
Explore VMware's memory innovations journey, from persistent memory to CXL technology, focusing on performance improvements, TCO reduction, and real-world applications in mission-critical databases and AI/ML workloads.

Explore the evolution of computer architecture from storage perspective, covering advances from von Neumann to modern computational storage and CXL technology.

Explore fabric-attached memory architecture and software solutions for handling large datasets in HPC clusters, focusing on AI and data analytics workloads using CXL and Arkouda-based applications.

Explore modern infrastructure optimization strategies for cloud-to-edge applications, covering UCIe compute, CXL memory pooling, and advanced storage configurations for real-time decision-making requirements.

Discover how hardware-based memory offloading devices can enhance PMEM operations in Ceph, reducing CPU pressure and improving performance through IOAT and DSA implementation.

Gain insights into memory industry standards, exploring DDR5 adoption, LPDDR architectures, and future developments in datacenter memory technologies and specifications.

Delve into memory-to-memory data movement standardization through SNIA's SDXI specification, exploring acceleration techniques, use cases, and future developments for modern system architectures.

Discover how VMware Software Memory Tiering optimizes Oracle workloads, addressing capacity challenges through memory disaggregation and efficient infrastructure management for enhanced performance and cost savings.

Explore the convergence of storage and memory technologies through CXL protocols, focusing on form factors, management interfaces, and the future of persistent memory architectures.

Explore the UCIe 1.1 specification's features and discover how it enables interoperable chiplet integration through standardized die-to-die interconnects and protocols for package-level solutions.

Explore hardware and software architecture of Fabric Attached Memory (FAM) in HPC clusters, focusing on large dataset management, CXL capabilities, and real-time analytics implementation using Arkouda.

Explore the development of computational storage emulation using QEMU, SPDK, and libvfio-user frameworks for testing and benchmarking storage-driven computational systems before production deployment.

Explore how Sunfish project enables open-source management of composable infrastructures through industry standards, focusing on storage-centric use cases and fabric interconnect configuration for HPC environments.

Explore the technical evolution from SMBus to I3C in PCIe and CXL solutions, covering implementation challenges, backward compatibility, and real-world experimental results from industry collaborations.

Explore solutions for hot plugging challenges in CXL-attached memories, addressing composability issues and enhancing system flexibility in modern computing architectures.

Explore CXL memory management with experts discussing new zones and mmap flags, focusing on advancements in Linux kernel development for improved hardware integration.

Explore the technical comparison between CXL and iomem_resource in this concise Linux Foundation talk by Ben Widawsky, offering insights for developers and system architects.

Explore CXL emulation in QEMU: progress, current status, and future developments. Discuss hot topics like multithread devices, dynamic capacity, and fabric management. Gather feedback on prioritizing features for upcoming year.

Proposal for a syscall to migrate physical memory contents between NUMA nodes, exploring integration with mm/migrate.c and potential applications in tiering frameworks.

Explore memory compression techniques for CXL technology, enhancing data center efficiency and performance in modern computing infrastructures.

Explore CXL technology and its role in confidential computing, focusing on secure data processing and memory protection in modern computing environments.