The 6-core 12-thread Rylowers the bar for entry to the AM5 platform to just $229, a mere $20 savings over the Ryzen 7 7600X. The 7700 also comes with the RGB-equipped Wraith Prism cooler, and AMD positions it to compete with the Core i7-13700. The 7700 has a 3.8 GHz base (-700 MHz less than the 7700X) and boosts up to 5.1 GHz (-200 MHz). The Rycomes with a bundled cooler while the 7700X does not, but we still expect the 7700 to soon retail for much less than the suggested pricing. Much of this disparity stems from the reality that AMD's recommended pricing rarely resembles what you see at retailers, making price projections nearly impossible before the chips hit the shelves. The Ryhas eight cores and twelve threads for $329, which is a curiously small savings compared to the Ryzen 7 7700X’s $349 street price. AMD positions the 7900 to compete with Intel’s Core i9-13900, but at a significantly lower price point. The rest of the 7900’s key specifications are identical to the 7900X, but AMD also throws in the capable RGB Wraith Prism cooler. That’s only 300 MHz lower than the 7900X, which is reasonable considering the 7900's 65W/88W power rating compared to the 7900X’s 170W/230W spec. The Ryhas a 3.7 GHz base clock, a full 1 GHz lower than the $474 Ryzen 9 7900X comparable, but it boosts to 5.3 GHz. As such, these chips have much lower base clock speeds than their X-series counterparts, enabling them to fit into the lower TDP envelope.ĪMD doesn't have a Non-X 16-core Ryzen 9 7950X model, so the 12-core 24-thread $429 Ryis the most powerful 65W chip. Ryzen 5 7600, Ryzen 7 7700, RySpecifications and PricingĪMD defined several new TDP ranges with the Zen 4 family, and the first three Non-X models all come with a 65W base TDP and 88W power limit (PPT) under load. The 65W Ryzen 7000 chips help reduce the pricing pain for the AM5 platform, but the processor's price is just one factor when you select components for your build. In contrast, you can use either DDR4 or DDR5 with Intel's Raptor Lake chips, with DDR4 providing less expensive memory and motherboard options for value seekers, plus Intel's downstream motherboards tend to be more affordable in general. If it is true that the competing Alder Lake chips from Intel will be backwards-compatible with DDR4, then Team Red will have to contend with the fact that they're platform-locking long-time fans out.The 65W Ryzen 7000 models are sorely needed AMD's AM5 ecosystem has been plagued by high motherboard pricing - particularly for the historically value-oriented B-series - and the strict requirement for DDR5 memory has been a nagging issue due to continued high pricing. Obviously, this is going to help with the increased CPU performance.īut therein lies the rub. The performance bump alone from DDR4 to DDR5 is already insane, with basic kits reaching speeds past 5000 MHz. Zen 4 is only able to exclusively support next-gen DDR5 memory, at least according to insiders. With Zen 4, AMD is tapping into a high-powered architecture with the goal of bringing it to the masses. And see how that turned out for these monstrous, high core-count chips: not even AMD's highest-end PGA-based processors can hold a candle to Threadripper. Threadripper CPUs are already using the LGA platform, meaning that the pins are on the motherboard and not the CPU itself. Threadripper is the perfect example, being the most powerful AMD desktop processors that are available to typical consumers (outside of the EPYC line, of course). The reason might be quite simple: added pin density, which leads to better power delivery and an overall performance bump. (Photo : Joby Sessions/Maximum PC Magazine/Future via Getty Images)ĭetail of the AMD cooling fan fitted into a Phanteks Eclipse P300 ATX Mid Tower PC case, taken on October 13, 2017.īut why is Team Red changing, when its AM4 platform has brought it continued success due to the easy upgrade path? Also, AMD deciding to radically change their Ryzen platform is going to mean that people running 3rd-gen Zen CPUs or older will be basically locked out of Zen 4. Read also: EPYC Performance: AMD's Leaked Roadmap for Server CPUs Teases A 96-CORE MONSTER AMD Zen 4 Will Require a Massive Platform ChangeĪccording to PCGamer, the socket will feature 1,718 pins, which will likely be an integral part of the performance bump. Insiders say that a lot of details about the Raphael chips will be confirmed by early 2022. This news comes after it was earlier revealed that AMD will be going the LGA route for AM5, which will be the socket that supports its Zen 4 chips (likely to be called the Ryzen 7000 series). Aside from that, it's also reportedly going to feature support for super-fast DDR5-5200 memory right out the gate, and will have a 16-core flagship part at launch. What this means is that compared to the 7nm Zen 3 parts, Zen 4 is going to pack even more transistors in a much smaller space, hence the IPC (instructions per clock) improvement.
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