Researchers in Spain, the Netherlands, and Canada have achieved a scientific milestone in the field of optical communications. After many months of research, they have succeeded in developing a ...

If a conventional T1 network linked the University of California campus here to its medical center in Sacramento, a 15-minute, three-dimensional CAT scan would take 55 years to send. With a ...

New molecules produced at Georgia Tech could enable engineers to build all-optical data routers, ultimately leading to transmission speeds as high as two terabits–or 2,000 gigabits–per second. Today’s ...

A piece of the future internet has surfaced in a lab in Japan: a memory chip that stores bits of light. Researchers at Japanese telecom giant NTT have built an optical random access memory (o-RAM) ...

Researchers at the University of California, Santa Barbara, have made a key step towards eliminating optical-to-electrical-to-optical conversion stages in router hardware. Steve Nicholes and Milan ...

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Pundits say electronics will always be needed in optical networking because routing intelligence cannot yet manifest itself in photons and will not be able to do so for many years. But if electronics ...

Continuing the evolution of the market’s first compact router, Nevion introduces additional configurations and data routing Sandefjord, Norway and Oxnard, California, April 5, 2010 – The VikinX series ...