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In order to meet the needs of data analysis in various fields, AMD has recently launched a series of EPYC 3000 and AMD Ryzen V1000 two embedded processor products. Among them, in the field of industrial embedded computer, the speed of demand change will speed up, which makes the industrial computer architecture develop into modularization, and the product will also help the development of this trend. Stephen Turnbull, product marketing director of the AMD data center and embedded solutions, said that the application of data data processing is more important because of the development of artificial intelligence, deep learning and machine learning. AMD has been actively involved in aviation, military, data centers, industrial systems and other related applications in recent years. For example, Congatec uses AMD Ryzen V1000 processor to integrate relevant industrial modules with industrial connection standards. As the evolution speed of industrial products is accelerating, and even approaching the speed of the evolution of commercial products, the concept of modularization is becoming increasingly popular in the industrial computer market. Through modular architecture, processors can be quickly switched on the basis of different customer needs, and more complete product lines can be introduced according to different levels of processors. Through the series of AMD EPYC and AMD Ryzen embedded processor products, the Zen architecture is further extended from PC, pen and data center to network, storage and industrial solutions to provide higher efficiency for the network core to the edge. EPYC 3000 embedded processor aims at improving the performance benchmark of new generation network virtualization, software defined network and networking storage. The Ryzen V1000 embedded processor combines the Zen core architecture with the Vega display architecture to provide excellent drawing efficiency by single chip, and helps medical imaging, games and industrial systems save space and power consumption. In addition to efficiency, security is still an important consideration for enterprise customers on the development of a cabinet top switch, a streamlined computer device, or a product between the two. The AMD EPYC embedded processor and the AMD Ryzen embedded processor help protect the data from the hardware level by the built-in security processor chip, and the hardware verification of the boot function, to ensure that the system executes the boot program by the trusted software. In addition, secure memory encryption (SME) technology can detect unauthorized physical memory access actions, and secure encryption Virtualization (SEV) technology provides a subsequent blocking mechanism to encrypt the memory of the virtual machine (VM) without modifying the program code.
