It’s been a while We were waiting for the official presentation of the Ryzen 7 9800X3Dand some signs, such as an increase in leaks in recent weeks, suggested that her announcement was imminent. Of course, on the other hand, and as is often the case in these cases, we’ve taken away a significant portion of what it would mean to find out everything at the time AMD intended. This is a leaky world as we already know.

Be that as it may, today was the day chosen by technology introduce a new generation of your processor get the most out of this new processor.

A key point from the first generation is AMD’s 3D V-Cache technology, which allows memory to be stacked vertically. Well, here we find one of the most remarkable innovations, because with the second generation, now 64 of the 96MB of L3 cache has been moved under the processor. This allows the core complex to be placed closer to the cooling system used, which in turn means that the Zen 5 cores will be able to work at a higher temperature.

Another important innovation that comes with the AMD Ryzen 7 9800X3D is directly related to this, namely that it is the first chip from the X3D family. fully unlocked and which therefore allows overclocking for those users who want to use advanced cooling systems to maximize the performance of the eight cores (16 threads) that are responsible for the performance of the integrated unit. As for the cores I mentioned above, its base clock is 4.7GHz, but it can scale up to 5.2GHz in turbo mode, which is a big jump compared to its immediate predecessor, the Ryzen 7 7800X3D, which it works at a base frequency of 4.2 GHz and 5 GHz in turbo mode

This AMD Ryzen 7 9800X3D delivers remarkable improvements in gaming performance, which according to AMD translates into up to 8% more average FPS compared to the previous generation. They also point to their main rival as managing to outperform by up to 20%. In specific tests, titles like The Last of Us: Part 1 show significant progress with a 31% increase in minimum frames, a change that reduces latency fluctuations and minimizes the stuttering that often affects fluidity.

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