Innodisk Unveils Next-Generation Enterprise SSDs for AI Data Centers at SC26

Innodisk Expands Its AI Infrastructure Portfolio

Innodisk, a prominent player in the field of industrial memory and storage solutions, recently announced the expansion of its Artificial Intelligence (AI) infrastructure portfolio during the SC26 event in Chicago. This development includes the introduction of a range of enterprise solid-state drives (SSDs) and server memory modules specifically designed to meet the growing demands of AI applications and data-intensive workloads. The company is actively targeting cloud service providers and neocloud operators that rely on AI for training, inference, and high-performance computing workloads.

At the SC26 event, slated to take place from November 16 to 19, Innodisk will be showcasing its data center solutions at booth #6416. This will be an excellent opportunity for partners and customers to interact with the latest technologies tailored for evolving AI applications.

Enterprise SSDs Built for High Performance

Innodisk has significantly broadened its enterprise SSD portfolio to cater to a variety of data center requirements, ranging from boot operating systems to local data storage needs.

Among the new product offerings are the PCIe Gen5 E1.S 5TS-P, PCIe Gen4 4TS2-P, and the SATA III 3TS9-P boot operating systems drives. These components are designed to deliver reliable performance, ensuring the protection of critical data while maintaining overall system stability. Many of these drives come equipped with customizable firmware, power-loss protection (PLP), and end-to-end data path protection. Specifically, the E1.S 5TS-P boasts advanced self-monitoring and event logging capabilities, enhancing the ability of organizations to identify potential issues and bolster system reliability.

Significance of Local Storage for AI Applications

As AI applications evolve, especially those that are latency-sensitive, the necessity for rapid local data access becomes increasingly critical. Innodisk's newly launched 5TS-P series is capable of achieving impressive speeds of up to 14GB/s for reading and 10GB/s for writing, thus addressing the urgent need for quick access to AI model weights, databases, and inference datasets. Furthermore, the E1.S and U.2 models from the series are OCP Inspired™ certified, streamlining validation and speeding up deployment in data center settings.

CC Wu, General Manager of the Flash Division at Innodisk, emphasized the company’s commitment to expanding its footprint in the AI data center supply chain. "Originating in industrial embedded computing, we have developed deep expertise in high-reliability memory and storage technologies. Our aim is to assist customers in accelerating their deployment processes, reducing integration risks, and ensuring stability through long-term supply commitments," Wu stated.

Advanced Memory Solutions to Address Modern Needs

As AI technology progresses, servers are experiencing increased demand for higher memory capacities coupled with lower latencies to effectively handle complex workloads. Innodisk’s AI Memory portfolio, which includes DDR5 12800 MRDIMM and DDR5 8000 RDIMM, is designed to accommodate high-bandwidth AI server workloads.

Moreover, to mitigate memory bottlenecks, Innodisk offers CXL expansion modules, each providing 128GB of capacity and achieving bandwidths of up to 32GB/s without necessitating additional DIMM slots. CXL technology also allows for memory pooling across multiple compute nodes, thereby enhancing the utilization of otherwise dormant memory resources.

Product Availability

Currently, Innodisk's data center SSD series (3TS9-P, 4TS2-P, and 5TS-P) has been made available for sampling, alongside system-specific customization options. Their AI memory solutions, including the CXL series, are set to further broaden the memory landscape with the introduction of DDR5 MRDIMM and 8000 RDIMM series.

With these advancements, Innodisk is poised to significantly contribute to the performance and efficiency of AI data centers, providing solutions that address the unique demands of modern computing environments.