AMD has recently unveiled its second-generation Versal adaptive systems on a chip, which promises to revolutionize the way embedded systems are accelerated. The new device offers an end-to-end solution for artificial intelligence, eliminating the need for multi-chip solutions that have been plaguing embedded systems. This is achieved by combining all computing resources on a single chip, providing an optimal combination of processors for preprocessing, AI inference, and post-processing.
The Versal AI Edge Series Gen 2 features a programmable logic structure for real-time preprocessing and an array of vector processors for efficient AI inference. Additionally, CPU cores provide the post-processing power needed for complex decision-making and control of safety-critical applications. This design aims to streamline the acceleration process and improve overall efficiency in embedded systems.
AMD has also introduced the Versal Prime Series Gen 2, targeting integrated systems. This series combines programmable logic for sensor processing with high-performance integrated Arm CPUs, offering up to ten times more scalar computing power than the first generation. It also provides more efficient management and supports video signal processing for up to 8K in multi-channel workloads.
In conclusion, AMD’s latest Versal chip series are designed to enhance the performance and efficiency of embedded systems, offering a comprehensive solution for various applications. The unified approach to computing resources and the combination of processors for different phases of acceleration make these chips a promising advancement in the field of artificial intelligence-driven systems.
