Voice and Data Cabling

How We Can Assist You

Our cabling services include:

  • UTP Cabling Category 5E, 6 and 6+ Copper Solutions
  • Multimode and Single Mode Fiber Optic Systems
  • Coax Cabling
  • Horizontal Cabling Systems
  • Backbone Distribution Systems
  • Horizontal and Backbone Cabling Pathway Systems
  • Telecommunication and Equipment Rooms
  • Fire-stopping and Grounding and Bonding Systems
  • Testing and Certification to TIA\EIA & BICSI Standards
  • Extended Warranties on installation
  • AutoCAD Documentation

Products include:

  • Panduit
  • CommScope
  • Systimax
  • Leviton

On-Premise Structured Cabling

Category 3

Cat 3, the abbreviated term for Category 3, is an unshielded twisted pair (TP) cable used to carry voice and data at speeds of up to 10 Mbps. Cat 3 cable, like its other counterparts, is designated by cabling standards defined by the Electronic Industries Alliance (EIA) and the Telecommunications Industry Association (TIA). Cat 3 terminates on an RJ-11 jack.

Category 5

Cat-5 cable, commonly referred to as Ethernet cable, is the industry term used for Category 5 cable, a current standard for network and telephony wiring. Cat-5 cable is unshielded cable containing four color-coded pairs of 24-gauge twisted wire, terminating at a RJ-45 interface jack. A certified Cat-5 will have "Cat-5" printed on the shielding.

Category 6

Cat 6, the abbreviated term for Category 6, is a cabling standard used primarily for Ethernet computer networks, security systems, and telephony services. Cat 6 cable is backward compatible with the Cat 5, Cat 5E, and Cat 3 cable standards. Category 6 cable is designed for transmitting voice and data at speeds up to 155 Mbps.

Fiber Optic Cabling

Fiber optic cabling uses light to carry digital signals through optical cables. These cables are thin glass wires made from pure glass. Fiber optic technology employs the concept of light reflection as its means of transmission. Light carrying digital signals is reflected inside the optical cable to transfer information. Internal reflection is the driving principle behind the use of this technology.

Backbone Cabling

The backbone cabling system is designed to provide the interconnectivity between telecommunications rooms, main and independent equipment rooms, and utility entrance facilities. It employs backbone supply cables, independent and main cross-connect panels, wire terminations, and patch cords or wire jumpers used for backbone-to-backbone cross-connections. The backbone is also used to extend between buildings in a large campus environment.