™
®
10G 6 HD PATCH PANEL
The greatest challenge to achieving superior NEXT performance in a channel is
at the cross-connect in the telecommunications room. With two outlets in close
proximity connected by a short modular cord, achieving NEXT margin above
category 6 is a challenge for common patch panels. Not so with Siemon’s
10G 6 HD modular patch panel!
Part of Siemon’s new 10G ip™ Cabling Solution, the 10G 6 HD modular patch
panel far exceeds all category 6 component and channel requirements. This
superior level of performance is achieved via a completely new circuit board
design, optimization of jack pin geometry, and stringent inspection and quality
control procedures. When used with a 10G 6 MC® patch cord, the result is a
cross-connect solution with typical NEXT margin of 10 dB across the category
6 frequency range from 1-250 MHz, and useable bandwidth to 500 MHz —
necessary for next generation applications.
Combine the 10G 6 MC modular cord with Siemon’s new 10G 6 MAX® modules
and 10G 6 HD patch panels for a complete 10G 6 channel solution. This superior
10G 6 cabling system delivers unparalleled network performance today and
supports emerging Internet Protocol (IP) applications like Voice Over IP (VoIP) and
IP video.
500 MHz
Supports
10GBASE-T
Applications
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Superior performance for
Terminates with standard
110 termination tools
interconnect, cross-connect or
consolidation point applications
Designation area
provided for panel
identification
Black anodized finish and
rolled steel edges provide a
durable, aesthetic appearance
T568A and T568B
wiring compatible
Durable modular outlets are FCC
Includes rear cable
manager to properly
guide cables to point
of termination
CFR 47 part 68 subpart F and IEC
60603-7 compliant. Outlet
contacts are plated with 1,27
microns of gold
Backwards compatible
with category 6/class E
and lower patch cords
Pyramid™ wire entry system on S310® blocks
separates paired conductors when lacing
cables to simplify and reduce installation time
Protective rear metal housing prevents
accidental damage of internal circuit board
Our circuit board is tuned and balanced using our
patent-pending phase-delay technology to
maximize margin to category 6 and beyond
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