As the Automotive industry quickly becomes a very popular topic, AMD did not miss its chance to demonstrate our broad range of automotive applications at CES. 

“AMD Ryzen™ Embedded V3000 Series processors provide very high performance with excellent power management, and the performance-per-watt ratio is probably the best in the industry for high performance embedded CPUs,” Stavi commented.

Digital transformation continues to redefine today’s enterprises through data-driven decisions. This in turn demands high performance and secure infrastructure that reduces costs while decreasing the carbon footprint. The AMD EPYC™ line of processors introduced in 2017 continues to generate momentum across industry verticals that provide a rich portfolio of software solutions for both traditional on-premises and modern hybrid cloud environments. AMD is responding to this digital transformation with solutions that exceed industry expectations by delivering leadership performance, price-performance, and energy efficiency.

Public and private cloud environments are the new norm as organizations of all sizes migrate from legacy siloed datacenters in favor of flexible solutions that can offer improved adaptability and scalability. The flexibility of these multi-tenant solutions opens the door to novel security challenges that require innovative solutions.

This blog looks at some of the inherent advantages and risks of virtualization in public and private cloud environments and then examines how the confidential computing features built into AMD EPYC™ processors helps to mitigate these risks. I’ll conclude by highlighting some of the stakeholders who support AMD EPYC security features in both public and private cloud environments.

2023 is already shaping up to be a big year for AMD's processor division, with a total of five different CPU designs for notebook! We'd like to share a small preview of these new CPUs with you, along with a look at the new naming system we’ve developed to support our growing business.

Hyperconverged infrastructure (HCI) replaces siloed compute and storage equipment with standard servers and local storage. HCI can also converge networking to offer “software-defined networking” (SDN). Software such as VMware® vSphere+™ then creates the virtual compute nodes, storage clusters, and switches to replicate a complete datacenter without the need for legacy architecture silos. This “convergence” can run multiple workloads using either VMs or containers with high performance, resiliency, and simple maintenance compared to traditional datacenters.

It is an exciting time to be at AMD. This month, the Frontier supercomputer powered by AMD EPYC processors and AMD Instinct™ accelerators broke the exaflop barrier by becoming the world’s first officially-recognized exascale supercomputer and grabbing first place on the Top500 list of the world's fastest supercomputers. A few weeks ago, AMD launched the latest 3rd Gen AMD EPYC™ processors with AMD 3D V-Cache™ technology. This is the impressive story recently shared at the ISC High Performance 2022 conference in Hamburg, Germany.