Developments in generative AI and Large Language Models are moving at a lightning pace. Incredible amounts of data must be processed and moved to train models which at their largest now exceed one trillion parameters. Join Rambus Fellow and Distinguished Inventor, Dr. Steven Woo, as he discusses the memory and interface technologies critical to powering next-generation computing architectures for AI/ML in the data center and beyond.
Memory Systems for AI in the Data Center
CXL Technology: Revolutionizing the Data Center
The need for more memory bandwidth and capacity continues to rise, with applications like generative AI pushing current data center infrastructure to the limit. The leading companies at every level of the data center value chain are coalescing around CXL technology as a path to revolutionize the data center. Join Mark Orthodoxou to hear how CXL promises tremendous gains in computing performance by bridging the latency gap between direct-attached DRAM main memory and solid-state storage, as well as enabling new tiered-memory solutions and composable architectures.
Innovations in CXL 3.0: Novel Device Types, Capabilities, and Interconnects
CXL 3.0 introduces several compelling new features to address the rapidly evolving demands of future data centers. A new device type, CXL Multi-Headed Devices, has been introduced to support simultaneous connection to multiple hosts. CXL Dynamic Capacity Device (DCD) capability simplifies migration of memory resources between hosts. New CXL Fabrics offer substantial scale and flexibility in architectural design. Danny Moore will discuss these important new developments in the CXL standard.
LPDDR5X: Delivering High Bandwidth and Power Efficiency
The bandwidth and low power characteristics of LPDDR make it an increasingly attractive choice of memory for applications in IoT, automotive, and edge computing. LPDDR5X takes performance to the next level with a data rate of up to 8.5 Gbps. Join Vinitha Seevaratnam to learn which applications can benefit from using LPDDR memory.
System Level Design Considerations for PCIe 6.0
PCIe 6.0 offers many new and exciting features including a 64 GT/s data rate, PAM4 signaling, forward error correction, and a low power L0p mode. In this presentation, Lou Ternullo will walk you through all the system design considerations you will need to know before getting started on your PCIe 6.0 design, including how to get the most out of each of the PCIe devices.
Leveraging VESA Video Compression & MIPI DSI-2 for High-Performance Displays
Visually lossless video compression is essential for handling the growing bandwidth requirements of cutting-edge displays with higher resolutions, faster refresh rates, and greater pixel depths. This presentation will show designers how they can develop cutting-edge display products without compromising on display quality, battery life or cost using a combination of VESA video compression and MIPI DSI-2 technology.
