AMD launches a new Embedded+platform with integrated solutions to meet the needs of autonomous driving, medical, and industrial fields

AMD is active in the field of embedded system chips and is widely used in various fields such as industry, automotive, commercial, medical, and remote digital gaming systems.The AMD Embedded+platform is primarily designed for fields that require high computing power and energy efficiency, suitable for various artificial intelligence algorithms, and manages real-time data received from various sensor systems. These data are widely used in modern production scenarios and environments.

The Embedded+solution is designed specifically for AMD ODM partners, and is particularly useful in application cases that require maximum response speed between system components and software. Therefore, it can be widely used in the fields of auto drive system, medical diagnostic equipment and high-precision manufacturing systems.

The AMD Embedded+architecture supports various workloads, including x86 compatible and Arm solutions. In addition, it can also collaborate with artificial intelligence tools and FPGA structures, providing flexibility and scalability for embedded computing solutions in various industries.

This architecture is widely compatible with various sensor types and related interfaces, and supports direct connection to standard peripherals through Ethernet, USB, HDMI, and DisplayPort interfaces.The embedded AMD Ryzen processor on the Embedded+platform is capable of processing various image sensor inputs, including RGB, monochrome, and even advanced neural morphology types, while supporting industry standard image sensors such as MIPI and LVDS.By integrating the AMD Versal AI Edge SoC platform, the platform is capable of real-time processing of signals generated by AI algorithms from sensors such as LiDAR, and is widely used in modern embedded systems, covering manufacturing, medical, and automotive fields. In addition, these chips also claim to support GMSL and Ethernet interfaces and protocols, providing more possibilities for different application scenarios.