AMD Embedded+ architecture combines AMD Ryzen™ Embedded processors and Radeon™ graphics with Versal™ adaptive SoCs into a compact, single-board solution. This architecture helps designers reduce system complexity and cost while accelerating time to market, delivering scalable and versatile computing platforms suited for a wide range of real-time applications.
Industrial PCs (IPCs) and other embedded systems built on the Embedded+ architecture benefit from a best-of-both-worlds design. They combine flexible FPGA programmability with efficient data pipelines from sensor to IPC, along with integrated video codecs and AI Engines for machine learning inference. In addition, built-in Radeon graphics support enhanced 4K multimedia capabilities, making these platforms well suited for IPCs, medical displays, and industrial HMIs.
Leveraging the Embedded+ architecture and platform, LogicTronix offers performance-optimized solutions for automotive ADAS sensor fusion solution, medical system design, industrial and Physical AI applications. The FPGA and SoC components enable ultra-low-latency sensor data pipelines and real-time inference, while the x86 processor paired with integrated GPU supports advanced visualization and 3D rendering for rich, interactive user experiences.
A Mini-ITX form factor motherboard from SAPPHIRE Technology, featuring a Ryzen R2314 processor paired with a Versal VE2302 device, delivers a total power consumption as low as 30W. It is also available as the VPR-2616-SYS, a fully pre-configured and packaged solution. More details of Sapphire Embedded+ platform can be found here – https://www.sapphiretech.com/en/embedded-plus-explore
Figure – AMD Embedded+ Architecture – PCB Board connection and I/O flow (Source – AMD)
Figure – AMD Embedded+ detail architecture (Source – AMD)