We are excited to be at the Future of Memory and Storage (FMS), August 6–8, 2024, at the Santa Clara Convention Center in Santa Clara, CA. Visit us at booth #419 to see how you can stay ahead of the curve in the world of memory and storage technology. Watch the video on the highlights from the 2023 event.
Please contact us at emily.strickler@microchip.com
Our experts will be presenting sessions that cover a wide variety of topics.
Don't miss our keynote speakers, Kyle Gaede and Rob Reed, who will be sharing their insights on next-gen security for protecting the world’s data. See the abstract below for more information.
Quantum-Proofing AI: Next-Gen Security for Protecting the World’s Data
In the rapidly evolving AI landscape, protecting data and infrastructure from diverse threats is crucial. Our keynote will explore the unique vulnerabilities in AI systems, including data pipelines, machine learning models and compute resources, and demonstrate the significant consequences of real-world security breaches. We'll introduce a multi-layered cybersecurity approach tailored to AI, covering data protection, model integrity and the implications of quantum computing, showcasing how we are leading efforts to secure AI infrastructure.
Tuesday, August 6, 2:30 p.m.
Mission City Ballroom
Next-generation NAND memory devices are rapidly evolving and require updated standards and alternative devices to avoid supply chain disruptions. This presentation introduces a modern SSD controller architecture with a software-controlled, high-speed physical layer for flexible and efficient support of the latest NAND technologies.
Discover how transitioning to SR-IOV or SIOV enhances scalability, TCO, CPU utilization and latency in data centers and cloud storage. These flexible virtualization solutions reduce structural limitations and advance efficiencies to exceed customer needs.
Join us to explore an advanced, application-agnostic machine learning engine controller architecture for optimizing NAND management and other key applications in modern data center SSDs.