General

Brand	Micron
Model	7600 MAX
Capacity	3200GB
Usage Class	Enterprise

Interface

Host Interface	PCIe Gen5 NVMe
Total Interface Bandwidth	32 Gb/s

Physical Dimension

Form Factor	E3.S

Flash & Endurance

NAND Flash	3D TLC
Drive Writes Per Day	3
Total Bytes Written	17500 TBW

Performance

Sequential Read	12000 MB/s
Sequential Write	6500 MB/s
Random Read IOPS	2100000
Random Write IOPS	535000
Average Latency	75 μs

Reliability

Mean Time Between Failures	2.5 Million Hours
Uncorrectable Bit Error Rate	1.0×10⁻¹⁷
Power Loss Protection	Yes

Engineer's Note

The Micron 7600 MAX 3.2TB (MTFDLBQ3T2THS-1BP1DFCYYT) is purpose-built for write-intensive database logging, metadata acceleration, and cache-tier workloads that need PCIe Gen5 responsiveness with enterprise endurance, combining up to 12,000/6,500 MB/s, 2.1M/535K IOPS, and 3 DWPD over 17,500 TBW. Compared with mainstream read-optimized SSDs in the same capacity class, it delivers a stronger balance of sustained random read performance and heavy-write durability, making it a better fit for latency-sensitive OLTP, virtualization, and high-churn AI data pipeline environments.

Endurance & Reliability

With an endurance rating of 17,500 TBW and 3 DWPD, the MTFDLBQ3T2THS-1BP1DFCYYT is built for sustained write-intensive enterprise use, allowing the full drive capacity to be written three times per day across its rated service life. In practical terms, for typical OS, application, logging, and general server workloads, this level of endurance provides ample headroom for long-term operation and can comfortably support use as a highly active system or mixed-use drive for many years. For enterprise reliability, this SSD includes power-loss protection (PLP), which helps preserve in-flight data and protect metadata integrity if power is interrupted unexpectedly. Its UBER of 1.0E-17 indicates an extremely low uncorrectable bit error rate, supporting high data integrity expectations in business-critical storage environments.

Technical Specs & Insights

1. The PCIe Gen5 NVMe interface provides the bandwidth headroom needed to keep modern GPU servers, scale-out databases, and high-speed storage fabrics fed without the SSD becoming a bottleneck.
2. Its top-tier sequential read performance accelerates large-file streaming, cutting data ingest and checkpoint loading time for AI training, analytics, and media-processing workloads.
3. The extremely high random read capability enables massive parallel transaction handling, helping virtualized clusters and low-latency databases sustain fast response times under heavy concurrency.
4. A 3 DWPD endurance rating makes it a strong fit for write-intensive enterprise environments, supporting sustained daily rewrites in caching, journaling, and mixed OLTP workloads across the drive’s service life.
5. Built on 3D TLC NAND with very low typical latency, it balances enterprise-grade capacity efficiency with consistently quick access times, improving QoS for latency-sensitive applications such as real-time analytics and high-frequency transaction processing.

Capacity Sweet

Lower capacity: 1600GB Higher capacity: 6400GB Capacity positioning analysis: Within this SSD family, 3200GB sits at the practical sweet spot. Compared with the 1600GB version, it gives much better headroom for data growth, overprovisioning, and mixed workload consolidation, reducing the risk of early capacity pressure. Compared with the 6400GB option, it delivers a more balanced acquisition cost while keeping enterprise-class throughput and IOPS at essentially the same level for mainstream deployments. This makes 3200GB especially well suited for medium-scale virtualization clusters, such as hosting boot and application volumes for about 40 to 60 mixed-use virtual machines.

FAQ