Intel still holds 90% of the server CPU market. However, the company does not continue to be successful. AMD is entering the server space with its own Epyc processors, so Intel is currently selling Xeon processors at a discount to challenge the company's previous ability to offset high production costs and supply chain bottlenecks.
Intel is really late to feel the heat of AMD. The company has seen significant growth in its x86 processor market share in recent years, recently reaching 22.5% - the highest number since 2007. It has done so by shifting focus from more valuable desktop processors. Intel can increase gaming processors and interest level as much as possible. Intel responded quickly by offering discounts on 11th and 10th generation Core processors, but AMD remains Amazon's best-selling scheme to date. Things are looking better for AMD in the laptop processor market, but supply limitations prevent Team Red from advancing any faster. This is an area where Intel can still feel comfortable. To prevent AMD's server lunch ">
Server CPUs, on the other hand, captured a significant share of AMD's market share last quarter, the company says, with the latest Epyc processors in March offering twice the performance of their peers from Intel, which translates to AMD providing nearly two-thirds of the CPU cores in the world's top 500 supercomputers in June.
Intel has nearly 90% of the server market share, the company still has reason to Worrying about, however, server processors are important companies with high entry barriers and high replacement costs. They are trying to prevent AMD from capturing a larger share of the server CPU in the server market by getting discounts on its Xeon Scalable processors.
Intel does this for two reasons: One is that AMD relies on TSMC to build Epyc CPUs, while Intel relies on its manufacturers to build Xeon CPUs, with some vendors reporting that AMD has a problem that T has succeeded in Solve the supply problem in most cases, but still have to move forward with the TSM contract price increase C.