Hitachi Travelstar 5K750 750GB

Travelstar 5K750 is a 5400 rpm 2.5-inch hard drive. This standard two-disk design, intended for use in notebook PCs, external storage, gaming consoles and other mobile applications, is Hitachi's first to leverage advanced format. Advanced format increases the physical sector size on hard drives, which increases drive capacities and improves error correction capabilities. The Travelstar 5K750 allows manufacturers to deliver high-capacity, power-efficient systems. The 5K750 continues to demonstrate Hitachi's ecological leadership, with its halogen-free and low-power products, and carries the EcoTrac classification. Travelstar 5K750 delivers the balance of capacity, ruggedness and low-power to meet the needs of consumers and commercial users in an eco-friendly design.

• High-capacity storage paves the way for new mobile platforms
  Travelstar 5K750 is a 5400 rpm 2.5-inch hard drive. This standard two-disk design, intended for use in notebook PCs, external storage, gaming consoles and other mobile applications, is Hitachi's first to leverage advanced format. Advanced format increases the physical sector size on hard drives, which increases drive capacities and improves error correction capabilities. The Travelstar 5K750 allows manufacturers to deliver high-capacity, power-efficient systems. The 5K750 continues to demonstrate Hitachi's ecological leadership, with its halogen-free and low-power products, and carries the EcoTrac classification. Travelstar 5K750 delivers the balance of capacity, ruggedness and low-power to meet the needs of consumers and commercial users in an eco-friendly design.
• Encryption option
  Travelstar 5K750 is the fifth generation self-encrypting drive (SED) to feature Hitachi's bulk data encryption. The SED encrypts data using protected keys in real time, providing users the highest level of data protection available. It also speeds and simplifies drive re-purposing. By deleting the encryption key, the data on the drive is rendered unreadable, thereby eliminating the need for time-consuming data-overwrite.