The Micron 7500 Max 6.4TB SSD uses 232-layer NAND technology for optimal data transfer rate and heavy workloads. Comes with PCI Express 4.0 NVMe interface for smooth and lag-free workflow and optimizes Quality of Service (QoS) at minimum latency rate.
Featuring SPDM 1.2 Attestation, SHA-512, RSA encryption, and Micron’s Secure Encrypted Environment (SEE) for enhanced security and data protection. Open Compute Project (OCP) 2.0 is supported in its standard firmware for easier data management.The U.3 (2.5 inch) design optimizes flexibility in server configuration without compromising performance and ensuring reliability for critical tasks. Compatible with systems that support the NVMe interface making it an ideal drive for high-capacity applications and crucial data center operations.
The Micron MTFDKCC1T6TGQ-1BK1DABYY 7500 MAX 1.6 TB U.3 PCIe 4.0 NVMe Solid State Drive is a high-performance enterprise SSD engineered for use in servers, storage systems, and data-center environments where balanced speed, capacity, and durability are essential. This drive uses the U.3 (2.5-inch) form factor with a PCI Express 4.0 ×4 NVMe interface, enabling broad compatibility with modern hot-swappable enterprise storage bays while leveraging the high bandwidth of PCIe Gen4 for faster data throughput. It’s built on 3D TLC NAND flash memory optimized for mixed read/write workloads, delivering very fast sequential performance of up to about 6,800 MB/s for reads and 2,700 MB/s for writes.
The Micron 7500 MAX 3.2 TB PCIe 4.0 x4 NVMe SSD (Model MTFDKCC3T2TGQ-1BK1DABYY) is a mixed‑use enterprise‑grade solid‑state drive built for modern data centers, virtualization platforms, cloud infrastructure, and other mission‑critical storage systems that require both high performance and strong endurance. It uses the U.3 (2.5‑inch, 15 mm) form factor with a PCI Express 4.0 x4 interface and NVMe 2.0b protocol, providing broad compatibility with server storage bays while unlocking the high throughput of PCIe Gen4.
With a 3.2 terabyte capacity, this SSD delivers very high sequential performance, typically up to around 6,800 MB/s read and 5,300 MB/s write speeds — enabling fast bulk transfers of large datasets and improved efficiency for data‑intensive workloads. For random access.