Upcoming Event: Storage and Memory Summit 2025
The Future of Memory and Storage (FMS) 2025 Conference, taking place from August 5-7, showcases the latest advancements and trends in memory and storage technology. This year's event emphasizes innovations that enable AI workloads and next-generation computing, with a strong focus on standards-driven, collaborative approaches.
One of the key themes at FMS 2025 is Compute Express Link (CXL). Presentations highlight CXL's role in scalable, high-performance memory expansion and storage architectures. CXL offloads L2P (logical to physical) indexing for SSDs to external modules, such as DRAM or persistent memory, helping to overcome DRAM bottlenecks and improve scalability for petabyte-class SSDs projected by 2030. The latency remains low enough (under 300 ns) to have negligible impact on SSD performance. CXL also enables advanced high-bandwidth, low-latency memory architectures essential to AI pipelines, helping to avoid GPU idle times waiting for data.
Chiplet technology is another major focus at the conference. Discussions centre around modular, scalable processor and memory designs that improve performance and energy efficiency. The conference features talks on balancing performance and energy consumption across CPUs, GPUs, and memory subsystems, with chiplets as a key architectural enabler.
New SSD controllers and storage architectures are also being demonstrated, including Silicon Motion’s PCIe 6.0 SSD controllers like the 512 TB MonTitan SM8466. This controller uses next-generation 16K CoCo LDPC error correction for enhanced reliability and performance, achieving up to 28 GB/s read speeds and 7 million IOPS.
Cold-Plate SSDs are being discussed as part of innovations addressing thermal management challenges in high-capacity, high-performance storage systems. These solutions optimize cooling at the component level to sustain reliability and throughput under intense workloads. However, explicit details about the Cold-Plate SSDs showcased at the conference are limited.
Universal Flash Storage (UFS) 4.1 is mentioned as a modern storage interface standard targeting mobile and edge devices. It provides increased bandwidth and energy efficiency compared to earlier versions, supporting advanced applications such as AI on the edge with more responsive local storage.
The conference also honours collaborative, standards-based efforts championed by pioneers like Jim Pappas, reinforcing that continued progress depends heavily on ecosystem-wide cooperation rather than isolated custom designs.
AI workloads drive many discussions at the conference, stressing the necessity of memory and storage innovations to sustain growing data demands and accelerate inference and training without GPU stalls. Solutions combining high-speed networking, intelligent memory/storage management, and next-gen hardware aim to efficiently scale AI compute across large GPU fleets.
In summary, FMS 2025 showcases cutting-edge technologies—CXL-enabled memory expansion, chiplets, advanced PCIe 6.0 SSD controllers with improved error correction, and thermal management solutions such as Cold-Plate SSDs—all converging to meet the scale, performance, and efficiency requirements of next-generation AI and data-centric computing systems. Industry-wide standardization and collaborative innovation remain foundational themes driving these advancements.
Embargoed details will be posted when the conference starts, and videos shot at the conference will be posted later.
Data-and-cloud computing technology plays a critical role in the presentations and discussions at the Future of Memory and Storage (FMS) 2025 Conference, particularly in the context of AI workloads and next-generation computing. Emerging technologies such as Compute Express Link (CXL) and chiplet technology are highlighted for their potential to unlock scalable, high-performance memory expansion and processing capabilities.
The conference also touches on the importance of standards-driven collaborative approaches in driving the development and adoption of new memory and storage technologies, with industry pioneers like Jim Pappas being honored for their contributions to the field.
