In
today’s data centers and SAN environments, space is often at a premium,
making density more critical than ever. High-density fiber optic
solutions offer the users performance and reliability. Using a
comprehensive solution of high-density fiber enclosures or patch panels
with either adapter panels or pre-terminated cassettes provides a
complete fiber cross connect patching solution for applications where
maximum density is required.
Basis of High-density Fiber Patch Panels
The fiber patch panel, or fiber enclosure,
is built and designed for efficient cable organization, management and
protection within the racks. High-density fiber patch panel consists of a
panel enclosure and modular HD cassettes, which can connect a 40G/100G
fiber network feed (using MTP cable) and segment it into standard LC
connections in order to interface with 10G devices. The cassettes are
housed in a space-saving, rack-mountable, panel enclosure that can hold
different amounts of cassettes, depending on the installation
requirements.
What Can High-density Fiber Patch Panel Achieve?
The
high-density patch panel can provide fast and easy deployment of
high-density interconnects and cross-connect in data centers. The
following are some advantages of using high-density fiber patch panels.
Simplify Cabling Deployment:
With the fiber patch panel in place, there is no need to run long
jumpers across the room, under the floor or in overhead conveyance. And
instead, you simply run a short fiber patch cable from your SAN or
network switch up to the fiber patch panel/enclosure. It’s really that
simple.
Save Space:
High-density fiber patch panel is one of the best space savers in the
data center. It helps to increase port density by allowing you to fit
more cables into a smaller space. Most importantly, it allows you to
save space and stay organized.
Increase Port Density:
Besides better space optimization, high-density patch panel can achieve
double the port density in 1U of rack space. This allows for density
increases and technology changes without a complete tear-out and
replacement of existing infrastructure.
Ease of Installation:
As described above, cassette is a part of the patch panel. When
installing the cassette, no tools are required in the panel enclosure.
And using push-pull tabs, connections can easily be locked or unlocked
in the panel. Each cassette features factory terminated connectors that
reduce the time and labor required of field connector terminations.
Flexibility and Adjustability:
Fiber patch panels can connect different generations of equipment, such
as 10G, 40G, 100G in a simple panel-cassette system. And network
reconfigurations are highly adjustable due to the modular cassette
system.
Cost-effective Solution for 40G/100G Network:
Employing a high-density fiber patch panel is the most effective
solution for overcoming cabling congestion associated with 40G/100G
network connections as the modular plug-and-play cassettes can be
changed when higher bandwidth becomes needed. It can manage, allocate
and control the connections of network equipment of varying bandwidths.
Cable management is simplified because the fiber patch panel can be
changed or expanded by installing a new cassette instead of running new
cables. By simply patching the 40G MTP cables at the back and the
standard LC cables to devices in the front of the cassette, the IT staff
don’t need to pull a new fan-out cable each time they need a new
connection. Modular cassettes allow to expand whenever you need to accommodate the necessary bandwidth and connectors.
Summary
High-density
fiber patch panel offers the highest level of scalability and highest
density in the market. They enable a seamless distribution for bandwidth
from 100G to 40G to 10G. FS.COM provides high-density fiber patch
panels with various configurations. Any one of them would be an
excellent option for your network. More details, visit www.fs.com or contact us over sales@fs.com for the detailed information.
Source: http://www.fiberopticshare.com/
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