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FMS: the Future of Memory and Storage Announces its 2024 Lifetime Achievement Award Winner

The development team of the world’s first 3D NAND Flash to be honored

Santa Clara, CA – July 24, 2024 – FMS: the Future of Memory and Storage, recognized as the world’s foremost conference highlighting the key advancements, trends, and industry figures shaping the multi-billion-dollar high-speed memory, storage, and SSD markets, is excited to announce this year’s recipient of its Lifetime Achievement Award: the team at Toshiba, now KIOXIA Corporation, that developed the world’s first 3D NAND Flash in 2007. This team’s five key members were Hideaki Aochi, Ryota Katsumata, Masaru Kito, Masaru Kido, and Hiroyasu Tanaka. FMS will honor this team when it presents the award during the morning Keynote session on Tuesday, August 6, the first day of its annual conference at the Santa Clara Convention Center in Silicon Valley.

KIOXIA’s 3D NAND technology, called BiCS FLASH™ (Bit Cost Scalable Flash), had its world introduction in 2007 at the IEEE VLSI Symposium. Since that time, Toshiba, and now KIOXIA, have developed eight generations of 3D NAND flash memory based on this architecture. BiCS FLASH™ technology changed NAND flash from horizontal scaling – which was how semiconductors were always scaled in the past, and which was hitting a limit with NAND flash – to a vertical structure that could add multiple layers in a single lithography step. This dramatic architectural change has enabled flash to continue its history of Moore’s Law scaling, and this is expected to continue for years to come. The latest BiCS FLASH™ generation 8 flash memory has scaled to 218 layers.

“A 3D architecture is essential for enabling flash memory to continue scaling to ever-greater densities. FMS is pleased to recognize this team of five highly skilled engineers who developed the world’s first 3D NAND flash,” said Chuck Sobey, FMS General Chair. “Their innovation showed it was possible to push past then-current scaling limits, thereby accelerating innovations in storage and across computing systems overall.”

“KIOXIA is proud that the industry-changing new architecture created by our engineering team in Japan nearly 20 years ago is being recognized with this important industry award,” said Atsushi Inoue, Vice President and Technology Executive in the Memory Division at KIOXIA Corporation, Tokyo, Japan. “This 3D design has enabled flash memory to be one of the fastest-growing technologies in the history of the semiconductor industry.” To register for FMS, visit FutureMemoryStorage.com.

About FMS:

the Future of Memory and Storage FMS: the Future of Memory and Storage, produced by Conference ConCepts, is the world’s largest conference and exhibition dedicated to the latest trends, innovations, and influencers driving the adoption of high-speed memory and storage technologies. It covers applications within AI, enterprise IT infrastructure, High Bandwidth Memory (HBM), cloud environments, high-performance computing, and mobile and embedded systems. FMS also showcases cutting-edge technology trends across all aspects of high-performance memory and storage, presenting the industry’s most innovative products, and also the rapidly growing storage market including mainstream applications, key technologies, leading vendors, and innovative startups. These all drive the multibillion-dollar high-speed memory, storage, SSD, and HDD markets. FMS brings together customers, IT professionals, analysts, and industry leaders to explore the forefront of memory and storage. With a renewed focus on inclusivity and forward-thinking, FMS is committed to shaping the future of storage applications, particularly their intersection with artificial intelligence. Notable features include the FMS Timeline, Invited Talks from renowned experts, analyst panels on industry trends, the Professional Development Series, Chat with the Experts sessions, FMS Lifetime Achievement Award, Best of Show Awards, and a reception celebrating the SuperWomen of FMS. For more information visit FutureMemoryStorage.com

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