All stock codes associated to this product
ST8000NM018B, 0763649141250
| Hard drive | 
|---|
| Component for | Disk array | 
| HDD size | 3.5" | 
| HDD capacity | 8000 GB | 
| HDD speed | 7200 RPM | 
| Interface | SAS | 
| Average latency | 4.16 ms | 
| HDD interface transfer rate | 12 Gbit/s | 
| Mean time between failures (MTBF) | 2000000 h | 
| Storage drive buffer size | 256 MB | 
| Features | 
|---|
| Type | HDD | 
| Component for | Disk array | 
| HDD size | 3.5" | 
| HDD capacity | 8000 GB | 
| HDD speed | 7200 RPM | 
| Interface | SAS | 
| Average latency | 4.16 ms | 
| HDD interface transfer rate | 12 Gbit/s | 
| Mean time between failures (MTBF) | 2000000 h | 
| Storage drive buffer size | 256 MB | 
| Uncorrectable Bit Error Rate (UBER) | < 1 per 10^15 bits read | 
| Rotational Vibration (RV) sensors | Yes | 
| 24/7 operation | Yes | 
| Power | 
|---|
| Power consumption (typical) | 11.34 W | 
| Power consumption (idle) | 7.24 W | 
| Operating voltage | 5 / 12 V | 
| Operational conditions | 
|---|
| Operating temperature (T-T) | 5 - 60  Â°C | 
| Operating shock | 70 G | 
| Non-operating vibration | 5 G | 
| Non-operating shock | 300 G | 
| Technical details | 
|---|
| Harmonized System (HS) code | 84717050 | 
| Weight & dimensions | 
|---|
| Width | 101.8 mm | 
| Height | 26.1 mm | 
| Depth | 147 mm | 
| Weight | 716 g | 
| Other features | 
|---|
| Interface | SAS | 
| Operating voltage | 5 / 12 V | 
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.