MPN: MTFDHBG3T8TDF-1AW1ZABYY
Micron MTFDHBG3T8TDF-1AW1ZABYY 7300 PRO 3.84 TB SSD - M.2 22110 - PCIe 3.1 x4 NVMe - TAA
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NVMe for the Masses
From data center IT to performance in the cloud, your applications demand the fast, low latency and consistent performance of NVMeâ„¢ SSDs. Don't save NVMe for only the top workloads. Expand the benefits of NVMe across your data center with Micron's 7300 SSDs. Built for workloads that demand high throughput and low latency while staying within budget, the Micron 7300 is ideal for broadly deployed, mixed read-write, compute, and virtualized workloads of today.
A Complete NVMe Platform
Get end-to-end NVMe - from system startup to caching to main data storage - from a single drive family. Whether you're booting, storing, or caching, the Micron 7300 series of mainstream NVMe SSDs is the solution for NVMe infrastructures.
From data center IT to performance in the cloud, your applications demand the fast, low latency and consistent performance of NVMeâ„¢ SSDs. Don't save NVMe for only the top workloads. Expand the benefits of NVMe across your data center with Micron's 7300 SSDs. Built for workloads that demand high throughput and low latency while staying within budget, the Micron 7300 is ideal for broadly deployed, mixed read-write, compute, and virtualized workloads of today.
A Complete NVMe Platform
Get end-to-end NVMe - from system startup to caching to main data storage - from a single drive family. Whether you're booting, storing, or caching, the Micron 7300 series of mainstream NVMe SSDs is the solution for NVMe infrastructures.
- System Startup: Start your systems right with enterprise NVMe in 80mm and 110mm M.2 form factor with boot-specific capacities as low as 400GB.
- Storing: Unlock the value of vast data stores by finding the insights, sorting them, and acting on them right away with the Micron 7300 PRO
- Caching: When hot data drives your business day in and day out, handle the extreme workloads with the high endurance and low, predictable latency of the Micron 7300 MAX.