AMD launched a huge 7nm attack in the CPU market in July. The Ryzen 9 3900X was my favorite AMD enthusiast CPU in the last 15 years. It’s also on our top CPU for gaming list. What else can AMD do? Naturally, AMD can add more cores and threads to the processor, which could lead to higher clock speeds. The Ryzen 9 3950X has been in my house for testing over the past week. It’s impressive in certain areas but not as great in others. Amd Ryzen 9 3950X Black Friday Deals 2021 Let’s begin with the most important use case. This is anything related to content creation. It has 33 percent more cores and comparable clockspeeds to the 3900X, making it 25-30% faster. The 3950X is ideal for video editing, 3D rendering and any other tasks that require a 32-thread processor. You’ll be better off choosing a cheaper part for tasks that don’t scale to 16 cores. This is what I have been saying about all current HEDT (High End Desktop) processors ever since Ryzen 3000 was released. However, the 3950X, although nominally a consumer CPU that runs in the same socket AM4 motherboards like the other Ryzen CPUs, costs much more.
It is an HEDT CPU that runs in a common socket. Ryzen 9 3950X and AMD CPUs specifications table (Image credit to Future) AMD’s current Ryzen 3000 lineup is extremely powerful. While they are not the best choice for gaming-centric builds, the difference in performance between the Ryzen 5 3600X and the Ryzen 9 3900X processors is very small. The Ryzen 9 3950X costs 50 percent more than the 3900X. This might not seem like a big deal considering 33 percent more cores. However, it isn’t like any of Intel’s K series or X-series CPUs. AMD recommends liquid cooling to maximize the performance of the 3950X. This is $100-$200 higher than the base price depending on the cooler. This recommendation made me question the necessity of liquid cooling. I have testing results for the 3950X with both a WraithPrism cooler and a NZXT Kraken X62. It might surprise you to see how little performance there is between the two at stock settings. Although the X62 reduced the maximum temperature by 10-15C depending on the workload, it was only 1-2 percent faster.
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The PC Gamer Show168: Final Fantasy 14 AMD’s new hardware… : Devil May Cry 5, increased its chiplet strategy, which it developed from the Threadripper series. The Ryzen 3950X uses the same Ryzen 3000 architecture and Zen 2 as the third-generation parts. AMD doubled its success with the Threadripper chaplet series, in addition to making improvements to the underlying architecture. Both the 3900XX and 3950X have two 8-core chipsets in their packages (though the 3900X has one core for each of the four CCXs–core complexes or CPU complexes–which is disabled on the 3900X), whereas all other 3800X, 3700Xs, 3600Xs, 3600Xs, 3600Xs and 3600X use a single 8 core chiplet. It is important to note that the package also contains a cIOD or IO die. This houses memory controllers and other functionality. These are linked to one or more CCDs via AMD’s Infinity Fabric. Although the cIOD was manufactured on 12nm technology, it doesn’t necessarily need to be 7nm. It provides fairly uniform memory access latencies for the CCDs.
This means that there shouldn’t have to be latency penalties with the 12-core or 16-core models, compared to the 6-core or 8-core options. MSI MEGX570 Godlike motherboard. Image credit: MSI. All that’s great, but I have to talk about one aspect of AMD’s Ryzen processors before we get to the results. AMD’s motherboard firmware includes a package of logic functionality known as AGESA (AMD Generic Encapsulated Soa Architecture). This microcode manages memory training, infinity fabrics details, and many other functions. In 2017, the very first Ryzen CPUs had serious problems when they were launched. These issues were mostly fixed by BIOS updates which included newer AGESA codes. AMD provided the AGESA 220.127.116.11 firmware required to run Ryzen 9 3950X for this review. However, changing the firmware of a motherboard can have an impact on other aspects of performance. Right now, my test results are limited to one motherboard and I am seeing lower performance in some benchmarks. Gaming performance has been negatively affected by the AGESA update or the MSI implementation. This or drivers and updates have changed since the last Ryzen CPU test, which was two weeks ago with a Ryzen 5 3600. This is not a score review. I am currently testing performance with another motherboard.
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While gaming performance is good, it is not as great for non-gaming tasks. My current numbers are comparable to the 3900X and the 3700X. This is absurd considering that it should have the same or higher clockspeeds as those parts plus more cores. The 3950X is a great option for gamers. The CPU costs $749, which is significantly more than the RTX 2080Super that would be much more useful for gaming. The 3900X and 3700X are sufficient for most tasks, so the 3950X is necessary. While the 3950X is faster for multithreaded tasks, it’s also great for content creation, it’s not necessary outside of professional work. RYZEN 9 3950X TESTBED Ryzen9 3900X NZXT Kraken X62 MEG X570 Godlike 16GB DDR4-3200 CL14 Corsair ForceMP600 2TB EVGA SUPERNOVA 1000 G3 Adata XPG Battlecruiser. You can see my testbed to the right. It is essentially the same as the Ryzen 3000 review. AMD sent a Kraken X62 liquid cooler, as air cooling is not recommended. I then packed everything into Adata’s new XPG Battlecruiser box.
The CL14 RAM performed the best in my previous tests with DDR4-3200 CL14 and DDR4-3600 CL16 memories. Although it is possible to tweak the timings of memory to improve performance, I attempt to give a realistic picture of “out-of-box” performance. The 3950X is not a good choice for overclocking. With the right cooling and luck from the silicon lottery you can achieve speeds of 4.1 to 4.3GHz on all 16 cores. However, this will mean that single-threaded performance is sacrificed. Stock showed all-core clockspeeds in the 3900-4000 range depending on workload. Games would run at 4200-4300MHz. The ability to enable Precision Boost Overdrive may increase performance. I’ll be looking at other motherboards. Ryzen 9 3950X product photos (Image credit to Future) Ryzen9 3950X gaming performance Although it isn’t a gaming CPU, it can be used for gaming. Ashes of the Singularity is the only game I know that consistently scales beyond 8-core CPUs. This is partly due to the fact that the game was designed to place a greater load on the CPU with higher quality settings. The 8-core/8thread i7-9700K runs most games as fast as the 9900K. Sometimes it even beats it, as it doesn’t have to deal the Hyper-Threading-related resource partitioning.
The average clockspeeds of the 3900X may be slower than the 3900X due to the increased cores and threads, but the same TDP. AGESA updates can also reduce performance, while increasing stability, in my experience. This is just a brief introduction to the charts showing the 3950X behind the third generation Ryzen parts. To ensure consistent performance, all benchmarks are run multiple time using the best possible result. To better demonstrate differences in CPU performance, I use an RTX2080 Ti. I run at 1080p ultra (generally, the highest settings, other than MSAA and SSAA). You can see my performance analysis articles if you want to know what performance looks at 4K and 1440p. In other words, the CPU becomes less relevant at higher resolutions. The CPU also plays a smaller Amd Ryzen 9 3950X Black Friday Deals 2021 role with slower graphics cards. The minimum fps is the average frametime for the bottom 3 percent. Find the 97th percentile frametime and add all frames above it. Divide by the number of frames. This is a better metric than the pure minimum fps, or th