Intel jumps into the 3D V-Cache race, but with a focus on servers

Intel has taken the leap into the 3D stacked memory trend, though its initial focus is not on the consumer market, but rather the professional sector. 3D V-Cache technology , primarily known thanks to AMD , has been key to improving the performance of its Ryzen processors in gaming and other applications. However, Intel has decided to follow a different path , opting to implement 3D stacked cache in its Xeon processors , designed for servers and workstations.

For some time, it had been speculated that Intel would seek to implement a similar solution to compete with AMD 's Ryzen processors , but it seems their strategy prioritizes the enterprise sector over consumer users . While AMD has expanded its 3D V-Cache to gaming-oriented products, Intel has made it clear that its next advancements in this area will be reserved for more specific workloads, such as those handled by high-performance data center solutions.

Xeon processors with 3D V-Cache: Intel's bet for 2025

Intel recently confirmed through Florian Maislinger , its technology communications manager, that its next generation of Xeon Clearwater Forest processors will feature 3D stacked cache technology. This addition will be available starting in 2025 and is expected to deliver significant benefits in technical workloads such as scientific simulations, data analysis, and other tasks where cache memory is crucial for performance.

As the brand's representatives have explained, these new processors will be designed to compete with AMD's EPYC Genoa-X and Turin-X , which have already proven to be highly efficient in these types of enterprise applications. Like AMD, Intel aims to improve performance by optimizing the L3 cache , a key component in repetitive tasks and massive calculations where reducing RAM access leads to a significant increase in processing speed.

Why Intel has no plans for 3D V-Cache in the consumer market?

While AMD has achieved great success with its Ryzen 7 9800X3D processors and their 3D V-Cache, Intel seems to have a different vision for the consumer market. According to Maislinger , gaming and the high-performance consumer processor segment are not a priority for the company at this time. Although it's undeniable that this technology has a positive impact on gaming by drastically increasing the amount of data quickly accessible from the CPU, Intel prefers to focus on sectors that offer greater growth potential , such as servers and data centers.

This doesn't mean Intel is completely out of the gaming market or that it doesn't see the value in 3D stacked cache technology for gaming. It simply means their current strategy prioritizes enterprise applications, where the demand for processing power improvements is even greater. According to their statements, this technology is likely to take several years to reach consumer processors, possibly until 2025 or even later.

Furthermore, Intel believes that the server and data center market offers a higher return on investment compared to the gaming market, which they consider a niche market compared to the revenue generated by their Xeon processors in enterprise environments. For this reason, their push to implement 3D V-Cache will initially focus on these sectors.

Innovations in processor design with 3D V-Cache

Intel's use of 3D stacked memory technology has several technical implications. In the case of Xeon processors , the idea involves a modular design where each Base Tile (the part of the processor that houses the main cores) is directly connected to a stacked cache , forming a high-performance memory "block" integrated throughout the chip architecture.

We have already seen this approach implemented by AMD in its Ryzen 7 9800X3D series, where the 3D V-Cache stacked memory is located directly above the CCD (CPU's central die), thus improving the ability to solve specific tasks that depend heavily on having the data stored as close as possible to the computing cores.

Intel hopes this design will allow it to close the performance gap with AMD in cache-sensitive tasks. However, its main focus is on improving the efficiency of these processors for critical applications, such as AI analytics , scientific simulations, and massive data servers.

Cache management in Intel systems won't be exactly the same as in AMD's Ryzen processors , but it will have a similar approach in terms of concept. The key for Intel is that the Forevos Direct3D system will link the various CPU and cache tiles, providing these chips with enormous processing power, especially in demanding scenarios.

Although AMD's approach with its 3D V-Cache has proven effective in the gaming sector, the enterprise market is much broader and represents an area where Intel has significant growth opportunities.

The race to implement advanced technologies in CPU architecture continues, but each company is pursuing a different strategy. While AMD dominates the gaming market, Intel seems to have decided to prioritize the professional market with solutions that, although they won't be seen on home users' desktops in the short term, will have a significant impact on the servers and data centers of the future.

Alberto navarro

I'm Alberto Navarro and I'm passionate about everything related to technology, from cutting-edge gadgets to software and video games of all kinds. My interest in digital began with video games and continued in the world of digital marketing. I have been writing about the digital world on different platforms since 2019, sharing the latest news in the sector. I also try to write in an original way so that you can stay up to date while having fun.

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I studied Sociology at university and completed my studies with a Master's in Digital Marketing. So if you have any questions, I'll share with you all my experience in the world of digital marketing, technology and video games.