![]() We'll split this piece up into four parts that cover the four major components of the Ryzen 7000 launch: 1) the Zen 4 CPU core, 2) the on-chip I/O die that supports the CPU's non-CPU features and handles internal connectivity, 3) the 600-series chipsets that handle most external connectivity, and 4) the physical AM5 socket that will outlive all of the other components by a few years. This one will focus on all the other changes, including the ones that will be with us long after Ryzen 7000 is old news. One is a look at the actual chips' performance and power efficiency, located here. AMDs flagship for this generation is the Ryzen 9 7950X, a 16 Zen 4 core CPU that AMD is looking to top the charts with for both single-threaded and multi-threaded workloads. So we're publishing two Ryzen pieces today. AMD has yet to confirm specifications for its upcoming Zen 4 (Ryzen 7000) series of processors, though the rumor is well see 24 cores on Ryzen 9 CPUs. The last time this many things changed at once was back in 2017, when the first-generation Ryzen chips originally launched. The processor architecture is changing, but it's also being accompanied by changes to everything from the chipset to the physical socket that the chips plug into. ![]() ![]() The Ryzen range is built upon the new Zen 4 architecture, which uses TSMC’s 5nm process node for a significant. AMD has three Ryzen Pro 7000 series processors for desktops, including one 6C/12T, 8C/16T, and 12C/24T trio of Pro-enabled SKUs, as well as three Ryzen Pro 7040HS models and three lower powered. Further Reading Ryzen 7600X and 7950X review: Zen 4 starts off expensive but impressiveĪMD's Ryzen 7000 launch is bigger than just the processors. The AMD Ryzen 7000 Series is the latest generation of processors from the company. ![]()
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