Enterprise Design Guide - Public - CommScope
Enterprise Design Guide - Public - CommScope
Enterprise Design Guide - Public - CommScope
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Connectivity That Meets And Exceeds<br />
Networking Standards<br />
The most comprehensive and authoritative standard for network performance is the ANSI/<br />
TIA/EIA-568 Commercial Building Telecommunications Cabling Standard, which dictates<br />
the parameters for network capacity, reliability and compatibility. While some manufacturers<br />
may treat these standards as goals to reach, <strong>CommScope</strong> defines them as minimums to be<br />
exceeded*. Some examples:<br />
<strong>CommScope</strong> pioneered the development of innovations like foamed dielectrics and pair<br />
separators that made possible our Isolite ® and Category 6 UTP cables. In 2009, <strong>CommScope</strong><br />
released SYSTIMAX ® GigaSPEED ® X10D U/UTP 91 series cables, which exhibit an order of<br />
magnitude improvement in alien crosstalk, enabled via an optimized twist and strand scheme,<br />
dramatically enhancing high-frequency performance using the <strong>CommScope</strong> Labs Cable Twist<br />
Accuracy Technology. This improved performance produces a cable that is greatly reduced in<br />
diameter from previous 10G capable designs.<br />
For backbone applications, the IEEE 802.3ae standard specifies a 10 gigabit Ethernet<br />
minimum transmission distance of only 82 m (269 feet) using standard OM2 50 μm multimode<br />
fiber for 10GBASE-SX. <strong>CommScope</strong>’s 50 μm high-bandwidth multimode solutions greatly<br />
exceed the standard by carrying 10 Gb/s signals up to 550 meters (1804 feet). These fibers<br />
also allow a step up to new, even higher data rate applications like 40 and 100 gigabit<br />
Ethernet.<br />
<strong>CommScope</strong> developed the design of indoor/outdoor fiber optic cables that are tough<br />
enough to withstand exterior heat, cold and dampness, yet can enter a building well past the<br />
15.2 meter (50 feet) limitation for outdoor cable, thus eliminating transition splices and their<br />
associated hardware.<br />
We offer a full range of fiber and copper connectivity choices that provide end-to-end<br />
performance guarantees well above established standards. <strong>CommScope</strong> network solutions<br />
are designed and engineered to work across your entire network, providing a complete<br />
telecommunications infrastructure from fiber to copper, from outside to inside and from<br />
backbone to desktop. This system of cables, enclosures, panels, connectors and patch cords<br />
allows you to assemble an entire network with verified and warranteed performance, with all of<br />
the components supplied from a single source.<br />
Our efforts extend beyond total solution performance. We are also compliant with the RoHS<br />
(Restriction of Hazardous Substances) directive adopted by the European Union in 2006, by<br />
some states in the US and soon by China. The RoHS Directive is aimed at reducing the amount<br />
of certain environmentally hazardous substances in cabling components.<br />
*Standards may be reviewed or purchased at www.tiaonline.org<br />
<strong>CommScope</strong> delivers<br />
on the promise of<br />
high-speed networking<br />
with a family of<br />
high-speed craft-friendly<br />
connectivity products.<br />
www.commscope.com 5