Name: WD7500AAVS Western Digital 750GB 5400RPM SATA 3Gb/s 8MB Cache HDD
Brand: Western Digital
SKU: WD7500AAVS
Price: 954.84 USD
Availability: InStock
Rating: 4.8 (119 reviews)

Product Overview
The WD7500AAVS Western Digital Caviar Green 750 GB SATA 3 Gb/s 3.5" hard drive delivers eco-friendly storage with a focus on energy efficiency and reliable everyday use, making it a great choice for desktops or archival systems prioritizing power savings and low noise.

General Information
Brand	Western Digital
Part Number	WD7500AAVS

Technical Information
Capacity	750GB
Form Factor	3.5-inch
Cache	8MB
Spindle Speed	5400 RPM

Interfaces/Ports
Interface	SATA

Physical Characteristics
Condition	Refurbished
Weight	1.76

Miscellaneous
Eco Friendly	Yes

Product Description
The WD7500AAVS Caviar Green drive from Western Digital is engineered to provide quiet, energy-efficient performance ideal for general desktop or archive use. Its focus on low power and thermal output makes it a smart fit for eco-conscious setups. Key Features Balanced spindle speed through IntelliPower technology optimizing power, performance, and noise 8 MB cache buffer to improve data handling 5400 RPM design that reduces vibration and prolongs drive life :contentReference[oaicite:0]{index=0} StableTrac, IntelliSeek, SecurePark, and IntelliPower technologies enhance reliability and reduce wear :contentReference[oaicite:1]{index=1} Standard 3.5-inch SATA form factor for easy integration into desktop systems This drive is well-suited for secondary storage, backups, and environment-sensitive applications where low noise, cool operation, and dependable capacity are valued over peak performance.

Use Cases
The WD7500AAVS Western Digital Caviar Green hard drive is designed for energy-conscious computing environments where low power consumption and quiet operation are priorities. It is well-suited for users who require reliable, moderate-capacity storage for desktop or archival purposes without the need for high-speed performance. How It's Used: Archival storage solutions in SMB environments requiring cost-effective, low-power drives. Home office desktops prioritizing energy efficiency for extended operational hours. Media storage for content creators with large but infrequently accessed libraries. Secondary storage in virtualization hosts where quiet operation and power savings are critical. Edge computing nodes that benefit from reduced thermal output and consistent data access. This hard drive supports operational efficiency by minimizing energy usage and noise, making it optimal for scalable storage arrays in environments where performance demands are moderate. Its balance of capacity and power management helps maintain system stability in long-term deployments.