So Mobile SuperSpeed
Portable USB 3.0 Hard Drive
2.5” | 500GB | 640GB
So Mobile SuperSpeed is the world’s first certified
portable USB 3.0 hard drive. Experience the amazing
performance of USB 3.0 (up to ten times faster than
USB 2.0). Transfer files and perform data back-up
without watching the clock. This sleek design combines
style and performance into one easy to use device.
• SuperSpeed USB 3.0
• Amazing transfer and back-up speeds
• Backwards compatible with USB 2.0*
• Compact, lightweight with textured finish
• Easy to use and install
Packaging Contents
1. Hard Disk Drive (back-up software pre-loaded)
2. USB 3.0 Cable
3. Quick Start Guide
TECHNICAL SPECIFICATIONS
Connection
USB 3.0 Port (backward compatible to USB 2.0)
Hard Disk Drive
1 SATA HDD
Format
FAT 32 or NTFS
PC Compatible
Microsoft® Windows® XP/Vista/Win7
Mac
Mac not supported by USB 3.0 at present*
Configuration
Requirements
Microsoft® Internet Explorer 5.0 or higher (or
other) with internet connection for software
updates
*This USB 3.0 device can be plugged into a USB 2.0 host provided you
use the USB 3.0 Cable supplied, however, the USB 3.0 device will only
obtain USB 2.0 throughputs while connected into a USB 2.0 host.
Once USB 3.0 device is plugged back into a USB 3.0 host your speeds
will return to SuperSpeed USB ranges. (Remember performance may
vary based on operation system or environment)
Part Number
EAN
SO-MB5500U3-3
5390800110685
SO-MB5640U3-2
5390800110692
Colors
White 500GB and Black 640GB
Capacities
500GB, 640GB
Dimensions
4.7 x 3 x 0.75 inches
120 x 77 x 19 mm
Weight
.35lbs | 158.75g
LOGISTIC INFORMATION
Giftbox
131 x 43 x 162 mm / 270 g
Inner Box : 4 products
133 x 164 x 90 mm / 600 g
Pallet : 1,80 m : 3360 products
840 inner boxe
1200 x 800 x 1800 mm / 519 kg
20 levels of 42 inner boxes
1 GB = approx. 1,000 MB. 1 MB = approx. 1million bytes.
Due to formatting, accessible capacity will be slightly less.
Information for internal and distributor use only.
Dane-Elec Memory ©2010
Dane-Elec reserves the right to change these specifications | REV10/09