15.36TB NVME U.3 SFF-15MM RI-1 DW/D DUAL PORT(DP), ISE, GENERIC

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Key Features

PCI Express NVMe 4.0 interfaceenables quick data transfer and higher throughput
U.3 15 mm form factorenables hassle-free and easy usage, enhancing overall efficiency
Linux platform support enhances your convenience and usability, making it easier to manage your data and files
Power and energy-efficient design ensures maximum reliability for your SSD
Easily access and retrieve files frequently, making the process convenient
With 15.36 TB capacity, you have ample space to store a vast number of images, extensive hours of video, or a large collection of songs
With the remarkable reading speed of 6800 MB/s enjoy faster boot times and significantly improved overall computing performance
The write speed of 3700 MB/s enables rapid data transfer, allowing write-related tasks to be completed in seconds and significantly enhancing productivity

SANDISK TECHNOLOGIES, INC. Hard Drives/Solid State Drives

15.36TB NVME U.3 SFF-15MM RI-1 DW/D DUAL PORT(DP), ISE, GENERIC

Mfr # 0TS2463 SKU 14262519 UPC 619659202330

$16,246.34

Available

Product Overview

WD (0TS2463) Hard Drives/Solid State Drives
WD Ultrastar DC SN655 WUS5EA1A1ESP7E3 15.36 TB Solid State Drive - U.3 15 mm Internal - PCI Express NVMe (PCI Express NVMe 4.0) - Read Intensive - Storage Server, Server Device Supported - 6800 MB/s Maximum Read Transfer Rate
WD Ultrastar DC SN655 WUS5EA1A1ESP7E3 15.36 TB Solid State Drive - U.3 15 mm Internal - PCI Express NVMe (PCI Express NVMe 4.0) - Read Intensive
Storage Server, Server Device Supported - 6800 MB/s Maximum Read Transfer Rate

Technical Specifications

Product Type	Solid State Drive
Device Supported	Storage Server
Device Supported	Server
Storage Capacity	15.36 TB
Manufacturer Part Number	0TS2463
Platform Supported	Linux
Platform Supported	PC
Weight (Approximate)	5.20 oz
Drive Type	Internal
Form Factor	U.3 15 mm
Length	4"
Manufacturer	Western Digital Corporation
Product Model	WUS5EA1A1ESP7E3
Product Name	Ultrastar DC SN655 NVMe SSD
Product Line	Ultrastar
Product Series	DC SN655
Brand Name	WD
Height	0.6"
Width	2.8"
Maximum Read Transfer Rate	6800 MB/s
Maximum Write Transfer Rate	3700 MB/s
Drive Interface	PCI Express NVMe
Drive Interface Standard	PCI Express NVMe 4.0
Random 4KB Read	1100000IOPS
Random 4KB Write	125000IOPS
Operating System Compatibility	Windows
Operating System Compatibility	Windows Server
Operating System Compatibility	Linux
Endurance Type	Read Intensive

Marketing Information

Data strategy, not just data storage

Ultrastar NVMe™ enterprise SSDs continue to be the ideal solution for cloud and server providers who need performant, high-capacity, cost-optimized, read-intensive performance for their data-intensive applications.

Unlocking the Full Potential of Enterprise SSDs

With dual-port redundancy and failover capability, end-to-end data protection and additional enterprise features, Ultrastar DC SN655 NVMe SSDs help ensure your data is secure and available when needed. With high-capacity, low-latency performance reaching up to 1.1M IOPs, storage providers are efficiently able to increase capacity for modern applications processing large unstructured datasets and are reducing time-to-insights of big data and enabling efficient machine learning.

Features

Ultrastar DC SN655 NVMe SSDs includes the next generation Western Digital NVMe 1.4b controller with PCIe Generation 4.0 interface and Western Digital BiCS5 TLC 3D NAND to enable higher capacities and performance at scale for increasingly larger application workloads. Designed and built for the standard 2.5" SSD storage infrastructure, the SN655 includes support for U.2 and U.3 backplanes and features power loss protection and 2.5M MTBF (projected) and 1.0 DW/D with a 5 year limited warranty.

Emerging Workloads

Ultrastar DC SN65x NVMe SSDs are optimized for cloud and scaleout workloads, providing high QoS consistency for the emerging workloads for big data, artificial intelligence, and machine learning that are increasing in size and complexity making them the ideal solution for scaling capacity and maximizing GB/watt.