The technology AMD’s 3D V-Cache has revolutionized the processor market since its debut in 2022, marking a before and after in the performance of cache-sensitive loads. Its implementation in integrated devices such as the Ryzen 7 5800X3D and, more recently, the Ryzen 7 9800X3D, has proven to be a key differential for technical and gaming applications. Since its introduction, this technology has redefined user expectations, achieving a balance between energy efficiency and raw power that, until now, few competitors have managed to match. Now, Intel appears ready to follow this path with a specific approach of its own: integrating 3D stacked cache technology into its next generation of Xeon processors.
Intel has confirmed what andis working on a design that will include 3D stacked memory in the Xeon Clearwater Forestprocessors aimed at servers and workstations. This technology, integrated directly into the processor’s “Base Tile”, seeks to offer significant improvements in technical workloads, such as scientific simulations and data analysis. According to Intel’s plans, this advancement will allow it to compete directly with AMD’s EPYC “Genoa-X” and “Turin-X” processors, which have dominated this segment thanks to their ability to optimize cache-sensitive tasks.
However, Intel has indicated that it does not plan to introduce this technology in its consumer Core processors until at least 2025.. This decision contrasts with the strategy of AMD, which has extended its 3D V-Cache technology to consumer processors with notable success. AMD models with 3D V-Cache have dominated the gaming market, and its most recent release, the Ryzen 7 9800X3D, has reinforced this position thanks to improvements in thermal dissipation, higher frequencies and exceptional performance in demanding applications, something which has made it a great sales success.
AMD’s success has not only boosted its sales, but has also had an impact on the market share of Intel, which is facing difficulties in maintaining its leadership in the desktop processor segment. According to recent reports, AMD has achieved a 28.7% share in this market, a significant increase compared to 23% in the previous quarter, while Intel continues to lose ground. This context underlines the importance of technological innovations and the ability to adapt quickly to market demands.
As AMD continues to establish itself as a leader in the consumer market, Intel seems to have prioritized the professional segment with the Xeon Clearwater Forest. Although this strategy makes sense from a technical perspective, the delay in implementing similar innovations in its Core processors could have significant implications for brand perception among gamers and home users.
In this context, a key question arises: Is Intel right to leave aside the consumer market with this technology? Although its commitment to the professional segment may be strategic, giving up innovation in Core processors could give up even more ground to AMD in a market where its growth, which is to the detriment of Intel, is incontestable.
Source: www.muycomputer.com
