12TB SATA ULTRA 512E SE NP3 DC HA340 7200RPM

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Key Features

Hard Drive features non-volatile memory, enhancing your PC storage needs
3.5" form factorenables hassle-free and easy usage, enhancing overall efficiency
Enjoy rapid processing speeds with 512 MB cache buffer for enhanced performance
Experience faster data storage with the SATA/600 interface, designed to optimize burst performance for enhanced efficiency
Delivers increased storage capacity with maximum performance, giving you the space you need without compromising speed
Ensures fast and dependableaccess to data with non-volatile memory, maintaining consistent performance and reliability
With 12 TB capacity, you have ample space to store a vast number of images, extensive hours of video, or a large collection of songs

WESTERN DIGITAL Hard Drives/Solid State Drives

12TB SATA ULTRA 512E SE NP3 DC HA340 7200RPM

Mfr # 0B47063 SKU 14517139

$392.22

Backorder

Product Overview

MOQ 20 3.5IN 26.1 12TB 512 7200RPM SATA ULTRA 512E SE NP3 DC
Western Digital Ultrastar DC HA340 WUS721212BLE6L4 12 TB Hard Drive - 3.5" Internal - SATA (SATA/600) - Conventional Magnetic Recording (CMR) Method - Server, Storage System Device Supported - 7200rpm - 512e Format
Western Digital Ultrastar DC HA340 WUS721212BLE6L4 12 TB Hard Drive - 3.5" Internal - SATA (SATA/600) - Conventional Magnetic Recording (CMR) Method
Server, Storage System Device Supported - 7200rpm - 512e Format

Technical Specifications

Product Type	Hard Drive
Buffer	512 MB
Device Supported	Server
Device Supported	Storage System
Storage Capacity	12 TB
Manufacturer Part Number	0B47063
Platform Supported	PC
Platform Supported	Linux
Weight (Approximate)	1.65 lb
Drive Type	Internal
Durability	Shock Proof
Durability	Vibration Proof
Form Factor	3.5"
Length	5.8"
Manufacturer	Western Digital Corporation
Product Model	WUS721212BLE6L4
Product Name	Ultrastar DC HA340 Data Center 3.5" SATA HDD
Product Line	Ultrastar
Product Series	DC HA340
Brand Name	Western Digital
Height	1"
Width	4"
Standby Power Consumption	700 mW
Drive Interface	SATA
Drive Interface Standard	SATA/600
Random 4KB Read	150000IOPS
Random 4KB Write	465000IOPS
Operating System Compatibility	Windows
Operating System Compatibility	Windows Server
Operating System Compatibility	Linux
Spindle Speed (rpm)	7200
Disk Format	512e
Mean Time Between Failures (MTBF)	228.2 Year
Recording Technology	Conventional Magnetic Recording (CMR)

Marketing Information

Economical Capacities and Fast Data Access for the Data Center

Ultrastar® Data Center HA340 hard drives are medium capacity air-filled HDDs that deliver high IOPS to support data intensive applications with proven durability and reliability.

Delivers High IOPS with Proven Technology

A unique combination of field-proven hardware with the latest innovative technologies enables these air-filled drives to deliver high IOPS to data intensive applications.

Proven and cost-efficient design

Ultrastar DC HA340 drives are based on an air-based HDD platform with Conventional Magnetic Recording (CMR) technology in a 3.5-inch form factor.

Reliability You Can Trust

Built off the same platform that is deployed in thousands of data centers around the world, these drives deliver superior dependability and field-proven reliability for hassle free data storage.

Optimized Performance and Durability

Performance-optimized to deliver higher access densities (IOPS/TB) to data intensive applications with proven durability.

Rapid Qualification and Integration

Leveraging hardware designs from generations of highly successful products ensures easy qualification, seamless integration and rapid adoption by existing customers.

Reliability You Can Trust

Built off the same platform that is deployed in thousands of data centers around the world, these drives deliver superior dependability and field-proven reliability for hassle free data storage.

Protected Against Vibration & Shock

Disturbances caused by increased vibration are anticipated and proactively counteracted by Rotation Vibration (RV) sensors and subtle shock events are automatically detected by multi-axis shock sensors and compensated for with dynamic fly height technology to maintain performance and protect data.