Micron announced the launch of the 7500 series NVMe SSD, mainly for data center storage applications, including cloud servers and enterprise servers.
Micron’s 7500 series products utilize 232-layer 3D NAND flash memory. Micron also mentioned that this is the world’s first mainstream data center SSD based on 200+ layers of NAND flash. CK Storage has previously launched consumer-grade products using 232 layers of 3D NAND.
The series of SSDs are described as having a 6×9 QoS latency of less than 1ms, with maximum sequential read speeds of 7GB/s, 5.9GB/s writes (97% higher than the competition), and maximum random reads of 1100K IOPS (13% higher) and writes of 410K IOPS (242% higher).
Thanks to the low latency feature, the drive’s random read latency is approximately 83% lower than the competition’s at 100% read workloads, and random mixed I/O latency is approximately 82% lower than the competition’s at 70% read/30% write workloads.
Micron said the 7500 SSDs are designed to meet the needs of storage-intensive data center workloads such as artificial intelligence, database, content delivery, real-time analytics, social media platforms, cloud computing and virtualization scenarios.
The SSD series is compliant with the TCG Opan 2.01 specification, is SPDM 1.2 certified, and utilizes AES-256-based hardware data encryption.
In addition, Micron’s 232-layer 3D TLC NAND flash chips utilize the CuA architecture, which uses string-stacking technology for NAND, a new technology that significantly reduces the die size of NAND flash, helping to lower costs.
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