The use of a central patching location in a cross-connect
scenario provides a logical and easy-to-manage infrastructure, whereby all
network elements have permanent equipment cable connections that once
terminated, are never handled again. In this scenario, all modifications,
rerouting, upgrades, and maintenance activities are accomplished using
semi-permanent patch cord connections on the front of the cross-connect systems.
Deploying common rack frames with ample vertical and horizontal
cable management simplifies rack assembly, organizes cable, facilitates cable
routing, and keeps equipment cool by removing obstacles to air movement. Cable
management at the rack also protects the bend radius and manages cable slack
efficiently. Connectors must also be easily defined and accessed for maintenance
or reconfiguration with minimal disruption to adjacent connections.
|
Advantages
of Deploying Centralized Patching |
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Lowers operating
costs by greatly reducing the time it takes for modifications,
upgrades and maintenance
-
Enhances reliability
by making changes on the patching field rather than moving sensitive
equipment connections
-
Reduces risks of
downtime with the ability to isolate network segments for
troubleshooting and quickly reroute circuits in a disaster recovery
situation
|
Cooling
Servers and equipment are getting smaller, but more powerful to accommodate
the need for high-density data center installations. However, this concentrates
an enormous amount of heat into a smaller area.
Adequate cooling equipment is a must, as well as the use of hot
aisle/cold aisle configuration where equipment racks are arranged in alternating
rows of hot and cold aisles. This practice, which has met wide industry
acceptance, allows cold air from the cold aisle to wash over the equipment where
it is then expelled out the back into the hot aisle.
Power Requirements
Electricity is the lifeblood of a data center. A power interruption for even
a fraction of a second is enough to cause a server failure. Therefore, the
measures you deploy to prevent disruptions should be based on the level of
reliability required.
Some of the common practices include two or more power feeds
from the utility company; uninterrupted power supplies; multiple circuits to
systems and equipment; and on-site generators.
It's important to properly estimate your power requirements
based on the devices currently in use in the data center, as well as the number
of devices you anticipate are needed in the future to accommodate growth. Power
requirements for support equipment should also be included.
Prepare for Future
Businesses can optimize their data centers by selecting data center
infrastructure solutions that work together. By recognizing the value of the
data center infrastructure and its components, you can ensure that the employees
and customers have access to the servers, storage systems, and networking
devices they need to carry out daily business transactions and remain
productive.
Avoiding costly downtime, preparing for the future, and lowering
total cost of ownership with space savings, reliable performance, and effective
manageability are the ultimate means to a thriving data center and overall
successful business.
Dileep Kumar
product manager, Enterprise
Networks, ADC Krone.
vadmail@cybermedia.co.in
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