Intel Mulls 3D V-Cache Tech to Challenge AMD
Intel is reportedly exploring the integration of 3D V-Cache-like technology into its upcoming processors, potentially reigniting a competition with AMD in the high-performance computing market. This move could significantly impact gaming performance, if the new designs deliver as promised.
Revival of a Familiar Idea
Intel is considering bringing back technology similar to AMD‘s 3D V-Cache. The “Blue” team previously experimented with this concept back in 2015 with its Broadwell family, which included 128MB of L4 memory. Former CEO Pat Gelsinger hinted at a possible return to this approach.
Unofficial reports suggest that Intel’s forthcoming Nova Lake series might feature variants labeled as “X3D-like.” This strategy is not entirely new, as the company has previous experience in this area.
What to Expect
Intel has officially confirmed that it is working on CPUs for servers. Furthermore, the company’s technological communications manager mentioned evaluating the consumer market for such technology, though no formal announcement was made.
Unofficial sources claim that some Nova Lake systems from Intel will boast a “BLLC,” or “Big Last Level Cache,” which could be either L3 or a return of L4. While L4 could offer improved efficiency, it may also be more expensive.
Two such models are rumored, one with 28 cores and another with 24 cores, both consuming 125W. These CPUs would probably be part of the Intel Core Ultra 7 and Core Ultra 9 series.
Gaming Performance Could Benefit
The biggest performance increases may be seen in gaming if the new tech is similar to AMD‘s 3D V-Cache. However, Intel might opt for a different approach, and the first tests will offer more insight.
Intel must aggressively pursue new strategies. They lost market share due to overspending in semiconductor production, the Intel Core 13 and 14 generation scandal, and the poor performance of the Arrow Lake family. AMD has steadily gained ground.
The global semiconductor market is projected to reach $580 billion in 2024, demonstrating the significance of competitive developments (Statista).