WIRED INSTALLATIONS
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     CATEGORY 5E, 6 & 7  CABLING         FIBRE OPTIC LINKS        PHONE SOCKETS/VOICE LINKS

       TESTING & FAULT FINDING       ADDS,MOVES & CHANGES     COMMUNICATION CABINETS

General
Get Wired has undertaken network structured cabling projects at various locations including private & public: offices, factories, warehouses, schools, clinics, hospitals and data centres, with the highest of standards and the best of client and premise care.
With knowledge in working in high risk and 24/7 environments, Get Wired can make sure that the installation will be undertaken with the minimum of disruption.

Get Wired Engineers are fully trained to the latest TIA/EIA network cabling standards and can undertake installation from a single category 5e data point to full data network structured cabling system.

Get wired can also offer consultation, project management, network communications cabinets and hardware installation services. Get Wired  can also make arrangements for projects to be undertaken out of normal office hours to make sure of minimal disruption.

LAN (Local Area Network) Cabling Systems - Copper.
LAN cabling systems comprise of Category 5e, 6, & 7 single (8-core) copper cable installed onto RJ45 outlets to each required position within the installation from a main or remote communications cabinet, this is classed as a network data point. Each network data point is capable of carrying data and voice information via a network switch installed within the communications cabinet or voice services via a voice tie link panel installed within the communications cabinet to the local phone system. 

Within the communications cabinet the data points are normally presented onto either 24 or 48 port patch panels and at the floor positions the presented within single of double gang back boxes and faceplates. As a basic rule the cable for the data point should not be installed at over one-hundred metres (ninety metres for the basic point to point link and five metres for each end of the connection for fly leads). This type of connection can be installed internaly or externally.

Network traffic speed differs greatly dependant on network hardware and cabling system used, but 100 Megabits per Second is the most commonly used. Category 5e to 7 has been known to be able to have network traffic output of up to 1 Gigabit per Second, but this is more of a hardware selling point as this speed can not be fully guaranteed.

WAN (Wide Area Network) Cabling Systems - Fibre Optic.
WAN cabling systems comprise of either multimode of single mode (multi-core) fibre optic cable installed onto various types of connectors and is commonly known as a backbone cable, normally installed between main communications cabinets to remote communications cabinets where the length of the cable exceeds one-hundred metres and required network speeds exceed 100 Megabits per Second.
Within the main/remote communications cabinets the fibre optic link is presented into enclosure patch panels and connected to network hardware via either a stand alone or network switch fibre optic transceiver that converts the light signal.

Network traffic speed differs greatly dependant on network hardware and cabling system used, but multimode 1 Gigabit per Second is the most commonly used. With new types of fibre optic cable becoming available on the market, speeds of up to 10 Gigabit per Second can now be achieved. New types of multimode cable can be run up to one kilometre without any signal loss and is the most common type of fibre optic link used. Single mode is installed for long haul connections including multiple campus points in industrial estates and cities.   

MAN (Metropolitian Area Networks) Cabling Systems - Fibre Optic or Wireless
MAN cabling systems comprise of a single mode (multi-core) fibre optic cable installed by service providers like British Telecom. These links are installed between local sub-stations to the required buildings and allow for connectivity of the data network between the buildings. These type of fibre optic links normally run at speeds of either 10 Megabits per Second or 100 Megabits per Second. The link is also a lease line which means there will be an installation cost as well as a monthly or yearly lease contract with the supplier.

Alternatives include wireless bridges or laser links which have the added value of having only one fixed installation cost and periodic service cost which is included within the first years guarantee. The cost of the supply and installation of these products is normally recovered within ten months of use compared to lease lines.