The chip clocks between 3. The Intel CPUs are not TDP restricted, so we're showing the best case scenario for out of the box performance, but we will factor in the cost of an aftermarket cooler for them when we go through our cost analysis at the end of the review. But you can easily cross reference the results posted today with our Ryzen X and X review.
Here it matched the Ryzen 7 X with just over pts. Testing with 7-zip we see the R5 beating the X. The mainstream CPU managed to pull ahead on the Blender test, matching the K and easily winning against the previous generation Ryzen equivalents and the K that is relegated to the bottom of the table.
Perhaps more impressive are the total system power consumption figures we recorded when running the Blender benchmark. As you can see the R5 consumed the same amount of power as the quad-core Core iK and only slightly more than the iK.
Still you can very much call what we see here, K-like performance from the new Ryzen 5 Similar to what we saw in the R9 X and X reviewthe 3rd-gen Ryzen processors slip a little in this title at p and this is also true of the R5 Next up we have Shadow of the Tomb Raider and here the matched the K, which is a good result given the K costs more.
Moving on to The Division 2.
AMD Ryzen 5 3600 Beats the Intel Core i7-9700 in Cinebench R15 (Again)
At p the R5 edged out the K and made a significant step forward from not just the X, but also the X. The R5 was a good bit faster than the X and K here as well, as it matched the 8-core X.
The Ryzen CPUs create some kind of performance bottleneck in this title and we see what looks to be a fps cap at p, very odd considering the Intel CPUs pushed up to fps. But once we jump up to p with the RTX Ti the performance margins are neutralized between the K and The best we could do with an all-in-one liquid cooler was a 4.
With the Wraith Stealth installed the R5 maintained a 4 GHz clock speed out of the box during our 1 hour long Blender stress test. This is an extreme stress test, so having it peaking at just 80 degrees is pretty good, especially given it was virtually silent. Basically we gained 25 MHz for a 4 degree increase in temperature With a decent cooler installed, temperatures dropped quite significantly.For synthetic benchmarks, each benchmark was run on each system three times.
Then we picked the best of the three results. The system was allowed to idle in between each benchmark for no less than 30 minutes. This gives the processor time to cool down a bit before the next test is performed. The only hardware difference between the two systems is the CPU, motherboard, and water blocks. AIDA64 has a set of several bit benchmarks to measure how fast the computer performs various data processing tasks and mathematical calculations.
Multi-threaded memory and cache benchmarks are available to analyze system RAM bandwidth and latency. These benchmarks are synthetic, so their results show only the theoretical maximum performance of the system. As I would expect, the Ryzen 5 and the Ryzen 5 X are extremely close in terms of memory performance with only MHz separating them. Even compared to the older Intel iK performance is extremely close.
No CPU pulls ahead of the other. Closer still are the results of the two Ryzen 5 CPUs. This trend continues throughout the benchmark process. The Ryzen 5 shows strong performance in the Cinebence R20 test. The multi-core tests keep pace just behind the Ryzen 5 with a score of Single-core performance is good as well coming in at compared to the other 6-core CPUs on the chart.
Compare that to Don't have an account? Previous page 1 2 3 4 Next page. Tom Brokaw Tom is a network and computer hardware enthusiast. He has been reviewing hardware products around for various sites around the net since He has modded a few cases back in the day.
Related Articles. ThermalTake Water 3. Got something to say, then say it! Cancel reply.The tables have turned and this time, Intel is on the run. The base R15 score of the K is points while the 3rd Gen Ryzen 5 yields points, clearing beating it. From what I can tell, the Ryzen 5 is set to become the most popular CPU in the consumer market in the coming months. We cater to an audience of more than 7,00, visitors a month from all across the globe with a focus on Computer Hardware and Gaming.
Here's why. Vaibhav Tiwari - April 5, 0. Rahul Majumdar - April 5, 0. Xiaomi makes some great budget earphones. It's either that or their products generally shine April 1, 0. So why you should go with the more expensive 13" MacBook Pro? Rahul Majumdar - April 6, 0. Let's see which RDNA card offers the better value.For years now, the advice for PC gamers pondering a new build has gone something like this: Spend as much as you can on your graphics card, then pick up the cheapest CPU, motherboard and RAM you can find that won't handicap your GPU too badly.
To see if this theory holds up, we'll be stacking up the Ryzen 5 X not only against its immediate competitor - the Core i5 K - but also the higher end offerings from both Intel and AMD. Before we get into the results, it's worth briefly covering what the Ryzen 5 X brings to the table. This is a Zen 2 design, like the Ryzen X and X, but this processor includes only one partially-enabled chiplet with six cores and twelve threads enabled out of the eight cores and sixteen threads in the fully-enabled design.
That's two cores fewer than the X at the same rated boost clock, so heavily multi-threaded performance - tasks like video rendering or scientific computing - could be noticeably worse but more usual tasks like PC gaming operate with very similar performance levels. You may notice that the X has a higher TDP 95W vs 65W than the X, making it less power-efficient but potentially minimising the performance differential. You can see the full 3rd-gen Ryzen stack in the table below:.
First, the actual processing takes place in chiplets fabricated on a 7nm process, which allows for greater performance while using less power and generating less heat than than previous-gen 12nm designs. Despite its plus points, the chiplet design does incur a performance penalty when it comes to memory access times, so AMD has doubled the size of the L3 cache to compensate for this.
On a deeper level, Zen 2 also includes a more efficient branch predictor and better AVX instruction handling, a weakness of past Zen architectures. All things considered, AMD promises substantially better single-core and multi-core performance, which should make the X and other third-gen Ryzen designs more competitive in more scenarios than their predecessors. We could chunter on about micro-architectures all day, but perhaps it's best to move towards the meat and drink of our topic: our actual performance testing.
To give a balanced look at the X, we've run this chip against its closest Intel competitor in nearly a dozen recent titles at p, p and 4K. As well as stronger power delivery and extreme memory overclocking capabilities up to and beyond MHz, the Creation board includes a full complement of PCIe 4. Before we get into game testing, it's worth looking at how the X and K compare to each other and their more expensive competitors in content creation - tasks like video rendering, transcoding and more.
For this, we opted to use the popular Cinebench R20 application, which replicates a rendering job in industrial-grade video software Cinema 4D. The results are interesting to say the least, with the Ryzen 5 X boasting nearly identical single-core performance to the Ryzen 7 X, and only a touch behind the X.
The X even beats out the K by a substantial margin and more-or-less equals the K in the single-core run. We see a similar trend in the multi-core results, with the X boasting a 42 per cent increase over the K and nearly equalling the K.
AMD Ryzen 5 3600 CPU Review
However, the higher core counts of the bigger Ryzen processors result in vastly higher scores, suggesting the X is considerably slower when it comes to content creation tasks. One common task for video producers is transcoding, converting a digital video file from one format into another. A popular choice for this task is Handbrake, and it forms the basis of our next test. Here, a source file is encoded using the Production Standard preset and CRF 18 quality setting using two different encoders - x h.
The Handbrake results here are in line with the Cinebench scores, with the X being 33 per cent faster than the K in the h.
However, the X does consume more power to achieve these scores, with a result of W measured at the wall compared to W for the Intel system - a 13 per cent increase in power usage.
With content creation out of the way, it's time to turn our attention to our real passion and the bulk of this review: gaming performance. After all, Ryzen has always done well in content creation tasks versus their Core counterparts thanks to their higher core and thread counts, but can the advantages of the 7nm Ryzen series translate into better gaming performance too?
To find out, we sought out repeatable game scenarios to best show the differences between the X and its competitors. Finding these scenes wasn't too much of a challenge - we collectively play a lot of games, after all - but then we needed to capture our test footage to feed them into our bespoke benchmarking system.
This is where we ran into some issues, as when you're CPU-limited, any processes running in the background or other hiccups can manifest directly in game in frame drops or stutter, whereas in GPU-limited scenarios these occurrences are normally minimal.
Even with a perfect run, different sections of the same scene can show AMD ahead of Intel and vice versa, so it is worth digging deeper into our context-based performance analyses. The p benchmarks ought to be useful for anyone considering a high refresh rate monitor, but this is the most CPU-limited scenario so stutter is more likely. Finally, 4K is the least CPU-bound and generally most balanced scenario, but some games still exhibit small differences between different processors so it's worth seeing the results.Posted by Sebastian Peak Aug 27, Processors 7.
I am referring to the Ryzen 9 X, which has been all but unavailable from Amazon and Newegg here in the USA since launch though those in close proximity to a Microcenter may have seen stock in recent weeks.
However this is only part of the story as some things have changed since that initial review, namely AGESA updates from AMD that may have slightly altered performance. Some comparisons between version 1. Everything else is identical between these two total cache, memory support, etc.
For now we will simply look at the performance of our Ryzen 5 X compared to the Ryzen 7 X and Ryzen 9 X, with a selection of Intel processors ranging from Core i5 up to Core i9 in the mix as well. Quickly running four of the benchmarks previously tested with the Ryzen 7 X and Ryzen 9 X, we get a baseline of expected Ryzen 5 X gaming performance. Will a reduction in core count compared to the larger Ryzen CPUs have any meaningful effect in gaming workloads?.4chan disturbing
For this game HD textures were also enabled. In this particular test the Ryzen 7 X holds the advantage, but as you can see the Ryzen 5 X manages to best the 8-core Ryzen 7 X in Far Cry 5.
My Ryzen 5 3600 is under performing and I dont know why?
Still, Intel is on top in this DX11 title. Will a DX12 game change the story? And while Intel enjoys an edge here as with all of these gaming benchmarks if you game at higher resolutions the differences between processors gets smaller and smaller.
With the results on the upper half of the chart separated by a total of 3 FPS and only the Ryzen 7 X and Ryzen 5 X falling a bit behind you can see there is no meaningful performance difference between these Ryzen SKUs in a game like Shadow of the Tomb Raider.Ue4 texture settings
Here we see the sort of scaling one might expect, as this game is clearly affected by increased CPU performance. After comparing gaming results using the exact system configuration as with the previous Ryzen review, I did some comparisons against a newer AGESA version.
Since launch we have seen more than one variant of the ComboAM4 1. To go from a simple version number change to a string of version modifiers appended with various letters certainly adds to the confusion of AGESA, which is itself a bit mysterious as AMD does not publish change logs for these updates. The second pass is still very close for both versions. At one point I theorized that a difference between current AGESA code compared to the initial pre-release version might be implementation of security mitigations, which could help explain why certain tests are impacted to a greater degree.
There may be a much simpler explanation, however. Simply logging CPU voltage during both idle and load paints a pretty clear picture of the performance delta, though the resulting frequency delta is pretty small for the most part as Gamers Nexus found when they tested AGESA 1. Still, even small differences in behavior can have a measurable impact as we saw in the above CPU benchmark results. While the Ryzen 5 X stays under 1.
Load voltage is a similar story:. Measuring from the wall the Ryzen 5 X consumed slightly more power than the Ryzen 5 X — which actually starts to make sense once you look at the disparity in TDP 95W for the X vs.
If anything this serves to further demonstrate just how impressive the Ryzen 7 X is! How did it do? The stock cooler ranged from 33 dBA to 43 dBA or higher on our open test bench. At its full speed the fan gets noticeably loud, and this fan has a higher-pitched sound signature than the Wraith Prism coolers. The Ryzen 5 X is a powerful 6-core processor with a great mix of gaming and productivity performance.
Editor-in-Chief at PC Perspective. Writer of computer stuff, vintage PC nerd, and full-time dad.We got a production sample of one of the R5 CPUs through a third-party and, after seeing its performance, we wanted to focus first on this one for our initial Ryzen review.
This week has been the busiest in our careers at GN. We invested all we could into getting multiple reviews ready for launch day and will stagger publication throughout the day due to YouTube's distribution of content. We don't focus on ad revenue on the site these days and instead focus on our GN Store products and Patreon for revenue, plus ad revenue on YouTube.Pencil drawings easy
If you would like to support these colossal efforts, please consider buying one of our new GN Toolkits custom-made for video card disassembly and system building, using high-quality CRV metals and our own molds or one of our system building modmats. We also sell t-shirtsmousepadsvideo card anatomy postersand more. Notable changes to our testing methods, other than overhauling literally everything workstation overhaulgaming overhaul a few months ago, would include the following:.
The memory kit is an important change for us. Starting with these new reviews, we are now manually controlling every timing surfaced. That includes secondary and tertiary timings. Previously, we worked to control critical timings, like primary and RFC, but we are now controlling all timings manually.
By controlling this ourselves, we eliminate this variable.World spawns
Some of our error margins have been reduced to 0. We noticed that, interestingly, our R9 X and R7 X overclocked with much lower voltage requirements than our R5 Our R9 X could do 4. We were able to push 4. We stopped at 1.
Finally, FCLK will be a big part of memory overclocking later on. Keep in mind that we had to write and film 5 content pieces relating to AMD products in just a few days, so some sacrifices were made. Mostly to health, granted, but we did remove some tests from content for later benchmarking.
Finally, related to sacrificing sleep, please be advised that there are definitely going to be grammatical typos in this article. Thank you for your understanding! Our CPU testing methodology is split into two types of benchmarks: Games and workstation workloads, but every CPU which is sufficiently high-end will go through both sets of tests. We are beginning to spend more effort publicly documenting the exact versions of our tests, hoping that this is helpful to those reading our tests.
We are also detailing more explicitly the unit of measurement in text, although our charts typically do this as well. Our workstation benchmarks include the following tests:. All tests are conducted multiple times for parity and then averaged, with outliers closely and manually inspected.
The number of times tested depends on the application and its completion time. We use an internal peer review process where one technician runs tests, then the other reviews the results applying basic logic to ensure everything looks accurate. Any stand-out results are reported back to the test technician and rerun after investigation. Error margins are also defined in our chart bars to help illustrate the limitations of statistical relevance when analyzing result differences.
These are determined by taking thousands of test results per benchmark and determining standard deviation for each individual test and product. Any product that has significant excursions from the mean deviation will be highlighted in its respective review. MCE is always disabled on test platforms, ensuring that turbo boost durations should be running within specifications set by the CPU manufacturer.
XMP is used on the Corsair memory in our test benches. We like to illustrate CPU behavior on new architecture launches. This first chart shows frequency over time with a Blender workload, hitting all cores nearly equally. The average all-core frequency ends up at about MHz.Written by Antony Leather. Tags: 3rd-gen-ryzen 7nm ryzen ryzen x zen The six-core models of AMD's Ryzen CPUs have, so far, consisted of the same variety - a non X-edition part that sits at slightly lower clock speeds and notably lower TDP, and the X-edition chip perhaps being a better bet for those wanting to stick to stock speeds.
In many ways, they've offered some of the best bang for your buck of both first- and and second-generation Ryzen CPUs and a significant step up in multi-threaded performance from CPUs with two or four cores. With a fairly lowly maximum boost frequency of 4. The differences are in frequencies, TDP, and included cooler as well as price, of course.
The base frequency sits at 3. The peak boost frequency sits at 4. The all-core boost is hampered by power constraints rather than a more artificial product stack frequency tweak, as the Ryzen 5 sits at 65W TDP, making it rather attractive as a low-power all-rounder or affordable content creation CPU.
As a result, AMD includes the low-profile Wraith Stealth cooler with the Ryzen 5which sits at 54mm tall, and not the larger 71mm-tall Wraith Spire. So, let's take a look at the numbers. Login Register.
Want to comment? Please log in. October 21, September 19, Plus a new monitoring SDK. September 11, All rights reserved.Cinebench R20 / Ryzen 7 2700X Multi-Core Score, @4.3GHz + @Stock.
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