Micron 3400 - SSD - 512 GB - PCIe 4.0 (NVMe)

Article-No.:

200979

Manufacturer-No.:

MTFDKBA512TFH-1BC1AABYYT

WEEE Nummer

DE35469319

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Technical specifications

General

Packaged Quantity

Hard Drive

Capacity

512 GB

Internal Data Rate

6600 MBps

Form Factor

M.2 2280

Hard Drive Type

Internal hard drive

Form Factor (Short)

M.2

Interface

PCI Express 4.0 (NVMe)

Internal Data Rate (Write)

3600 MBps

NAND Flash Memory Type

Triple-level cell (TLC)

SSD Endurance

300 TB

Dimensions & Weight

Width

22 mm

Depth

80 mm

Description

The performance from industry-leading 176-layer NAND and PCIe Gen4 with the capacity to manage expanding workstation, gaming and corporate PC applications.

Built for the most data-intensive applications
The Micron 3400 SSD with NVMe combines the performance of industry-leading 176-layer NAND and PCIe Gen4. The 3400 has the capacity to manage the most demanding workstation, gaming and corporate PC applications - yet it consumes minimal power. The Micron 3400 SSD is a future-proof solution that will harness the mammoth I/O loads needed to manage 4K double- or triple-monitor, work-from-home setups that have blurred the lines between personal and work-related tasks.
Tames the most demanding use cases
The Micron 3400 SSD, with its innovative 176-layer NAND, offers 2x the read throughput and higher write throughput with faster random read and faster random write performance than the prior-generation SSD with NVMe.2
Capacity to harness mammoth data
The Micron 3400 accommodates the growing footprint of client applications. Get the high-capacity storage that professional applications like real-time 3D rendering, computer-aided design, genomic sequencing and animation require.
Power-efficiency for all-day computing
The Micron 3400 offers lower idle power than the prior generation of SSDs with NVMe. Due to its advanced power efficiency, the Micron 3400 is listed on the Intel Modern Standby Partner Portal Platform Component List and meets the open labs' SSD test requirements of Intel's Project Athena.