Power
| Input voltage |
5 - 12 V |
| Power consumption (idle) |
3.48 W |
| Start-up current |
0.85 A |
Other features
| Sustained data rate |
168 MB/s |
| Acoustic pressure emissions |
3 dB |
| Internal |
Y |
Hard drive
| Hard drive capacity |
300 GB |
| Write seek |
3.8 ms |
| Average latency |
3 ms |
| Read seek |
3.4 ms |
| Hard drive speed |
10000 RPM |
| Drive device, buffer size |
64 MB |
| Component for |
Server/workstation |
| Hard disk number of heads |
2 |
Operational conditions
| Operating vibration |
0.5 G |
| Non-operating vibration |
3 G |
| Operating shock |
40 G |
| Non-operating shock |
400 G |
Savvio 300GB SAS, 6 Gb/s, 10000rpm, 64MB, 6.35 cm (2.5 ") , 211g
The Seagate® Savvio® 10K.5 hard drive enables OEMs, system builders and data centers to:
- Improve storage efficiency;
- Ease capacity, interface and form factor transitions;
- Ensure data integrity and protection throughout the storage process even if the device is lost or stolen.
<b>Key Features and Benefits</b>
- Delivers the highest-capacity in a 2.5-inch, 10K-RPM hard drive (up to 900GB) to manage more data without increasing the number of drives;
- First SFF drive to offer four capacity points on a single platform;
- Industry-leading 0.44% AFR for field-proven reliability;
- Improves performance for faster data storage and access;
- Reduces power consumption and enables green IT initiatives;
- PowerChoice™ technology for T10-compliant power management enables IT organizations to tailor systems for performance and power consumption;
- Reduces system design, qualification and inventory costs for OEMs;
- Enables data centers to better manage hard drive transitions;
- Protection Information protects against inadvertent data change;
- Optional Self-Encrypting Drive (SED) models help companies be compliant with corporate and federal data security mandates and protect data-at-rest throughout the life of the storage device should the device be lost, stolen, and/or retired;
- Seagate Unified Storage architecture reduces system complexity and operating costs by converging disparate interfaces, form factors and security standards.
