In this article, we will talk about alternatives to following Moore's law, and which technologies can be used in data centers of the future. Until today, processor manufacturers have been forced to follow Moore's law in order to produce a new generation of chips with higher performance and lower power consumption. In our time, the picture of the world has changed. Research around the world suggests a wide variety of architectures that are more productive and consume less energy. In this ...

... selected servers 1 x AMD EPYC (HPE ProLiant DL325 Gen10 4LFF ... multi-core Xeon Scalable and EPYC processors for Cloud platforms. Later ... compatibility with AMD processors: only EPYC is officially supported, and bugfixes ... BIOS). Excellent in all respects EPYC 3000, which is twice as ... deep technological gap with AMD EPYC Rome processors. You understand that ... about migrating from Xeon to EPYC, we showed that the price ... it with Microsoft Windows Server Datacenter Edition, Oracle programs or specialized ...

Amdahl's law sets a practical limit to the benefit of parallelization, so that further acceleration is possible simply by redefining the General problem in such a way as to make previously serialized operations parallelizable. So if Moore's law slows down and we can't count on faster processors being released every year, what does that mean for data center technologists and architects? Obviously, one of the areas in which chip production will develop is multi-chip packaging, where many ...

Today, Qualcomm announced that they are entering the AI accelerator market with the Qualcomm Cloud AI 100 family of chips. Designed from the ground up for the artificial intelligence market, this chip should be released as early as 2020. At the same time, Qualcomm emphasizes that the new chip will be compatible with existing software for artificial intelligence applications. The new market, which did not exist at the beginning of this decade, has become the center around which all modern ...