| Management number | 241242635 | Release Date | 2026/07/17 | List Price | US$648.00 | Model Number | 241242635 | ||
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The Micron MTFDKCC7T6TGH-1BC1ZABYYR is a 2.5 inch NVMe solid state drive designed for enterprise servers requiring consistent high-speed storage. It uses a U.3 PCIe 4.0 x4 interface to deliver sequential data transfer rates up to 7,000 MB per second and random read performance reaching 1.6 million IOPS with 4 KB blocks. With 7.68 TB of capacity built on 176-layer 3D TLC NAND, this drive supports demanding workloads such as databases, virtualization, and real-time analytics without bottlenecks.
Engineered for endurance, it supports one full drive write per day, totaling 14,016 terabytes written over its lifespan. This makes it well suited for log-intensive applications like containerized microservices, streaming content nodes, and high-frequency trading systems that require constant data rewriting. The drive’s robust reliability features and familiar 2.5-inch form factor simplify integration into existing data center environments.
This SSD connects via a U.3 interface compatible with PCIe 4.0 x4 lanes, ensuring backward compatibility with existing U.3 and Tri-Mode backplanes. Its 2.5-inch form factor allows straightforward installation in standard enterprise server bays without requiring adapters or modifications. The drive’s power and thermal characteristics are well suited for typical data center racks and edge computing cabinets.
Designed to maintain consistent throughput under heavy workloads, this drive excels in environments where fast data access and durability are critical. Its power loss protection and data path integrity features minimize risks of data loss or corruption. The endurance rating supports continuous write-intensive operations, making it a dependable choice for applications that demand both speed and longevity.
This SSD is a strong choice for enterprise IT teams managing databases, virtualization hosts, and analytics platforms that require rapid data access and high endurance. It fits well in data centers needing to consolidate storage while maintaining performance, as well as in edge computing scenarios where temperature ranges vary. Its reliability and capacity also make it suitable for content streaming servers and financial systems with intensive write cycles.
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