Category 6 Patch Panels are designed to exceed ANSI/TIA-568-C.2
component, permanent link and channel performance specifications
providing usable bandwidth beyond 250 MHz and are backward compatible
with lower category cabling systems. These high-density panels are
available in 12- through 48-port versions and feature enhanced front and
rear labeling features for easy circuit identification. Category 6
panels support both T568A and T568B wiring schemes using an easy-to-read
color-coded wiring label.
Panels are constructed for maximum strength and durability and feature a
fully enclosed, modular design, which provides flexibility and
protection of printed circuitry during termination. The modular jack
(RJ-45) contact configuration provides enhanced plug-to-jack connection
integrity for superior reliability. Rear termination is made quick and
easy using a 4-pair inline 110-type connector compatible with our
category 6 multipair impact tool to reduce installation time or an
industry standard single-position 110 termination tool.
Panels include an integrated cable management feature for cable routing
and strain relief requirements. An optional cable management bar, which
mounts easily to the back of the panel, is available for improved cable
routing and strain relief.
Integrated cable management feature for cable routing and strain relief requirements
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Contact design provides enhanced plug-to-jack connection integrity and protects against damage caused by insertion of 4- or 6-position plugs
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Fully enclosed, 6-port modular design, which provides flexibility and protection of printed circuitry during termination
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Rear termination is made quick and easy using a 4-pair inline 110 type connector compatible with our multi-pair impact tool to reduce
installation time or an industry standard single position 110 termination tool
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A cable management bar, which mounts easily to the back of the panel, is available for improved cable routing and strain relief
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Rated for at least 750 plug insertions providing for the highest level of system reliability