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Low
Voltage Infrastructure Solutions:
Also
known as, Structured Cabling is a 'standards' based method of engineering
and installing an integrated data, voice and video cabling infrastructure
for your business. The challenge will be selecting a structured cabling
system that will meet both current and future needs. Whether those
needs indicate the use of Category 5e, or a Category 6 system, end-users
should look for systems that not only meets, but exceeds the current
bandwidth requirements. End-users should look for contractor with
a proven track record in the area of standards compliance who is prepared
to offer systems with performance guarantees that go beyond the minimums
currently defined for each category of cabling system.
Data Cabling:
Category 5e standard is generally accepted as the minimum requirement
for current data applications in new cabling system installations.
Category
6 is the current evolution of data cabling systems. It has the capacity
to be able to transmit data at higher rates with increased headroom
and throughput. More and more companies are investing in the future
of their networks with the implementation of a Category 6 cabling
system.
Voice Cabling:
Most standards organizations are recommending the use of the Category
5e standard in lieu of all earlier standards for voice networking
applications.
Video/CCTV:
Video/CCTV is a video surveillance system that allows you to watch
sensitive transactions or high-risk areas. This can be stored digitally
or on a standard VHS cassette.
Fiber
Optic Cabling:
Fiber Optic Cables consist of strands of optically pure glass as
thin as a human hair that carry digital information over long distances.
With nearly unlimited Bandwidth and the ability to transmit data
up to 2 Km. Fiber Optic Cable is the media used to provide most
Data Backbone Connectivity. Fiber Optic Cable is impervious to Electro
Magnetic Interference, better know as “EMI”. Depending
on end user requirements Fiber Optic Cable is available in both
50 micron multimode and 62.5 micron multimode, as well as 8.5 micron
singlemode.
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