Structured Cabling is an improvement over Conventional Wiring.

There are several reasons why a structured cabling system is preferred to conventional wiring systems. In a conventionally wired network, you’ll often see tangled wires and cables going from computers to the hubs and then off to a router.

This infrastructure was probably installed over a long-time by several vendors. A structured data cabling strategy takes a logical and longer-term approach. It explores where the cabling is needed and organizes it cleanly and within the network’s routers, switches, and hubs.

This high-level of organization in the cabling means that it will be simpler to install and troubleshoot everything on your network from VoIP phones to company servers and computers.

To avoid future disaster and downtime.

Most businesses have felt the pain of IT failure at one point. No matter the source, preventive disaster control can be achieved with a correctly labeled and organized wiring rack. Cat5 VoIP to giga-bit fiber cables are subject to damage over time. A well-documented clean installation with labeling will get your IT systems back online.

Yes, structured cabling will save money and time in the future.

Structured cabling is the implementation of a precise design for infrastructure cabling system that will support multiple hardware uses and be fitting for today’s requirements and the demands of the future.

With an accurately installed IT system, current and future requirements can accept new hardware that will be required for the future to support growing needs.

Every PC of IT Equipment benefits from structured wiring.

Structured cabling connects devices in an office together within a centralized IT infrastructure. A division of data and equipment into their own discrete sockets makes it easy to streamline your network IT infrastructure.

An example would be running power cables near data cables, which can cause disruptive noise in your system, reducing efficiency.

Structured cabling takes all types of possible issues into creating a robust network infrastructure.

CAT5e supports Gigabit Ethernet (1000BASE-T).

The bandwidth of the CAT5 cable is only 100 MHz, while the bandwidth of a CAT5e cable is 350 MHz With this higher bandwidth that Gigabit Ethernet (1000BASE-T) can be carried by CAT5e cables. The CAT5e cable is fully backwards compatible with CAT5 and can be used in any application in which you would normally use CAT5 cable.

Gigabit network speeds up to 328 feet.

Cat 5e has been around for years. It gave us the first look at what the One-Gigabit networks.

The minimum network should be a least a Gigabit CAT5e network. Cat 5e wirers are 24-gauge twisted pair cables, which can provide a Gigabit network speed at distances up to 328 feet.

CAT6A specification has a higher bandwidth and distance.

Cat6a maintains bandwidth frequencies of up to 500 MHz, twice the amount of Cat6 cable, and can also support 10Gbps. Unlike Cat6 cabling, Cat6a can support 10 Gigabit Ethernet at 100 meters.

In most cases, you will not need Cat 7 cable. Cat 6A cable is more than sufficient for most home and office networks, and it is much less expensive. Cat 7 cable is only necessary for very high-speed networks, such as those used in data centers.

As you can see, Cat 6A cable is capable of supporting speeds of up to 10 Gbps, which is more than enough for most home and office networks. Cat 7 cable only offers a slight increase in speed, and it is not widely available. Cat 8 cable is the newest and fastest type of cable, but it is also the most expensive.

Unless you have a specific need for a very high-speed network, Cat 6A cable is the best choice for most homes and offices. It is affordable, easy to find, and more than capable of supporting the speeds of most devices.