Specifications
|
Capacity
|
8TB
|
|
Standard
Model Numbers
|
ST8000VE001
|
|
Interface
|
SATA 6 Gb/s
|
|
Recording
Technology
|
CMR
|
|
Drive Design
|
Air
|
|
Features
and Performance
|
|
Drive Bays
Supported
|
16+
|
|
AI Channels
|
32
|
|
AI Real Time
Capture Events/Sec
|
Up to 120
|
|
AI Real Time
Compare Events/Sec
|
Up to 96
|
|
HD Cameras
Supported
|
Up to 64
|
|
RV Sensors
|
Yes
|
|
Max.
Sustained Transfer Rate OD (MB/s)
|
235MB/s
|
|
Cache (MB)
|
256
|
|
Reliability/Data
Integrity
|
|
Tarnish Resistant
|
Yes
|
|
Load/Unload
Cycles
|
300,000
|
|
Non-recoverable
Read Errors Rate, Max
|
1 per 10E15
|
|
Power-On
Hours per year
|
8,760
|
|
Workload Rate
Limit (WRL)
|
550
|
|
Mean Time
Between Failures (MTBF) (hours)
|
2,000,000 hr
|
|
Rescue Data
Recovery Services (years)
|
3
|
|
Power
Management
|
|
Startup
Current, Typical (12V, A)
|
1.8
|
|
Average
Operating Power (W)
|
8.73 W
|
|
Idling
Average (W)
|
7.5 W
|
|
Standby
Mode/Sleep Mode, Typical (W)
|
0.96/0.96
|
|
Voltage
Tolerance (5 V)
|
+10%/-5%
|
|
Voltage
Tolerance (12 V)
|
+/- 10%
|
|
Environmental/Temperature
|
|
|
Operating
(ambient, min C)
|
5
|
|
Operating
(drive case, max C)
|
70
|
|
Non-operating
(ambient, min C)
|
-40
|
|
Physical
|
|
Height
(mm/in, max)
|
26.11
mm/1.028 in
|
|
Width (mm/in,
max)
|
101.85
mm/4.01 in
|
|
Depth (mm/in,
max)
|
146.99
mm/5.787 in
|
|
Weight (g/lb,
typical)
|
716 g/1.579
lb
|
Notes:
1 Events can be human, vehicle, or object capture.
2 Tested and verified using embedded AI NVR ¨C 64-ch HD
recording, 16-ch PB. Average picture size ~250 KB
3 1080P, H.265, 25 fps
4 SkyHawk AI surveillance drives are designed for always-on
workloads of 550 TB/year. For higher transaction workloads, see Seagate¡¯s
enterprise-class drive offerings.
5 Extended warranty options available. Consult your
distributor for details.
6 From May 1, 2020, 3-year Rescue Data Recovery Services
plan may be offered in addition to standard warranty. This is offered for
selected regions only. Check with reseller on availability.
7 Seagate does not recommend operating at sustained extreme
temperatures. Operating at higher temperatures will reduce useful life of the
product.
|
|
