With the insatiable need for higher bandwidth in state-of-the-art AI/ML training and HPC, the HBM standard has been on a rapid pace of improvement. The newly standardized HBM3 generation doubles the data rate to 6.4 Gb/s that offers up to 819 GB/s of memory bandwidth between an accelerator and a single HBM3 DRAM device. Memory interface technology expert, Frank Ferro will discuss how the Rambus 8.4 Gb/s HBM3 Memory Subsystem can provide the headroom and scalability needed for implementing state-of-the-art HBM designs.
Interface IP
Advancing Computing in the Accelerator Age
Moore’s Law has been the force that has shaped the modern world enabling chips with billions of transistors. Yet today, when we need Moore’s Law more than ever, the rate of semiconductor scaling is slowing, requiring system architects to take a new approach to continue the pace of performance gains in computing. Heterogenous compute architectures with purpose-built silicon hold the key to the next great chapter of semiconductor industry as we enter the accelerator era.
Memory Bandwidth Races Higher with HBM3
Join memory expert Frank Ferro for a live webinar as he discusses what changes come with the new generation of HBM, and how the Rambus HBM3 memory subsystem can help designers unleash the full power of their HBM3-enabled accelerators and SoCs.
Bring on the Bandwidth with HBM3 Memory
Join memory interface technology expert Frank Ferro as he discusses the capabilities of, and design considerations for, the upcoming 3rd- generation of high-bandwidth memory: HBM3.
CXL and IDE: Important Considerations of Protecting High Speed Interconnects
Hear Rambus and Siemens discuss the background of IDE, the threat models it addresses, and how zero latency IDE’s can provide assurances to CXL adopters. Design and verification engineers and managers won’t want to miss this webinar to understand how to incorporate and validate this essential standard in their designs.
Emerging Compute Architectures for the Evolving Data Center
As the world has become increasingly connected, processing continues to evolve from the familiar cloud computing paradigm. The vast profusion of IoT devices has contributed to the exponential rise in data volume. Greater intelligence is moving to the edge of the network and to the end points themselves to provide greater, real-time functionality. The implications for global network infrastructure are profound and there are significant developments in computing architectures which will shape the future data center.
Watch this webinar and learn:
- About the latest developments in computing architectures shaping the data center of the future
- How increasing connectivity is driving change in data processing
- How technologies like CXL can improve memory bandwidth and capacity
