Buffalo DriveStation 1.0 TB Desktop External Hard Drive USB 2.0 HD-CX1.0TU2 (Glossy Black)
Buffalo DriveStation Combo with TurboUSB HD-HS500IU2 - hard drive - 500 GB - FireWire / Hi-Speed USB.
Type Hard drive - external Dimensions (WxDxH) 2.1 in x 8 in x 7.9 in Weight 3.5 lbs Capacity 500 GB.
Interface Type IEEE 1394 (FireWire) / Hi-Speed USB Data Transfer Rate - NOTE: THIS PRODUCT CANNOT BE SHIPPED TO MASSACHUSETTS OR DISTRICT OF COLUMBIA (WASHINGTON, D.C.).
400 Mbps (FireWire) / 480 Mbps (Hi-Speed USB) Spindle Speed 7200 rpm OS Required - NOTE - THIS ITEM CANNOT BE SHIPPED TO MASSACHUSETTS.
Apple MacOS X, Microsoft Windows 2000 / XP, Microsoft Windows Vista - WARNING: The solder used in this product contains lead, a chemical known to the State of California to cause birth defects and other reproductive harm. Please wash hands after handling internal components and circuit boards and avoid inhalation of fumes if heating the solder..
Core / Cladding: Corning 50µm (micron) diameter fiber core / 125µm diameter cladding (1 micron is 1 one-millionth/1 meter). The fiber optic core is surrounded by a transparent, low refraction, cladding material. Light is contained within the fiber core (total internal reflection) causing the fiber within the patch cord assembly to act as a wave-guide. Light travels through the fiber bouncing off the boundary between core & cladding..
Core / Cladding: Corning 50µm (micron) diameter fiber core / 125µm diameter cladding (1 micron is 1 one-millionth/1 meter). The fiber optic core is surrounded by a transparent, low refraction, cladding material. Light is contained within the fiber core (total internal reflection) causing the fiber within the patch cord assembly to act as a wave-guide. Light travels through the fiber bouncing off the boundary between core & cladding..
Core / Cladding: Corning 50µm (micron) diameter fiber core / 125µm diameter cladding (1 micron is 1 one-millionth/1 meter). The fiber optic core is surrounded by a transparent, low refraction, cladding material. Light is contained within the fiber core (total internal reflection) causing the fiber within the patch cord assembly to act as a wave-guide. Light travels through the fiber bouncing off the boundary between core & cladding..