering, Beaver State current your gaming endeavors live to Twitch, for example—the right side is likely the amended choice.
IDG Intel's Core i7-8700K has a comely performance boundary on luminescent dozens, but Ryzen 7 2700X wallops IT on anything heavy duty.
The trouble here is the price equation. When it was a $360 Inwardness i7-8700K vs. a $330 Ryzen 7 2700X, we'd argue that paying for the Core i7-8700K's extra speed on the left side of that chart might be worth it.
But with Ryzen 7 2700X's quicker performance and perhaps even many significantly, the inclusion of a decent stock cooler in the corner, AMD's new chip really puts the Core i7-8700K in a bind. Throw a $40 cooler onto the scale with the Core i7-8700K and you're immediately talking about a $400 chip vs. a $330 chop.
When you factor out that gaming performance between the two at real-world resolutions and settings is much closer than it was with the first-gen Ryzen chips, information technology gets bad knotty to justify paying that bounty for Core i7-8700K unless you have a firm reason to do so. If we had to give IT betting odds, we'd probably take the Ryzen 7 2700X eight out of ten times.
Intel's only move at this point, in our view, is to push out an 8-CORE Coffee bean Lake chip to compete—and maybe include a badass cooler with information technology.
What's the IPC performance of Ryzen 7 2700X?
One last thing we want to bear on on is a metric citizenry like to consider to see how cost-effective a CPU is when the time speeds are compeer. To do that we fast all three CPUs at 3GHz piece keeping the Read/write memor at DDR4/3200 and response time at CL14. We then ran Cinebench R15 using a single compute thread.
IDG We clocked all three systems to 3GHz and turned off boost modes to see to it how efficient they are. Although its gap has blinking, Intel's 8th gen Coffee Lake still has roughly a Little Phoeb percent IPC advantage.
The result shows you just how intimately things have gotten between Intel and AMD with an IPC divergence of about 5 percent. Part of the decrease in performance for the Intel scrap comes from Meltdown/Spectre fix.
It's interesting to also note that the IPC remainder between the Ryzen 7 1700X and Ryzen 7 2700X is stripped at best likewise. That's to be expected though—other than the latency decrease and higher clocks, AMD isn't claiming some efficiency increase.
Ryzen 7 2700X: The bottom assembly line
AMD's original Ryzen CPUs were a thunder clap that shook the PC humankind to its groundwork. But it wasn't perfect by a long slam. As a sequel, a do-over, and a Mainframe that actually has more competition than the original Ryzen did, 2nd-gen Ryzen pulls it off.
Higher clock speeds and a large multi-threading vantage push AMD's CPU performance to new highs. The bundled Wraith Prism cooler and total polish push it over the cover. In the battle of Intel and AMD's flagship processors, the clear achiever today is the Ryzen 7 2700X.
Chastisement: We transposed a execution outcome for the Corona benchmark. PCWorld regrets the error.
Gordon Mah Ung Musical note: When you purchase something after clicking links in our articles, we may earn a small commission. Read our affiliate link policy for more details.
One of founding fathers of hardcore tech reporting, Gordon has been screening PCs and components since 1998.
Source: https://www.pcworld.com/article/401835/2nd-gen-amd-ryzen-7-2700x-review.html
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