AMD Ryzen 9 Matisse 3900X OEM (100-000000023)
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12 Zen 2 multi-threaded cores, 64MB L3 cache. The PCI-E 4.0 controller provides 24 lines of this interface.
The advanced processor of the Ryzen 9 line with the Zen 2 microarchitecture is created using a 7nm process technology. It debuted on the market in 2019 and is positioned as a direct successor to the Ryzen Threadripper AMD 2920X, introduced a year earlier. The high computing potential of the CPU is provided by 12 cores with multitasking support, which allows you to simultaneously execute up to 24 command streams.
The clock frequency in the basic mode of operation is 3.8 GHz, and when the load increases, it can automatically increase to 4.6 GHz. The AMD Ryzen 9 Matisse 3900X OEM processor features 64MB of L3 cache for faster data access and improved overall system performance. The model is compatible with various socket AM4 motherboards, supports DDR4 3200 MHz "RAM" and does not provide a graphics core. The CPU has a free multiplier and is not equipped with a cooler (105 W heat dissipation), which, with the right choice of cooling system, will provide a good potential for user overclocking.
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Buy AMD Ryzen 9 Matisse 3900X OEM
All prices 10 →Процессор AMD Ryzen 9 3900X (100-000000023) | 9 697 ₴ |  | |||
Процессор AMD CPU Desktop Ryzen 9 12C/24T 3900X (100-000000023), tray 100- | 9 428 ₴ |  | |||
Процесор AMD Ryzen 9 3900X (100-000000023) 100-000000023 | 9 797 ₴ |  | |||
AMD Ryzen 9 3900X (100-000000023) 100-000000023 | 9 797 ₴ |  | |||
AMD Процесор AMD Ryzen 9 3900X (100-000000023) 100-000000023 | 9 833 ₴ |  | |||
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Good performance, absolutely everywhere and in everything. For the money that it SHOULD cost, it would have no analogues. But.. 1) The marketplace broke the philosophy of this processor, because it was supposed to cost significantly less than 3900x, and at the same time be better (in the right hands), but this did not happen. In fact, they were either the same, or the difference was meaningless. There are very few of these processes, perhaps this somehow influenced ..
2) A lot of inept users who manage to "strangle" the percent, and then go to the comments .. 3) Requires a good memory. Good does not mean the coolest and most expensive. Finding now for sane money a two-rank opera that can in 3600 cl16 is not a problem at all. Everything that is not two-rank in games very noticeably stifles the percentage, because there is a huge L3 cache, you just need to organize the pumping of the processor with data .. Zen cores are quite smart, by themselves 4) Requires a mother with a good feeder. Good does not mean that you need to take an expensive and overclocker uber, just a good one. 5) DISGUSTINGly worked on Crosshair 6 Hero x370, stability was not included in the chat. Moving to the B550-A Rog Strix solved every single problem, the flight was perfect. This applies to the process insofar as, but just for information  Дмитрий Митус: use AMD 3900 OEM more than year |
I took 2070s, asus tuf gaming x570 and ryzen9 3900x for assembly. If I could return the time, I would most likely take intel. I can’t say that the percent is really bad, it’s just that its advantages are rarely used in my tasks. Multithreading is good for rendering, but for modeling and games it gives very little because these processes are usually one or two threaded and simply run into 1 core. I changed the wraith prism box cooler to a noctua because it is quite noisy and in the tests the percentage gave out 95 degrees right from the threshold. It also didn’t work out adequately to overclock the RAM (kit 16x2 corsair vengeance 3000mhz), the maximum that I got was 3200 by 17. Although reviews, articles, a ryzen calculator, etc. showed completely different indicators. As a result, in RAM latency tests, it shows a value of 75ns (in Intel, this value is two times lower). Even if we assume that very bad dies were caught, then for good ones this value would be in the range of 63-65, which is still a lot. -Number of threads
- At the time of purchase was a little cheaper than competitors - Relatively small tdp -High RAM latency, actual factory loc infinite at 1900mhz
-Weak boxed cooler - Comparatively bad for single-threaded tasks nikolai tihres: use AMD 3900X BOX more than year |
2 out of 12 user review(s) shown
10 more user review(s)
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AMD Ryzen 9 Matisse configurations
| Price for AMD Ryzen 9 Matisse | ||||
|---|---|---|---|---|
| AMD Ryzen 9 Matisse 3900 OEM | from 8 493 ₴ | 10 offers | |
 | AMD Ryzen 9 Matisse 3900 PRO OEM | from 8 384 ₴ | 14 offers | |
| AMD Ryzen 9 Matisse 3900X BOX | from 29 021 ₴ | 2 offers | |
| AMD Ryzen 9 Matisse 3900X OEM | from 9 428 ₴ | 10 offers | |
| AMD Ryzen 9 Matisse 3900XT BOX | from 10 117 ₴ | 1 offer | |
| AMD Ryzen 9 Matisse 3950X BOX | from 25 975 ₴ | 8 offers | |
| AMD Ryzen 9 Matisse 3950X OEM | from 24 110 ₴ | 1 offer | |
We recommendCompare using chart →
AMD AM4, cores 12, threads 24, 3.8 GHz, TurboBoost 4.7 GHz, process technology 7 nm, PCI-E 4.0, is absent, unlocked multiplier, multithreading, TDP 105 W, память ОЗУ: maximum 128 GB, DDR4 3200 MHz
AMD AM4, cores 8, threads 16, 3.9 GHz, TurboBoost 4.5 GHz, process technology 7 nm, PCI-E 4.0, is absent, unlocked multiplier, multithreading, TDP 105 W, память ОЗУ: maximum 128 GB, DDR4 3200 MHz
AMD AM4, cores 8, threads 16, 3.8 GHz, TurboBoost 4.7 GHz, process technology 7 nm, PCI-E 4.0, is absent, unlocked multiplier, multithreading, TDP 105 W, память ОЗУ: DDR4 3200 MHz
AMD AM4, cores 8, threads 16, 3.6 GHz, TurboBoost 4.4 GHz, process technology 7 nm, Radeon Vega 8, integrated graphics, multithreading, TDP 65 W, память ОЗУ: maximum 64 GB, DDR4 3200 MHz
AMD AM4, cores 6, threads 12, 3.6 GHz, TurboBoost 4.2 GHz, process technology 12 nm, is absent, unlocked multiplier, multithreading, TDP 95 W, память ОЗУ: maximum 64 GB, DDR4 2933 MHz
AMD AM4, cores 8, threads 16, 3.8 GHz, TurboBoost 4.6 GHz, process technology 7 nm, Radeon Vega 8, integrated graphics, multithreading, TDP 65 W, память ОЗУ: DDR4 3200 MHz
AMD AM4, 65 W, cores 4 , threads 8 threads, process technology 7 nm, 3.6 / 3.8 GHz, TurboBoost 3.9 / 4.3 GHz, DDR4 3200 MHz, is absent
AMD AM4, 65 W, cores 6 , threads 12 threads, process technology 7 nm, 3.6 GHz, TurboBoost 4.1 GHz, DDR4 3200 MHz, is absent
Intel LGA 1200, 35 - 125 W, cores 8 , threads 16 threads, process technology 14 nm, 1.4 - 3.6 GHz, TurboBoost 4.6 - 5 GHz, maximum 128 GB, DDR4 3200 MHz, is absent / UHD Graphics 750
Intel LGA 1151 v2, 35 - 95 W, cores 6 , threads 6 threads, process technology 14 nm, 2.3 - 3.7 GHz, TurboBoost 3.9 - 4.6 GHz, maximum 128 GB, DDR4 2666 MHz, is absent / UHD Graphics 630
AMD AM4, 65 W, cores 6 , threads 12 threads, process technology 7 nm, 3.7 GHz, TurboBoost 4.2 GHz, maximum 64 GB, DDR4 3200 MHz, Radeon Vega 7
AMD AM4, 35 / 65 W, cores 6 , threads 12 threads, process technology 7 nm, 3.4 - 3.9 GHz, TurboBoost 4.2 - 4.6 GHz, maximum - / 128 GB, DDR4 3200 MHz, is absent - Radeon
A very light stone. Specifically, my copy was well downvolted + let me play with the boost. Could work with 3800 memory, but IF let us down, didn’t want to go above 1800, otherwise WHEA bus / interconnect, which could not be overcome. To say that the loss is big will not work, so everything is very worthy. Single-core performance (and performance in games) at the level of 8700K-9900K (keep in mind that 9900K is 500 MHz faster in the cores, and everything immediately becomes clear and understandable. For those who are "in the know", of course)). That and, in principle, this percentage is somewhere between 9900K and 10900. Those who like to write about large delays, open Zen Timings, observe desynchronization in UCLK / MCLK / FCLK, beat ourselves on crooked hands and delete inaccurate comments. A big hello to those who put a peer-to-peer opera to such a process - guys, don’t assemble computers, not yours) Buy it ready somewhere in a foxtrot, don’t torture yourself and others). Also hello to lovers of "water", I'll tell you a secret that almost any medium-low-cost air will cope with this process (I had Dark Rock 4, but something cheaper with similar efficiency is possible. At the same time, my PBO limits were higher than those of 3900s).
The overclocking that on the screenshots was the intermediate results, the final ones, alas, are not at hand now. I gave the system to a friend, it was a pity to sell (As a result, single-threaded performance turned out to be at the level of 3900x, and multi-threaded performance was even better than that. Boost for all cores 4200, stable 4450 per core