When AMD launched its new Zen 4 line of CPUs in September, there was an elephant within the room. What about V-Cache variations? AMD didn’t present such CPUs, although it had proven them within the official roadmap. This left many would-be upgraders sad, as the corporate’s earlier V-Cache CPU, the Ryzen 7 5800X3D, was a really particular chip. It supplied an amazing gameplay enhance on sure titles, regardless of having medium clock speeds. Naturally, it led individuals to salivate over the mix of Zen 4 structure together with ample L3 cache. “I will await the V-Cache chips” was a typical chorus on-line after the discharge of Zen 4. It now seems that AMD is making ready a number of of those fashions, as an alternative of only one prefer it beforehand did. A brand new report signifies that it’ll supply three V-Cache CPUs, with eight, 12, and 16 cores.
The information about AMD’s plans comes courtesy of an hour-long video from Korea made by Quasarzone. It was translated by a Twitter person. @harukaze5719. He says that whereas AMD beforehand solely supplied a single octa-core CPU, it is going to be increasing choices for Zen 4. That features 8-, 12-, and 16-core fashions, which is a giant break from precedent. Beforehand, the 5800X3D was the one V-Cache chip, which made sense from a monetary perspective. Its gaming efficiency is so good that it threatens to cannibalize AMD’s high-end CPUs. In truth, when Zen 4 evaluations lastly dropped and other people noticed how aggressive the 5800X3D was in comparison with Zen 4, many individuals simply purchased the older chip and referred to as it a day. Additionally, the truth that it could possibly be placed on an X370 motherboard tempted many upgrades.
AMD V-Cache design for the Ryzen 7 5800X3D based mostly on Zen 3.
Two of the brand new chips would be the 16-core Ryzen 9 7950X3D and the 12-core Ryzen 9 790X3D. The identify of the eight-core half is but to be decided; it is going to be a Ryzen 7 7800X3D or 7700X3D. All three CPUs will reportedly be 170W components. The corporate’s present lineup options two 170W chips on the excessive finish, however the eight-core mannequin, the Ryzen 7 7700X, is a 105W CPU.
In contrast to the earlier chip, which had decrease clocks than its mother or father CPU, variations of Zen 4 are reported to have comparable clock speeds. For context, the 5800X3D’s 3.4 GHz base clock was 400 MHz slower than the 5800X’s. Its 4.5 GHz enhance clock was 200 MHz slower. Regardless of these low clocks, the CPU was nonetheless in a position to dominate in gaming benchmarks. Intel even sheepishly included it in its Raptor Lake launch slides (under), the place it may be seen outperforming its newest CPUs in some video games.
Intel included the 5800X3D in its Raptor Lake launch pads, however darkened it barely through the use of a crimson “sprint” as an alternative of a vertical bar. Click on to enlarge. (Picture: Intel)
Along with greater clocks, the brand new chips can even have twice the L3 cache of the earlier model. The 5800X3D supplied 96 MB of L3 and the brand new variations can have 192 MB in accordance with Videocardz. That addition, mixed with the a lot greater clocks that the Zen 4 provides, makes for a tempting mixture. A 5.7GHz 7950X3D could be an unimaginable menace to Intel’s 13900K, to not point out the upcoming 13900KS model. That chip will reportedly be clocked at 6GHz, which is 200MHz greater than its predecessor.
As for once we can count on these chips, there’s one other shock: They’re reportedly coming subsequent month, which suggests they’re going to be at CES. The corporate will doubtless announce them on the commerce present after which supply them on the market on January 23. This can be a shocking change from its earlier technique, by which it launched the V-Cache chip years after the discharge of Zen 3. AMD would not appear to need to wait this time. That could possibly be attributable to weaker-than-expected gross sales of Zen 4, or just to keep away from any competitors from Intel.
Now learn:
– AMD Is Rumored to Be Readying Ryzen 7000X3D 3D V-Cache CPUs
