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Structured
Cabling Services
We design and install structured voice, data, and
video cabling solutions. |
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Partnered with over 25
years of installation experience,
we ensure a quality cable plant that will meet and
exceed your network expectations. |
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Standards
Structured cabling standards are used internationally and are published by
ISO/IEC.Additionally, Building Industry Consulting Service International is the main
certifier of structured cabling installers and plays a major role along with industry
leaders in developing and designing standards. |
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Design
Structured cabling design and installation is governed by a set of standards that specify
wiring data centers, offices, and apartment buildings for data or voice communications
using various kinds of cable, most commonly category 5e (CAT-5e), category 6 (CAT-6), and
fiber optic cabling and modular connectors. |
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Topologies
These standards define how to lay the cabling in various topologies in order to meet the
needs of the customer, typically using a central patch panel (which is normally 19 inch
rack-mounted), from where each modular connection can be used as needed. Each outlet is then patched into a networkswitch (normally also
rack-mounted) for network use or into an IP or PBX (private branch exchange) telephone
system patch panel. |
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Data Cabling
Projects
From hundreds to a single, we do it all and we follow the industry standards, we do it
right!
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Voice Cabling
Solutions
We cable for new installations, if you move we are right there with you and best of all,
we have the knowledge and experience, over 25 years. |
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Fiber
Technology
If you are thinking ahead and you're ready for a solid and fast structure, let us help you
design it.
Contact our cabling estimator to inquire about any structured cabling project, no job it
to small or too large |
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Partners
& Vendors
A company is only as good as the partners it has.
We work with industry leaders such as Leviton, Chatsworth, Superior Essex, Fluke, Mohawk
and others to create a formidable solution for all of your business needs.
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SERVICE
MENU
Please use the drop down menu below to select
and view a specific product and/or service we offer.
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Teldata
Enterprise Networks
11487 Woodside Ave.
Santee, CA 92071
Tel: 1-800-900-7547
Fax: 1-888-244-0932
Email:
service@teldata.com
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| CABLE TYPES Data cables are used to transmit
information between systems such as servers, personal computers and other hardware. There
are three main types of data cables used to transmit data: twisted pair, coax and fiber
optic cables. These three types of cables are used in different environments. These data
cables have different characteristics that make them identifiable.
Twisted pair cables are used
in telephony and computer networking. Most cable networks are wired using shielded twisted
pair, which is a type of data cable that has a covering to eliminate the amount of signal
degradation from other sources. Twisted pair gets its name from the twists in the wires
that span throughout the cabling. The twists in the cables also help protect the data
communications from signal degradation. Twisted pair cabling have a limit to how far they
can stretch before the signal becomes corrupted. The average length for a twisted pair
wire before signal degradation is 300 feet.
Coaxial (coax) cable is used
in older computer networks. Coax cable was replaced by shielded twisted pair as a standard
for computer networking. Coax is still used for cable networks to provide television
communication data. Coax cable is a large, round cable with an inner core wire that
transmits the data. Surrounding the core is an insulator and shield to protect the data
communication signal. Surrounding these parts is the casing. Coax cabling requires a
special connector called a BNC connector. Network cards for computers are purchased with
these connectors to cable this type of network.
Fiber optic cable is the
preferred option for fast data connections. Fiber is used by cable and telephony companies
to provide fast connections to the Internet. Fiber optics uses light and glass as the
mechanics for data communications. Fiber optic cable is very fragile due to the glass
parts of the cable. Fiber optic cable is light weight, and it does not have the signal
degradation problems that the other two data cables suffer. However, fiber optic
networking is more expensive and requires special network cards and hardware to transmit
the signal. |
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We've evolved into a company providing Phone/ Voicemail Solutions, IT Services, Telco,
Structured Cabling, Web hosting, Development & video security. |
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Did you know... Length
The length of a cable is one of the more obvious causes of attenuation because the longer
it is, the more resistance it has, and therefore less of the signal will get through.
To measure the length, a cable tester uses Time Domain Reflectometry (TDR). A pulse is
sent down the cable and when it reaches the far end it reflects back, by measuring the
time it takes to travel down the cable and back again, the tester can determine how long
the cable is.
To do this, the tester also needs to know how fast the pulsed signal is travelling, this
is called the Nominal Velocity of Propagation (NVP) and is expressed as a percentage of
the speed of light. The NVP is usually somewhere between 60% and 90% of the speed of
light, with most Cat 5E cables being around 70%.
Due to the twists in the cable, the measured length will be greater than the physical
length, so if a run looks like it might be over 80m it would be wise to check it before it
is tied up and terminated. |
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Voice Cables
We use Cat 5e and Cat 6 cables
Data Cables
We use Cat 5e, Cat 6 cables and Plenum
Patch Panel
For a cleaner look and easier maintenance a patch panel can be used to swap, connect or
reconnect extensions.
Switches
An easy way to add more data connections.
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Business Telephones SystemsWe offer a state of the art Telephone
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