能量控制
| 功耗（读） |
6 W |
| 功耗（写） |
6 W |
| 功耗( idle) |
3.7 W |
其他功能
| 声压排放 |
29 dB |
| FireWire400 |
N |
| FireWire800 |
N |
| USB供电 |
N |
| 內置式 |
Y |
环境条件
| 操作冲击 |
65 G |
| 非运行性振动 |
20 G |
| 运行性震动 |
10 G |
| 非操作性冲击 |
300 G |
磁盘驱动器
| 硬盘容量 |
808.8 GB |
| 硬盘接口 |
Serial ATA |
| 硬盘尺寸 |
3.5 " |
| 传动装置，缓冲区大小 |
32 MB |
WD8088AADDS, 808.8GB, SATA, 3Gb/s
As hard drive capacities increase, the power required to run those drives increases as well. WD Caviar Green drives make it possible for energy-conscious customers to build systems with higher capacities and the right balance of system performance, ensured reliability, and energy conservation.
Reduced power consumption - WD has reduced power consumption by up to 40 percent compared to standard desktop drives with the combination of WD's IntelliSeek, NoTouch, and IntelliPower technologies.
Helps enable eco-friendly PCs - WD Caviar Green drives yield an average drive power savings of 4-5 watts over standard desktop drives making it possible for our energy-conscious customers to build systems with higher capacities and the right balance of system performance, ensured reliability, and energy conservation.
Cool and quiet - WD GreenPower Technology yields lower operating temperatures for increased reliability and low acoustics for ultra-quiet PCs and external drives.
Massive capacity - Capacities up to 2 TB offer the most available capacity for storage-intensive programs and space-hungry operating systems, like Windows Vista®, with plenty of room left over for photos, music, and video.
Advanced Format Technology (AF) - Technology being adopted by WD and other drive manufacturers as one of multiple ways to continue growing hard drive capacities. AF is a more efficient media format that enables increased areal densities. (EARS and AARS models only)
Perfect for external drives - External drive manufacturers can eliminate the need for a fan in a high-capacity product with a WD Caviar Green drive, the coolest and quietest in its class.
IntelliPower - A fine-tuned balance of spin speed, transfer rate and caching algorithms designed to deliver both significant power savings and solid performance.
