Structured cabling enables networks that are adaptable and scalable
For proper business communications you need a structured cabling system with associated hardware and software that work in a connected and integrated manner. If you need a structured cabling solution in Kenosha WI, Madison WI McHenry IL, Chicago, Elgin, Elk Grove, Gurnee or Joliet IL then CPS (Computer Power Systems) can help.
A proper cabling system enables you to have voice, data and multimedia communications and information across your network. With a structured cabling solution your network is not device dependent and will be scalable to match future growth and expansion.
You have complete ownership of your structured cabling system as it begins where your service provider’s network terminates. This is known as the point of demarcation. For example your telephone service provider will connect your network to theirs at the point of demarcation.
Your cabling requirements will further be determined by the type of building you occupy, the functionalities you require and the presence of existing cabling system or network. One of the main benefits of a structured cabling solution is that the installation has to comply with industry standards. These standards are determined by bodies such as ANSI (American National Standards Institute) as well the TIA/EIA.
This means a structured cabling system has to be designed and installed in a manner that ensures it meets required performance standards and that it is capable of accommodating increasingly complex networks.
A structured cabling system has a consistency in terms of design and installation and conforms to physical transmission requirements. Such a cabling system can easily be maintained and upgraded and is explained and detailed by uniform and clear documentation.
So whether you need a large network, multiple work groups or a small local network, ensure your network is built on structured cabling solutions. This way your network will be able to handle the required work load and will also be adaptable and scalable.