Background Image
Table of Contents Table of Contents
Previous Page  71 / 76 Next Page
Basic version Information
Show Menu
Previous Page 71 / 76 Next Page
Page Background

wiredInUSA - May 2014

71

INDEX

USB 3 Optical™ cables

Corning Incorporated has launched USB

3.Optical™ cables, capable of carrying

up to 5GB of data per second at distances

up to 30m.

Designed to be compatible

with most USB 3.0 and USB 2.0 devices,

Corning’s USB 3 cables can easily extend

data transmission beyond the 3m limitation

of comparable copper cable.

Utilizing

Corning’s ClearCurve

®

VSDN

®

optical fiber,

the cables are up to 50 percent thinner and

up to 80 percent lighter than comparable

copper cables.

With a “zero-bend” radius, they can

withstand bending, squeezing and tangling

without damage or loss of function, making

them suitable for routing through a crowded

workspace.



“With longer, thinner, and lighter cables,

USB 3.Optical Cables by Corning give users

the freedom to max out data connection

speeds for a more enjoyable creative

workflow,” said Bernhard Deutsch, vice

president, product line management,

optical connectivity solutions for Corning

Optical Communications.

“Imagine having your computer at your

workstation and the whir of back-up hard

drives, printers, and other noisy peripherals in

an entirely different room– and still benefiting

from unbelievable transmission speeds.”



Getting spliced

Developed and manufactured by AFL

in conjunction with Fujikura Japan, AFL’s

LZM-100 LAZERMaster™ is believed to

be the first commercially available glass

processing and splicing system that uses a

CO

2

laser heat source to perform splicing,

adiabatic tapering, ball lensing, and other

glass-shaping operations. The LZMpossesses

large diameter capabilities up to 2.3mm

and long taperingcapabilities up to 150mm.

With a clean, deposit-free fiber surface,

the LZM-100 provides the consistent results

that are necessary for biomedical and high

power delivery systems.

AFL also offers the ARCMaster series of

splicers. ARCMaster consists of a patent

pending “split v-groove” fiber clamping

system to accommodate optical fibers from

Photograph courtesy of Fujikura Japan