Stephen Turnbull, director of product marketing for the AMD Data Center and Embedded Solutions Group, said that due to the development of artificial intelligence, deep learning and machine learning, the application of data data processing is even more important. In recent years, AMD has been actively investing in aviation, military, data center, industrial systems and other related applications.

For example, Congatec uses AMD's Ryzen V1000 processor to deliver industrial-grade modules based on industrial connectivity standards. As the evolutionary speed of industrial products is gradually accelerating, and even the speed of evolution of commercial products is approaching, the concept of modularization has gradually become popular in the industrial computer market. Through a modular architecture, it is possible to quickly switch between processors with different performance according to different customer needs, and it is also possible to introduce a more complete product line based on different levels of processors. xc2c512-10pqg208c

Through the AMD EPYC and AMD Ryzen embedded processor product families, the Zen architecture has been further expanded from PCs, laptops, and data centers to network, storage, and industrial solutions, providing higher performance from the core to the edge of the network. The EPYC 3000 embedded processor enhances performance benchmarks for next-generation network function virtualization, software-defined networking, and networking storage applications. The Ryzen V1000 embedded processor combines the Zen core architecture with the Vega display architecture to deliver outstanding graphics performance on a single chip, helping to save space and power consumption in medical imaging, gaming and industrial systems.

In addition to performance, security is still an important consideration for enterprise customers in the development of switches at the top of racks, thin computer units, or products that fall somewhere between the two. AMD EPYC embedded processors and AMD Ryzen embedded processors help protect data from the hardware level with a built-in security processor chip, supplemented by a hardware verification boot function, ensuring that the system is executed by trusted software. In addition, Secure Memory Encryption (SME) technology can detect unauthorized physical memory access, and Secure Encryption Virtualization (SEV) technology provides a subsequent blocking mechanism that can encrypt virtual machine (VM) memory, and No need to modify the program code.