AMD
Enhancing Agentic AI Performance and Security with Heterogeneous Compute
Pages
4
Time to read
8 mins
Publication
Language
English
Pages
4
Time to read
8 mins
Publication
Language
English
This solution brief outlines the enhancements in performance and security for agentic AI applications through the use of heterogeneous computing. It details the integration of various memory types in large language models (LLMs) to improve user experience and efficiency, particularly in enterprise environments. The document discusses the role of the AMD Alveo V80 accelerator card, which combines GPUs, accelerators, and co-processors to address challenges related to memory management. Key benefits include hardware-based isolation, encryption acceleration, and memory collaboration. The brief also explains how FPGAs facilitate low latency and scalability in generative AI applications. Additionally, it covers the importance of data security, specifically through symmetric key encryption and customizable key generation methods. The collaborative nature of memory sharing among users is emphasized, alongside the necessity for stringent data governance in sensitive sectors. The document concludes with a focus on the implementation of advanced AMD Alveo accelerator cards to support high bandwidth memory configurations for optimal performance.