SATA 3.5
Hard Drives

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Rotational Speed : 7200rpm

Capacity: 1000gb
Interface: SATA III
Cache : 64mb


Main Specifications

Product Description WD Blue WD7500AZEX - hard drive - 750 GB - SATA-600
Type Hard drive - internal
Capacity 750 GB
Form Factor 3.5" x 1/3H
Interface Serial ATA-600
Data Transfer Rate 600 MBps
Buffer Size 64 MB
Spindle Speed 7200 rpm
Features IntelliSeek, NoTouch ramp load technology
Dimensions (WxDxH) 10.16 cm x 14.7 cm x 2.54 cm
Weight 440 g


Drive ConfigurationCapacity: 2000gbInterface: SATA IIICache : 64mbRotational Speed : 7200rpm
Data TransferTransfer Rate: 600 MB/s
Physical Drive Size3.5"


Enclosure Type:Internal
Rotational Speed:7200 RPM
Transfer Rates:Up to 600MB/s
Buffer Size:64MB


Hard drive capacity 3000 GB
Hard drive size 88.9 mm (3.5 ")
Hard drive rotational speed 7200 RPM
Hard drive interface Serial ATA
Drive device, buffer size 64 MB
Data transfer rate 6 Gbit/s

Energy management
Power consumption (typical) 6.2 W
Power consumption (idle) 4.6 W


Enhances data storage reliability in video security systems.Get the industry standard in video surveillance storage with Seagate SV35 Series hard drives. High-capacity, surveillance-optimized performance with an MTBF of more than 1M hours. Now with AcuTrac™ technology to enhance tracking reliability and performance, even under the most difficult operating environments.


5 year warranty

Performance   Drive Transfer Rate:  600 MBps (external)   Internal Data Rate:  202 MBps   Seek Time:  7.6 ms (average)   Average Latency:  4.16 ms   Spindle Speed:  7200 rpm

Corporate and cloud data centers are under extreme pressure to improve the efficiency of storage. To address this data center challenge, HGST introduces Ultrastar 7K6000, delivering plenty of capacity and a standard, 3.5-inch hard drive, for capacity-optimized enterprise applications. Ultrastar 7K6000 provides more capacity and better power efficiency. The Ultrastar 7K6000 also delivers great storage efficiency through the unrivaled performance, achieving higher write performance, even at higher workloads, thanks to HGST media cache architecture, a disk-based caching technology, which provides a large non-volatile cache on the disk. Media cache also allows for improved reliability and data integrity during unexpected power loss.