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Micron Technology, Inc.

Micron Technology, Inc. MTFDLAL1T6THS-1BP1DFCYYR 1.6TB 7600 Max NVMe U.2 15mm internal SSD

SKU CH-7F19-VAF5Y MPN MTFDLAL1T6THS-1BP1DFCYYR

1.6 TB enterprise SSD in a 15 mm U.2 form factor using NVMe

  • Capacity1.6TB
  • 6TB capacity supports data-intensive enterprise workloads
  • U.2 15mm form factor fits dense server storage bays
  • NVMe interface delivers low-latency performance for critical applications
  • Micron 7600 Max series built for sustained enterprise reliability

Enterprise U.2 storage for 15 mm bays

The Micron 7600 Max provides 1.6 TB of NVMe capacity in a 15 mm U.2 form factor designed for enterprise servers and storage arrays. It targets IT teams that need high-density flash in a hot-pluggable tray.

Single-pack delivery simplifies deployment

The drive ships as a single unit without extra cables, brackets or software licences, so administrators can slot it directly into compatible backplanes. Buyers who need mounting hardware, cloning tools or multi-drive kits must source those separately.

Highlights

  • 6TB capacity supports data-intensive enterprise workloads
  • U.2 15mm form factor fits dense server storage bays
  • NVMe interface delivers low-latency performance for critical applications
  • Micron 7600 Max series built for sustained enterprise reliability

Specifications

Capacity1.6TB
BrandMicron
ModelMTFDLAL1T6THS-1BP1DFCYYR
Part NumberMTFDLAL1T6THS-1BP1DFCYYR
Shipping weight0.45 kg
Package size25 × 25 × 25 mm

Questions about this item

Will the 15 mm U.2 form factor require any special drive-bay adapters or cabling when I replace it?

The 15 mm U.2 drive fits standard 2.5-inch enterprise bays that accept 15 mm height; no adapter is needed if the bay already supports that thickness and the NVMe cable or backplane is present.

What endurance limit will appear first during sustained heavy writes on the 1.6 TB 7600 Max?

The drive will reach its rated write-endurance limit before any thermal throttle activates, so sustained heavy writes are constrained by the total bytes-written specification.

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