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Micron 7600 MAX 12.80 TB Enterprise Solid State Drive - 2.5" Internal - U.2 PCI Express NVMe 5.0 x4 - Mixed Use - TAA Compliant (TFDLAL12T8THS-1BP1DFCYYR)
- 12.8TB
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Overview
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MICRON 7600 MAX 12.8TB NVME U. 2 (15MM) ENTERPRISE SSD SINGLE PACK
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The Micron 7600 MAX is a 12.8TB enterprise internal SSD for mixed-use server and data-center storage, combining high capacity with a 2.5-inch U.2 PCIe 5.0 x4 NVMe interface.
Recommended For
- Data-center operators running mixed read/write database or OLTP workloads can use the 7600 MAX for frequent writes and sustained, latency-sensitive storage; the MAX is rated for mixed use at up to 3 drive writes per day.
- AI and HPC teams that repeatedly write training checkpoints or process mixed data workloads can consider it for enterprise storage systems built to handle sustained I/O.
- Cloud and virtualization operators consolidating busy workloads onto enterprise NVMe storage may value its focus on consistent responsiveness under sustained load.
- Teams handling data logging, video surveillance, or other write-heavy recording workloads can use it where frequent writes and enterprise U.2 storage are part of the system design.
Real-World Use Scenarios
- On a database server handling transactions alongside queries and updates, the 7600 MAX is designed for mixed read/write activity, helping keep storage response times more consistent under sustained load.
- In a virtualization host running multiple active VMs, the drive can serve their overlapping reads and writes from shared storage; its mixed-use design is intended to support sustained activity without relying on a read-only workload profile.
- For AI training pipelines that repeatedly read datasets and write intermediate results, the 7600 MAX can act as fast server-side storage; the practical benefit depends on the rest of the data pipeline and whether storage is the bottleneck.
- For real-time analytics that ingest incoming records while querying stored data, the drive is positioned for concurrent read/write workloads, helping storage keep pace with active data processing.
- In cloud or content-delivery servers, it can store frequently accessed service data and handle ongoing updates, offering a data-center NVMe option for workloads that combine reads with writes.
Spec Summary
| Attribute | Value |
|---|---|
| Best For | Internal PC storage for mixed-use enterprise workloads |
| Capacity | 12.8 TB (12,800 GB) |
| Interface And Form Factor | NVMe solid-state drive with a U.2 interface and 2.5-inch form factor |
| Read Write Performance | Listed data transfer rate: 12,000 MB/s; maximum sequential read/write speeds: 12,000/7,000 Mbps |
| Cache And Features | DRAM cache and hardware encryption |
| Physical Specifications | 185 g; 10.045 × 7.01 × 1.5 cm |
| Model Identifiers | Micron 7600 MAX; model and part number MTFDLAL12T8THS-1BP1DFCYYR |
Reference Q&A
Q: Micron 7600 MAX vs 7600 PRO: which should I choose for mixed workloads?
A: Choose the 7600 MAX when the workload includes frequent writes: Micron rates it for 3 drive writes per day and up to 700K random-write IOPS, compared with 1 DWPD and up to 400K random-write IOPS for the 7600 PRO. Their published maximum sequential read and write rates are the same. The 7600 PRO is the more suitable choice when a 1-DWPD endurance rating fits the workload.
Q: Micron 7600 MAX vs 9550 MAX: is the 9550 worth choosing instead?
A: Choose the 9550 MAX if the application benefits from higher peak performance, particularly for demanding accelerator or high-throughput workloads. The 7600 MAX is positioned for mainstream PCIe Gen5 data-center use and still provides a 3-DWPD endurance rating. In StorageReview testing, the 9550 MAX led the 7600 MAX in some sequential-write tests, while results varied by workload; compare benchmarks that match your own workload before selecting.
Q: Should I upgrade from a Micron 7500 MAX to the 7600 MAX?
A: Choose the 7600 MAX when the server supports PCIe Gen5 and the workload can benefit from the newer interface and its higher potential bandwidth. The 7500 MAX is a PCIe Gen4 drive, so it remains a practical fit for Gen4 systems or deployments where a platform upgrade is not planned. Both are 3-DWPD MAX-class drives; the upgrade decision depends on platform support and workload needs.
Q: Will this SSD work in my server or desktop?
A: Only if the system supports a 2.5-inch U.2 NVMe SSD and provides a compatible PCIe connection. Check the host, backplane, cabling, and drive-clearance requirements before buying; a standard SATA drive bay alone is not sufficient.
Q: Who is the 12.8TB Micron 7600 MAX best suited for?
A: It is aimed at compatible data-center, server, and storage-system use where high capacity and mixed read/write workloads are priorities. Its U.2 NVMe interface makes it less suitable as a simple drop-in upgrade for a typical laptop or desktop.
Q: Is this SSD suitable for workloads with frequent writes?
A: It is classified as a mixed-use drive and is rated for 3 drive writes per day. That makes it a candidate for sustained mixed read/write workloads, provided the system supports its U.2 NVMe interface and the workload fits the drive’s endurance rating.