For workloads that care less about cache and more about clock speed-as we’ll see when we start benchmarking-the 5800X3D can be slower than the regular 5800X, which AMD freely admits. ![]() AMD is pushing the 5800X3D mainly as a gaming processor, and that’s because games benefit more consistently from having a bigger pool of cache to play with. One side effect of this packaging technology is that the 5800X3D runs at a noticeably slower clock speed than the 5800X, and AMD doesn’t officially allow any overclocking or power adjustments when using the 5800X3D. This is undoubtedly an interesting processor, but its pricing and extremely specific performance advantages will limit it to a niche of a niche. We've run some tests on the 5800X3D to find its strengths and weaknesses and to get a sense of when you'll notice the impact of the additional cache. But AMD says that the extra cache allows the 5800X3D to outrun Intel's fastest CPUs when it comes to gaming. Unlike other Ryzen CPUs, the 5800X3D doesn't offer overclocking or power consumption controls, and its clock speeds are a bit lower than the standard 5800X. This new tech feels like an experiment in some ways. ![]() The aging socket's time is coming to a close later this year when the Ryzen 7000-series chips are launched, but AMD is sending it off with one last high-performance processor: the Ryzen 7 5800X3D, which launches on April 20th for $449.ĪMD uses a unique packaging technology called "3D V-Cache" to triple the amount of 元 cache on the processor, from 32MB for the standard Ryzen 5800X to a whopping 96MB. AMD's AM4 socket has had a long and successful run on the desktop, ushering in the Ryzen processor lineup and helping AMD compete with and outperform Intel's chips for the first time since the mid-2000s.
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