Samsung Showcases Cutting-Edge Memory and Storage Chips for Future AI Data Centers

Samsung has recently revealed a series of advanced memory and storage innovations tailored specifically for upcoming artificial intelligence infrastructures and edge computing environments. By prioritizing higher speeds and enhanced energy efficiency, these technological breakthroughs aim to accelerate modern data processing workloads.

Advancing Edge Computing and Data Efficiency

Alongside its groundbreaking V10 BV-NAND flash and zHBM memory concepts, Samsung showcased several other advanced memory and storage solutions for future AI data centers. These products aim to deliver faster performance and improved power efficiency, enabling faster AI processing.

zNAND-O is Samsung's newest high-performance 3D NAND flash memory concept, designed specifically for edge AI computing. It is being developed in four-layer and eight-layer versions and aims to deliver lower latency and higher data-transfer speeds than current NAND flash chips.

Its compact design could make it suitable for mobile devices, including laptops, smartphones, and tablets, as well as robotics applications.

Samsung also showcased its LPDDR5X-PIM memory chip, which it calls the industry's first LPDDR memory with built-in data processing. Since processing takes place within the memory chip, it can reduce data movement and improve energy efficiency.

The PM1763 is Samsung's high-performance enterprise SSD, while the BM1773 is designed for high storage capacity. Both eSSDs were showcased at the FMS 2026 expo.

Samsung also said it is the world's only company that can design and manufacture memory and storage chips while also offering contract chip manufacturing on advanced process nodes, including 4nm and below. This allows the company to offer customers a one-stop solution across memory, logic, foundry, and packaging.

What makes zNAND-O different from traditional flash memory?

zNAND-O is engineered specifically for edge AI computing, utilizing four-layer and eight-layer structural designs to deliver significantly lower latency and elevated data-transfer speeds compared to standard NAND flash chips.

How does LPDDR5X-PIM improve energy efficiency?

The LPDDR5X-PIM memory chip incorporates built-in data processing capabilities directly inside the memory chip itself, which minimizes unnecessary data movement and drastically improves overall energy efficiency.

Where can users apply these new storage concepts?

Thanks to their compact and powerful configurations, these new concepts are well-suited for future AI data centers, high-performance enterprise servers, mobile devices like smartphones and tablets, laptops, and robotics applications.

What is the benefit of Samsung's one-stop manufacturing approach?

By designing and manufacturing memory, storage, logic, advanced foundry nodes (4nm and below), and packaging internally, Samsung provides clients with a comprehensive, streamlined single-vendor solution.

🔎 Ultimately, Samsung's aggressive expansion into advanced storage architectures and in-memory processing highlights its commitment to shaping the backbone of next-generation artificial intelligence infrastructure. By addressing critical bottlenecks in speed, capacity, and power consumption, these innovations position the company at the forefront of the technological evolution driving future data centers and intelligent edge devices.