SSD Micron 7500 PRO 960GB U.3 (15mm) NVMe PCI 4.0 MTFDKCC960TGP-1BK1DABYYR DWPD 1) TC

PLN 918.59
Shipping from warehouse: ⁨A3⁩
Estimated shipping: Tue, Jun 24 - Fri, Jun 27
14 days returnUnconditional return policy
Availability:
large quantity
Brand:
Micron
Product code:
MTFDKCC960TGP-1BK1DABYYR / 0649528941558

Specification

Component for:Server/workstation
Dwpd:1
Hardware encryption:Yes
Interface:PCI Express 4.0
Memory type:3D TLC NAND
Nvme:Yes
Nvme version:1.4
Operating temperature (t-t):0 - 70 °C
Pci express interface data lanes:x4
Product series:7500 PRO
Random read (4kb):800000 IOPS
Random write (4kb):85000 IOPS
Read latency:70 µs
Read speed:6800 MB/s
Ssd capacity:960 GB
Ssd form factor:U.3
Target workload:Read Intensive (RI)
Uncorrectable bit error rate (uber):<1 sector per 10^18 bits read
Write latency:15 µs
Write speed:1400 MB/s

The Micron 7500 SSD is the worlds most advanced mainstream PCIe Gen4 data center SSD and the first with 200+ layer NAND. It is built with leading-edge technology to deliver low and consistent QoS latency, superior performance across a wide range of workloads, and broad support for Open Compute Project (OCP) features in standard firmware.

Improve storage performance with leading NAND2 and enable openness with standard OCP features

Micron 232-layer NAND provides increased workload performance and power efficiency through a low-voltage NAND interface and 6-plane architecture with independent wordline read (iWL). A broad range of OCP features are standard.

Take advantage of Microns new class of sub-1ms 6x9 latency drives3

Low, consistent latency helps improve performance in multi-tenant cloud workloads and in latency-sensitive database workloads like online transaction processing, recommendation engines, real-time analytics, content distribution, and financial trading.

Accelerate your workloads with class-leading Gen4 speed

The 7500 SSD is a versatile solution that delivers the performance required by complex and critical business workloads.

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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