With only one populated CPU chiplet, the unit has half the available L3 cache versus the Ryzen 9 3900X. Although Intel HEDT isn’t yet represented, it’s doing better than the 9900K. The 3900X is also significantly faster at 3.8GHz base versus 3.5GHz base, not to mention boost clock deltas. The question “is the 1920X worth it” really boils down to whether a 1920X is better than an R5 3600, and it isn’t except in rendering and other thread-heavy workloads, like tile-based rendering. The i5-8400 was also slightly faster than the stock 1920X at 37.5 seconds, while the old E5-2697 v2 is far and away the worst performer at 47.2 seconds average. The AMD Ryzen™ Threadripper processor is designed to provide incredible multi-processing power on the X399 ultimate platform for desktop. 3700X vs 3800X specifications comparison. The 3600 averaged 155.2 FPS, but again did best when SMT was turned off, rising to 165.1 FPS.

The Ryzen 7 3700X is an interesting SKU. Both of which happen to be the highest-end SKUs of their respective mainstream desktop computing platforms. We used something like 5 GPUs to render this faster, but single CPUs are tested here.The E5-2697 v2 is similarly limited, with the added downside that it’s a DDR3 platform with an old featureset, but compatible motherboards are cheap on Aliexpress and it’s a tempting purchase for tinkering around with. On this page, you'll find out which processor has better performance in benchmarks, games and other useful information. The 8400 performed much better again, with a 31.7% advantage in average FPS up to 138.5 average. Because of its age, the Xeon uses DDR3 2400MHz memory downclocked to 1866MHz rather than the DDR4 3200MHz memory used with the rest of our CPUs.The utility of a 12C/24T CPU in gaming is still questionable, even as Intel and AMD both are pushing high core count CPUs in their main desktop lines. Disabling SMT pushed it even higher, up to 166.4 FPS. This is especially noteworthy because while rival Intel hasn't been standing still, all of Intel's desktop technology for the last 3 years has been based on the same Skylake core architecture and variations on Intel's exceptional-for-the-time 14nm process. Frequency and instruction compatibility also play a big role.At 1440p this title was affected by GPU bottlenecking with the 8400 and the 3600, but the Xeon and the 1920X scored almost as well as they did at 1080. This will eventually change, as Intel gets their desktop house in order for 2020, but right now AMD is moving forward when Intel can not, allowing AMD to take full advantage of Intel's run of bad luck and wooing customers in the process.AMD is launching 5 different SKUs today, with the 16-core Ryzen 9 3950X set to follow sometime in September. AMD Ryzen 9 3900X and Ryzen 7 3700X Review: Zen 2 and 7nm Unleashed First 7nm CPUs bring the power. Since having 12 threads instead of 6 clearly isn’t an advantage here, the 6C/6T i5-8400 also put up a good fight with an average of 102.6FPS. Instruction sets can come into play here. Our workstation benchmarks include the following tests:F1 is a game that runs at extremely high framerates even on the oldest and slowest CPUs we test, but it’s still useful for comparative benchmarking. At 1080p the 1920X ran at 204.4FPS average, with a very slight improvement up to 207.6FPS from enabling game mode, but with worse 1% lows. The R5 3600 has a strong 26.6% advantage here at 106.8FPS average, unaffected by overclocking but improved further by disabling SMT for a best-case average of 108.9FPS. The 9900K and 3700X aren’t too distant from the 1920X, but its value at the new $200 price-point makes it a worthy consideration. But it also has all the CPU cores within its one chiplet active. Starting with decompression, the 3900X and 1950X are similar in performance, but they’re also close in price. The 1920X may have an advantage here in that AMD’s Ryzen Master can activate Game Mode on all Threadripper parts, which disables some cores in a way that should optimize for gaming performance.

So taking over Intel's single-threaded performance lead (at least on a consistent basis) is a tall order for the Ryzen 3000 series. They’d be more worth considering in our later gaming tests, but get killed in some production workloads when compared to the 1920X.

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