Amd ryzen 7 2700x11/23/2023 Most 3D rendering applications are heavily multi-threaded and it’s no surprise that both 8-core Ryzens leave the 6-core Core i7-8700K sucking dust. Our first test uses Maxon’s popular 3D rendering benchmark, which is based on the same engine sold with its Cinema4D product. All three of the tested chips currently sell in the $320 to $360 price range. Although AMD compares the new chip against the previous $500 Ryzen 7 1800X flagship, we think it’s valid to compare the Ryzen 7 2700X against the model it replaces. For the Ryzen 7 1700X, we used an Asus X370 Crosshair VI Hero motherboard. For the Intel system we used a Z370 Aorus Gaming 7. For the Ryzen 7 2700X, we used an MSI X470 Gaming M7 AC. Each were outfitted with 16GB of DDR4 set to 3200MHz and a CAS latency of 14. If you choose to run it off your motherboard’s proprietary lighting app, unfortunately, it works as only a single zone.Īll three systems were tested with matching Nvidia GeForce GTX 1080 Founders Edition cards and Kingston HyperX SSDs. You can control the three zones of RGB lighting with the USB header connected and AMD’s free utility. The Wraith Prism’s customizable RGB lights works with popular motherboard utilities or with its own utility when plugged into a USB header. Noise also goes up to 47dBA on max speed. Flip it to “H” and the maximum speed goes up to 3,600 rpm, increasing the TDP rating to 124 watts. The default “L” position limits the fans to 2,800 rpm and 38dBA of noise, with a TDP rating of 116 watts. The top-end Ryzen 7 2700X includes the new Wraith Prism cooler, which features programmable RGB lights for the fan, logo, and fan cowling, as well as switchable performance modes. AMD officials now say customers have been asking for its custom “Wraith” coolers even at the high-end, so it’s now including them in the box. StoreMI is basically a licensed version of Enmotus’ FuzeDrive which you buy for AMD’s B350 and X370 motherboards.ĪMD opted not to bundle CPU coolers with the first-gen “X”-branded Ryzen CPUs on the sound logic that, well, enthusiasts building high-end machines would just put a stock cooler on the shelf and install something better instead. If you’re bummed because you’re sitting there with your X370 or other 300-series AMD board, you can get the same feature-for a price. StoreMI is only found in 400-series AMD motherboards like the X470 options. StoreMI can also use up to 2GB of your system’s RAM to cache hot data. It’s not technically a cache because it doesn’t flush your data when you power off. Most of it, anyway. StoreMI is actually a “micro-tiering” technology that moves oft-used files to the speedy SSD and keeps stuff you don’t touch on the much slower hard drive. StoreMI lets you pair a hard drive with an SSD to improve performance. In many ways, it’s similar to what Intel does with Optane Memory modules.Īnd no, it’s not just caching the data either. One new X470 feature that that pretty nifty is called StoreMI. In certain loads that used only three or four threads, AMD said the Ryzen 7 2700X would run nearly 500MHz faster than the Ryzen 7 1800X. Precision Boost 2, a greatly improved version of the original technology, now pushes 2nd-gen Ryzen processors to higher clock speeds on lighter loads that would have pushed the original Ryzen CPUs off their boost modes. The higher overall clock speeds aren’t the only improvement. The original Ryzen 7 1800X topped out at 4GHz under boost conditions, and the 1700X maxed out at 3.8GHz. It also identifies the “best” core with a star and the second best core with a circle.Īlthough the various latency improvements offer performance benefits, much of 2nd-gen Ryzen’s performance gains come directly from higher clock speeds. The new Ryzen Master utility with 2nd gen Ryzen chips now lets you overclock each CCX. Higher clock speeds with Precision Boost 2 and XFR2 The 2nd-gen Ryzen 5 chips do the same, but with one core per CCX disabled. The 8-core parts use dual CCX designs joined by AMD’s Infinity Fabric technology. Internally, the chip arrangements are the same. AMD says it all adds up to about an 11 percent decrease in latency for main system RAM, too. The L1 cache sees a 13 percent reduction and 元 shaves off 16 percent, while the L2 achieves a whopping 34 percent latency drop. The actual CPU micro-architecture hasn’t changed, but AMD said it has optimized the underlying circuits to decease latency.
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