Premises
Refined multimode fibre supports high-rate data
Abstract: Reprinted with permission from the Autumn 2007 issue of FibreSystems Europe in association with Lightwave Europe.
Product Focus - Multimode fibre extends the reach
Abstract: Reprinted with permission from the January/February edition FibreSystems Europe in association with Lightwave Europe.
Why Choose multimode fiber?
Abstract: Reprinted with permission from the March 2006 issue of Communications News Magazine.
Binghamton Installs a High-Speed Optical Fiber Network
Abstract: Network managers at Binghamton University have proceeded prudently and with good financial sense as they have extended and improved their cabling system. Today, the new fiber network is successfully responding to ever-increasing bandwidth demands, solving technical problems that had plagued the campus for years, enabling collaborative research, and preparing the way for universal availability of a host of information technology resources.
Brain Power: Fiber-to-the-Desk Cabling Paves the Way for a Data Explosion in Medical Imaging
Abstract: Bandwidth demand is up everywhere. Businesses, financial institutions, universities - all report dramatically increasing bandwidth requirements. Yet perhaps nowhere are bandwidth demands more severe than in the field of medical research, where hospital networks strain to manage huge data sets for analysis and imaging. Cabling choices for these institutions have become critical as a result. For some, a fiber-to-the-desk design, once considered impractical, has become a necessity.
Parallel Optic Interfaces
Abstract: A Low-Cost Solution for High-Bandwidth Interconnects - by Mark Hutcheson and Peter Pondillo - With all the recent talk about pushing more data at greater speeds over longer distances, it is easy to lose sight of the fact that many cable links are less than 100 meters long. These include the very short-reach connections between electronic components located in central offices: switch-to-switch links, connections to increasingly popular storage area networks (SANs) and other high-speed datacom and telecom applications located in close proximity to one another. Although copper solutions for these very short-reach interconnects have dominated in the past, increasing bandwidth requirements and the growing need for higher port densities have made alternative solutions a necessity.
Por que fibras multimodo otimizadas para laser?
Abstract: Reprinted with permission RTI Magazine - ABR 2007
Taking Advantage of Multimode Fiber for Premises Applications
Abstract: One of the proposed solutions is to use 50/125-multi-mode fiber, because it has higher bandwidth, lower attenuation and comparable cost with 62.5-micron fiber, which is increasingly important for Next Generation cabling options.
Ten reasons fiber is becoming more cost-effective in horizontal applications
Abstract: Reprinted with permission from the January 2000 edition of Lightwave Magazine.
Using multimode fiber in Gigabit Ethernet Network
Abstract: Reprinted with permission from Cabling, Installation and Maintenance Magazine.
With calculated EMB, SR 10G is guaranteed
Abstract: More than ever, higher bandwidth and faster throughput are critical to business operations. IT managers have already adopted 10-Gbit/sec - capable networks for LAN backbone bandwidth aggregation and data - center applications. It is estimated that a majority of campus backbone networks will operate at 10 Gbits/sec in the next five years.
Messechnik und Verkabelung LANLine Magazine, November 2006
Abstract: Reprinted with permission from the November 2006 issue of LANLine magazine.
Verkabelung, Qualitatsmerkamale von 10 Gigabit Ethernet, LANLine Magazine, February 2006
Abstract: Reprinted with permission from the February 2006 issue of LANLine magazine.