LaCie Porsche Design USB Key 16GB

LaCie Porsche Design USB Key

Slim Down. Speed Up.
 

• Built for speed with USB 3.0
• Slim steel construction
• Full security suite

Features

Secure, Slim Steel

LaCie and Porsche Design worked together to combine speed, design, and technology to create a USB key that is as beautiful as it is functional. The LaCie Porsche Design USB Key is constructed with solid steel, meaning the compact design doesn't sacrifice strength. Slim size, steel strength.

Porsche Design Form, LaCie Function

LaCie first partnered with Porsche Design in 2003 to produce one of the most iconic and enduringly popular external hard drives on the market. The luxury brand and the leading technology company complement each other. Technical influence from LaCie meets the exclusive and timeless shape presented by Porsche Design.

Go Faster with USB 3.0

The LaCie Porsche Design Key's USB 3.0 interface delivers speeds up to 95 MB/s*. That means much faster file transfers compared with USB 2.0 keys. And best of all, since USB 3.0 is backwards compatible with USB 2.0, there's never any worry about connectivity.

Software Protection

Thanks to LaCie Private-Public software, the Porsche Design USB Key is as secure on the inside as it is on the outside. It protects your data with ultra-secure AES 256-bit encryption technology. It lets you easily create a password-protected area on the key to securely store all of your confidential data.

Specifications

Capacity

16GB

Interface

USB 3.0 (USB 2.0 compatible*)

Interface Transfer Rate

USB 3.0 : 5 Gb/s
USB 2.0 : 480 Mb/s

Software Suite for Download

LaCie Private-Public (protect data with AES 256-bit encryption**)

LaCie Genie® Timeline (backup for Windows®)
Intego® Backup Assistant (backup for Mac®)

Dimensions

53 x 12x 4mm / 2.1 x 0.5 x 0.15 in.

Weight

8 g / 0.3 oz.

System Requirements

• Computer with a USB 3.0 or USB 2.0 port*
• Latest version of Windows® 7, or Windows 8 / Mac® OS X 10.5 (LaCie Private-Public software requires Mac Intel® processor) or later*