Category: 3990x benchmark

3990x benchmark

The recent renaissance of AMD as the performance choice in the high-end x86 market has been great for consumers, enabling a second offering at the top-end of the market. Where Intel offers 28 cores, AMD offers 24 and 32 core parts for the high-end desktop, and to rub salt into the wound, there is now a 64 core offering. We put it through its paces, and while it does obliterate the competition, there are a few issues with having this many cores in a single system.

The TRX is part of the Threadripper family, and will partner its 32 core and 24 core brethren in being paired with new TRX40 motherboards. Despite the same socket as the previous generation Threadrippers, AMD broke motherboard compatibility this time around in order to support PCIe 4.

With 64 cores it has a rated base frequency of 2. In our testing, we saw the single core frequency go as high as 4. CPU-Z showing 4. Not everyone needs 64 cores, and AMD has been very clear about this in their messaging.

This means users and companies that can amortize and justify the cost of the hardware as it enables them to complete projects and therefore contracts faster. Render farms that run on CPU is going to be a key example.

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AMD has already promoted the fact that several animation and VFX studios that produce effects in blockbuster films have been running engineering samples of the core Threadripper processors for titles already in the market. If we put the X against the EPYC P, the core single socket offering on the enterprise side, then the X has a higher thermal window W vs W to enable higher frequencies 2.

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In the high-end desktop market, Intel has nothing to compete, with the maximum product at 18 cores. In this review, we want to cover the Threadripper X in terms of frequency, temperature, power, and performance. But our main comparison points are dependent on whether you are a consumer looking at a faster desktop, or an enterprise user looking at an alternative server replacement.

This Review In this review, we want to cover the Threadripper X in terms of frequency, temperature, power, and performance. Post Your Comment Please log in or sign up to comment. Privacy Policy. Contact Us. Terms of Use. Show Full Site. All rights reserved.The company also finally said how much the monstrous core Threadripper X teased last fall will cost—and teased just how stupidly fast it will be too.

AMD said the Threadripper X will have 2.

Threadripper 3990X vs i9 10980XE - i9 10980XE vs Threadripper 3990X - BENCHMARKS

Much of that comes from its performance too. We cobbled up a quick chart comparing the provided performance details of the Threadripper X along with existing scores of lower core count parts.

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Because no company has ever dared to introduce a consumer or prosumer core CPU. And not to rub it in too much, but AMD also demonstrated the new Threadripper X out performing a dual Xeon machine with with 56 cores in a V-Ray render.

While the Threadripper took about an hour, the dual Xeon took another 30 minutes to finish a render job. One of founding fathers of hardcore tech reporting, Gordon has been covering PCs and components since Closed captioning available on our YouTube channel. Until now, that is. 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.PassMark Software has delved into the thousands of benchmark results that PerformanceTest users have posted to its web site and produced nineteen Intel vs AMD CPU charts to help compare the relative speeds of the different processors.

3990x benchmark

PerformanceTest conducts eight different tests and then averages the results together to determine the CPU Mark rating for a system. So hypothetically if you have a PC that has two CPUs, each with dual cores that use hyper-threading, then PerformanceTest will run eight simultaneous tests Rarely is a graph completely accurate in what it is representing. There are many factors that can skew the results and make a graph misleading. As such it is necessary to have some background understanding of the data being presented.

Download and install PerformanceTest. Your results will not appear in the graphs immediately as the graphs are only updated once per day.

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Additionally, only CPUs of which there are at least two samples are included in the graphs. CPU Benchmarks. Intel Core iH 2.This CPU has core clock of 2.

The single core performance is not too mind boggling but the multi core performance blows all other single socket CPU in existence. Safe to say, this CPU poses incredible value for content creator, data center and regular server users alike for amount of multithreaded performance you get at that price point.

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. Welcome to our freeware PC speed test tool. UserBenchmark will test your PC and compare the results to other users with the same components. You can quickly size up your PC, identify hardware problems and explore the best upgrades. Save as guest.

The 64 Core Threadripper 3990X CPU Review: In The Midst Of Chaos, AMD Seeks Opportunity

AMD Effective Speed. Real World Speed. Benchmark your CPU here. Aircraft carrier. Average Score.

3990x benchmark

Memory Avg. Memory Latency Overclocked Score.What can AMD do for an encore? More cores, more threads, potentially higher clockspeeds, naturally. I've had the Ryzen 9 X in house for testing for the past week or so, and it really impresses in some areas, though it's not quite as awesome in other respects. Let's start with the best use case, which is basically anything in the content creation realm.

With 33 percent more cores than the X and similar clockspeeds, it's usually percent faster. If you do video editing, 3D rendering, or any other task that can benefit from a thread processor, you'll love the X.

For tasks that don't scale well to 16 cores, though, you're better off with a less expensive part. AMD's current lineup of Ryzen processors is seriously potent. They're not always the best choice for a gaming-centric build, but the difference in gaming performance between the affordable Ryzen 5 and the more expensive Ryzen 9 X is relatively small. Ryzen 9 X is priced 50 percent higher than the X, which might not seem like that big of a deal for 33 percent more cores, but like all of Intel's K-series and X-series CPUs it doesn't include a cooler in the box.

That recommendation did make me wonder just how necessary liquid cooling is, and I've got testing results for the X running with both a Wraith Prism cooler as well as an extremely capable NZXT Kraken X You might be surprised how little difference there is in performance between the two at stock settings, though. The X62 dropped the maximum temperature by C, depending on the workload, but only ended up being about percent faster. Fundamentally, the Ryzen X is the same Ryzen and Zen 2 architecture as the existing third generation parts.

Besides improvements to the underlying architecture, AMD also doubled down on its successful chiplet strategy from the Threadripper series. The X and X both feature two 8-core chiplets in the package though one core on each of the four CCX—core complex or CPU complex—is disabled on the Xwhereas the X, X, X, and all use a single 8-core chiplet.

The cIOD is fabricated on 12nm tech, but it doesn't really need to be on 7nm right now. The important bit is that it provides relatively uniform memory access latencies to the CCDs, which means there shouldn't be any latency penalties with the core and core models compared to the 6-core and 8-core offerings. This microcode handles things like memory training, infinity fabric details, and more. But changing firmware on a motherboard has the potential to affect other aspects of performance as well, and right now, with test results initially limited to a single motherboard, I'm seeing slightly lower performance in some benchmarks than I expect.

That or drivers and game updates have changed since I last tested a Ryzen CPU which was only two weeks ago with the Ryzen 5 For now, I'm not posting this as a scored review, as I want to verify performance with another motherboard. Performance in non-gaming tasks is great, and gaming performance isn't bad … but my current numbers are worse than the X and X, and basically tied with the X and That doesn't make any sense, considering it's supposed to have equal or higher clockspeeds than those parts, plus more cores.

Not that gamers should really be considering the X. There really aren't any tasks where the X or X are insufficient and the X is required.

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The X will be faster at multithreaded tasks, and it's great for content creation duties, but outside of professional work it's not really necessary. You can see my testbed at the right, which is largely the same as in previous Ryzen reviews. It's possible to manually tweak the memory timings to further improve performance, but I try to provide a realistic view of "out of box" performance.

Overclocking is a bit of an afterthought for the X. You can probably do 4. At stock, I saw all-core clockspeeds hover in the MHz range, depending on the workload, and games would routinely run at MHz. Enabling Precision Boost Overdrive might boost performance a bit as well, and I'll look at that a bit more on some other motherboards.

3990x benchmark

This isn't really a gaming CPU, though it can obviously be used for games. That's partly because the game was purpose built to put a heavier load on the CPU at higher quality settings.

With more cores and threads but the same TDP as the X, average clockspeeds may actually be lower in some workloads, and AGESA updates have just as often reduced performance while improving stability in my experience. That's all a preface to the charts that show the X trailing the other third generation Ryzen parts.

3990x benchmark

All the gaming benchmarks are run multiple times, using the best result, to ensure consistency of performance. If you're wondering what performance looks like at p or 4K, just check out any of my recent performance analysis articles —basically, the CPU becomes less important at higher resolutions, and similarly, the CPU is less of a factor with slower graphics cards.We ran this series of tests with the new patched v.

As mentioned on the previous page, the older version of the benchmark wouldn't run some subtests on the X, or the results were too far outside of the expected range to be usable. Now we can run those tests, but we will only have one X entry in those charts. Some of these applications also make an appearance in our standard test suite, but those test configurations and benchmarks are focused on a typical desktop-class environment. In contrast, these tests are configured to stress the systems with workstation-class workloads.

With the exception of the WX system, we loaded down our test platforms with 64GB of DDR4 memory spread across four modules to accommodate the expanded memory capacity required for several of these workstation-focused tasks. All systems were tested at the vendor-specified supported memory data transfer rates for their respective stock configurations, and DDR for the overclocked settings. Test conditions mirror those explained in our Threadripper X reviewbut we've also included a breakdown of the test systems at the end of the page.

The full suite consists of more than 30 applications split among seven categories, but we've winnowed down the list to tests that largely focus specifically on CPU performance.

We haven't submitted these benchmarks to the SPEC organization, so these are not official benchmarks. NAMD is a parallel molecular dynamics code designed to scale well with additional compute resources and is one of the premier benchmarks used to quantify performance with simulation code.

We couldn't run this benchmark with the previous SPECworkstation version, but now it ticks right along as the X's threads tear through the benchmark. The X beats Intel's competing core Xeon WX by a massive margin, even after we overclocked the latter to the limits. Workload scalability is important here: The X is more than twice as fast as the core Threadripper X in some tests, so the X's additional cache may come into play. With the new version of the benchmark, the LuxRender CPU test scales much better than we see with the widely-used version of the benchmark we include in our normal test suite.

It's important that potential customers can see the benefits of optimized code, so this massive improvement is welcome. We slid the test results from our standard suite into the second spot in the album, but be aware that is from the stand-alone LuxRender benchmark that isn't a part of the SPEC suite.

With SEPCworkstation 3, the deltas between the X and competing chips is now significantly widened, especially relative to the externally-available LuxRender benchmark utility, so hopefully LuxRender releases a new version of its stand-alone benchmark to unleash this type of performance.

We run the new Blender Benchmark beta in our regular suite of tests, but different types of render jobs can stress processors in unique ways.

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Here we can see a breakout of several industry-standard benchmark renders that largely favor the Zen 2 architecture. You'll notice that the Threadripper X tends to be more competitive in the longer-duration render workloads, which falls right in line with the company's guidance that workload intensity has a big impact on performance. We verified that this portion of the benchmark suite runs across both processor groups with the previous-generation of the benchmark, so most of these results show little variability.

We do see a slight regression with the new version in the 3BMWs workload. We noticed that our standard HandBrake tests, which aren't part of the SPEC suite, didn't scale well at all with the X, with the x test in particular showing subpar performance scaling considering the X's massive compute resources. However, with the optimized SPEC code, we can now see the massive performance improvements we expect.

For reference, the first two charts in the album outline SPEC performance, while the second two charts come from our own external test tool. The SPEC results are much more representative of the real-world performance benefits of optimized code, particularly to highlight the extreme deltas relative to competing processors.

One of the four basic steps in this process is the Kirchhoff Migration, which is used to generate an image based on the available data using mathematical operations.

AMD Ryzen Threadripper 3990X (Zen 2) Processor Review

This test kicked off odd results with the older version of the benchmark, but now we see the expected improvements, and they're impressive. SRMP algorithms are used for discrete energy minimization. This test didn't run correctly, either, but now yields usable and realistic results. We see nearly linear performance scaling in this test, which is impressive.

Calculix is based on the finite element method for three-dimensional structural computations. The new SPEC update did generate a few results that we wouldn't expect given the X's helping of compute resources. Calculix certainly falls into that bucket. This could be a oddity from our test environment, and we're working to diagnose the issue. That starts with retesting the comparison processors, and we'll update as necessary.

In either case, we shouldn't expect these massive improvements in this program, and we'll follow up with SPEC if we hit a brick wall in our examination. The financial services simulations are used to project risk and uncertainty in financial forecasting models and run across SIMD lanes, meaning the vectorized code should unlock the ultimate in performance from processors with the requisite compute elements.Are you a techie who knows how to write?

Then join our Team! Especially English native speakers welcome! However, the single-core score recorded for the soon to be released Ryzen Threadripper X, 1, points, is hardly outstanding. It seems reasonable to expect more core score from the Ryzen Threadripper X, and we will likely see some much more impressive results for this CPU coming out of Geekbench soon.

Best Displaysfor University Students. However, the incredible score of 22, points still left it trailing its Castle Peak brethren, the Threadripper X, and the Intel workstation processor Xeon WX.

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Working For Notebookcheck. Ryzen Threadripper X. Image source: Geekbench.

AMD’s 64-Core Threadripper 3990X, only $3990! Coming February 7th

Source s. Related Articles. MediaTek gets serious about smartph First leaked image of the Fujifilm Please share our article, every link counts! My interest in technology began after I was presented with an Atari XL home computer in the mids. I especially enjoy writing about technological advances, compelling rumors, and intriguing tech-related leaks. I have a degree in International Relations and Strategic Studies and count my family, reading, writing, and travel as the main passions of my life.

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