The data lake is an essential element in the AI ecosystem, providing crucial support for storing massive amounts of data. The infrastructure of the data lake, including data center SSDs that can securely store and efficiently access data, is critical. Micron's 6500 ION series data center SSDs provide a powerful solution for enterprises, allowing AI applications to quickly access the data they need and support a variety of complex workloads.
The data lake not only stores unstructured data but also provides data in native formats for AI applications to conduct comprehensive analysis and machine learning. Building on this foundation, the Micron 6500 ION series data center SSDs play a crucial role in ensuring that AI applications can efficiently and reliably access this data, enabling more dynamic AI computing.
The Micron 6500 ION series is the world's first data center NVMe SSD with 200+ layer NAND technology, surpassing its predecessors and competitors in terms of performance, security, and energy efficiency. The series excelled in performance benchmark tests, demonstrating excellent efficiency and high-speed data access capabilities when handling Ceph object storage workloads or NoSQL database applications like Cassandra. The 6500 ION's performance advantage is evident, with sequential write performance outperforming similar products by 3.5 times and random read performance exceeding by 49%.
Additionally, the 6500 ION delivers outstanding performance in terms of capacity, power consumption, and heat dissipation. With a capacity of up to 30.72TB and optimized power and heat dissipation design, the 6500 ION can increase server storage density, reduce capital expenditures, operational costs, and carbon emissions. The 6500 ION series data center SSD combines high performance, large capacity, and efficiency, demonstrating Micron's commitment in the data center field to provide reliable support for the continuous development of AI and machine learning technologies.