You have to log in to shop/see prices.
SEAGATE e Exos 7E10 ST2000NM000B - Hard drive - 2 TB - internal - SATA 6Gb/s - buffer: 256 MB
SKU:
ST2000NM000B
Interface:
Serial ATA III
Rotational Speed:
7200RPM
-
Purpose-built for enterprise applications and workloads
Trusted. Efficient. Versatile
For everything Enterprise storage, there's Exos E — the safest and most powerful way to traverse the datasphere and harness its full potential. Always on and always working, the Exos E series of hard drives is loaded with advanced options for optimal performance, reliability, security and user-definable storage management. Built on generations of industry-defining innovation, Exos E is designed to work and perform consistently in enterprise-class workloads.
Exos 7E10
Specifically designed to address the needs of storing unstructured data cost-effectively.
|
HDD capacity 2 TB |
HDD speed 7200 RPM |
HDD size 3.5" |
Interface Serial ATA III |
Type HDD |
Component for Disk array |
Storage drive buffer size 256 MB |
HDD interface transfer rate 6 Gbit/s |
Average latency 4.16 ms |
Uncorrectable Bit Error Rate (UBER) < 1 per 10^15 bits read |
Rotational Vibration (RV) sensors |
24/7 operation |
Mean time between failures (MTBF) 2000000 h |
|
Power consumption (typical) 9.4 W |
Power consumption (idle) 5.16 W |
Operating voltage 5 / 12 V |
|
Operating temperature (T-T) 5 - 60 °C |
Non-operating vibration 5 G |
Operating shock 70 G |
Non-operating shock 300 G |
|
Width 101.8 mm |
Height 26.1 mm |
Depth 147 mm |
Weight 620 g |
|
Harmonized System (HS) code 84717050 |
ACCESSORIES AND PERIPHERALS / STORAGE / INTERNAL HARD DRIVES
Please note that the product image is for illustration purposes only and the actual product may differ in appearance from the product image (e.g. computers might not include a display, even if there is one in the product image). If you have any questions, please contact us before making an order.
Technical information is provided by a third party. We do not guarantee or assume responsibility for the accuracy or reliability of the information.