Intel is making strides in its competition with AMD by increasing the L3 cache on its next-generation Xeon “Granite Rapids” CPUs. The flagship SKUs of these CPUs will feature an impressive 480MB of L3 cache, a significant improvement over Intel’s previous generation.
This breakthrough development follows the launch of Intel’s 5th Gen Xeon “Emerald Rapids” processors, which already showcased a noteworthy 3x increase in cache compared to its predecessors. The “Emerald Rapids” processors offered 320MB of L3 cache, outshining the previous 105MB found in older Xeon models.
By introducing the “Granite Rapids” CPUs with up to 480MB of L3 cache, Intel is determined to rival AMD and its EPYC family of processors, which currently hold a strong market position. AMD’s EPYC 9004 standard CPU boasts up to 384MB of L3 cache, and the higher-end EPYC “Genoa-X” 3D V-Cache CPUs even surpass Intel by offering a staggering 1152MB of L3 cache.
While Intel plans to incorporate embedded 3D-stacked cache in future-generation Xeon CPUs, it remains uncertain if the “Granite Rapids” CPUs will include this feature. Nevertheless, Intel is committed to challenging AMD’s dominance in the processor market and may surprise us with its future advancements.
Although AMD is expected to release its next-generation EPYC “Turin” CPUs later this year, featuring even more cache, Intel’s enhanced L3 cache on the “Granite Rapids” CPUs signifies a competitive step forward. This development suggests an impending L3 cache war in the industry, with AMD likely to hold an edge. The anticipation for AMD’s EPYC “Turin” CPUs continues to grow, as it promises to deliver exceptional performance.
In conclusion, Intel’s next-gen Xeon “Granite Rapids” CPUs’ increased L3 cache capacity illustrates its determination to challenge AMD’s market dominance. While AMD’s processors may offer greater cache in the future, Intel’s progress signifies a noteworthy step toward narrowing the gap. The competition between these technology giants will ultimately benefit consumers, as it fosters innovation and pushes the boundaries of processor capabilities.
FAQ:
1. What is Intel doing to compete with AMD?
Intel is increasing the L3 cache on its next-generation Xeon “Granite Rapids” CPUs in order to challenge AMD’s processor market dominance.
2. How much L3 cache will the flagship SKUs of the “Granite Rapids” CPUs have?
The flagship SKUs of the “Granite Rapids” CPUs will have an impressive 480MB of L3 cache.
3. How does this compare to Intel’s previous generation CPUs?
The 480MB of L3 cache in the “Granite Rapids” CPUs is a significant improvement over Intel’s previous generation.
4. What is the cache capacity of AMD’s EPYC 9004 standard CPU?
AMD’s EPYC 9004 standard CPU boasts up to 384MB of L3 cache.
5. How much L3 cache do the higher-end EPYC “Genoa-X” 3D V-Cache CPUs offer?
The higher-end EPYC “Genoa-X” 3D V-Cache CPUs offer a staggering 1152MB of L3 cache.
6. Will the “Granite Rapids” CPUs include embedded 3D-stacked cache?
It is uncertain if the “Granite Rapids” CPUs will include embedded 3D-stacked cache, as Intel plans to incorporate this feature in future-generation Xeon CPUs.
7. When are AMD’s next-generation EPYC “Turin” CPUs expected to be released?
AMD’s next-generation EPYC “Turin” CPUs are expected to be released later this year.
8. What does Intel’s enhanced L3 cache on the “Granite Rapids” CPUs signify?
Intel’s enhanced L3 cache on the “Granite Rapids” CPUs signifies a competitive step forward in the industry and suggests an impending L3 cache war with AMD.
9. How will the competition between Intel and AMD benefit consumers?
The competition between Intel and AMD will benefit consumers by fostering innovation and pushing the boundaries of processor capabilities.
Definitions:
– L3 cache: The third level of cache in a processor, designed to store frequently accessed data for faster retrieval and processing.
Suggested related link:
– Intel’s official website
The source of the article is from the blog trebujena.net