Learn about the transformative capabilities of CXL 2.0 switching technology and its role in enabling composable memory architecture for AI and HPC computing environments in this 18-minute technical presentation from XConn Technologies' Gerry Fan at the Open Compute Project summit. Explore how this innovative technology addresses memory expansion and sharing challenges while enabling flexible resource allocation in high-performance computing scenarios.
CXL 2.0 Switch Enabling Composable Memory Architecture in AI and HPC Computing
Open Compute Project via YouTube
Overview
Syllabus
CXL 2.0 Switch Enabling Composable Memory Architecture in AI/HPC Computing
Taught by
Open Compute Project
Related Courses
-
Enabling Composable Scalable Memory for AI Inference with CXL Switch
-
CXL 2.0 Switch Technology - Enabling Next-Era Big Memory Computing
-
Memory-Centric Computing with CXL Computing Cell Architecture
-
CXL Enabling an Interoperable Ecosystem for Heterogeneous Memory and Computing Solutions
-
Introduction to CXL Technology and Memory Management Use Cases
-
Server Fabrics and the Evolution to CXL 3.0 - Memory and Resource Management in Heterogeneous Computing
