Network Cabling Los Angeles

My name is Mark Young and I run the leading Network Cabling company in Los Angeles. We have been in business for the past 10 years with hundreds of successful installations. We will complete any project with competitive pricing and no company can provide you a smoother process from a FREE Quote and on-site assessment to our flawless installations. I put my name on the line every time I take on a project and GUARANTEE your satisfaction!

We are the Los Angeles leader in the following services:

Network Cabling Infrastructure Design, Installation & Certification

Data Cabling, Voice Wiring, Audio/Video Cable

Fiber Optic Cabling

Audio/Video

Audio Distribution, Video Distribution & Conference Table Data Systems

What is a Network Cabling Company?

A cabling company is your first line of expertise and protection in the field of Network Cabling. I am an expert in the field of Network Cabling and have built relationships with quality technicians who can flawlessly carry out any project in the Network Cabling Arena. I personally lead a team on every project and will cater to every one of your needs so you are 100% satisfied.

The Facts About Us

1. We have been serving Los Angeles for over 10 years.

2. We provide the lowest prices.

3. We will be honest with you.

4. We have hundreds of high-profile clients that are 100% satisfied. You will be too!

What is Network Cabling?

Do not let the mention of network or cabling stress you out. Network & Cabling are vital components of today’s high-tech world, but the reality is that the concept of network cabling and many of the details involved are quite simple. For example network cabling, when simplified, is connecting various components, or pieces, together to allow data, or information, to pass between them. That’s all there is to it. Now, you are ready for some of the details involved in this fundamental concept.

What is a Local Area Network?

A local area network (LAN) is typified by what is comparatively a small geographic area. This can be put into perspective by considering that a wide-area network (WAN) may span the globe or space. Another significant characteristic of a LAN is that they typically achieve higher data transfer rates compared to WAN’s.

In the developmental days of of the 1970’s saw a number of attempts to develop viable LAN methods. It was XEROX that finally developed Ethernet which continues to be one of the most common LAN options today. A number of developments have occurred in the various component fields of LAN since its inception decades ago but some of the original brands and concepts have continued a process of innovation that has allowed them to maintain their presence in LAN and WAN. Switched Ethernet for example has become the most common protocol on LAN’s today.

In the simplest implementations of a LAN you may simply have two computers connected by a single cable. This can typically be completed with an Ethernet cable and the software that is include with the computer’s operating system. Everything from switching (various processes used in routing data from source to destination) to recognizing additions to the network has become automated. This level of automation has resulted in fewer instances of data loss resulting from data collisions (two machines attempting to transit data at the same time. In the past commonly both data packets would be discarded).

In some cases the addition of multiple other computers may be desired. If that is the case there are multiple options for the physical cabling of the network. Among these are a star network, a mesh network, a ring network or a bus network. Each has possible benefits to be taken advantage of and each possible drawbacks.

The basic bus network is considered to be one of the most stable network designs. The design of the network is one that involves connecting each node (workstation / computer) to a single “bus” line. Among the benefits are the fact that nodes can continue to work even if some stop working. However due to the linear nature of the cabling cable loss (loss of data that occurs over the length of cable) can become a factor if the nodes are not located close together.

A ring network is one where the nodes are connected to each other then connected to a hub (central point through which data is routed in a network). The benefits of this sort of network is that less cable may be required, especially if the nodes are spread around. In some cases nodes (workstations) may be cut off from the network when other nodes (computers) stop functioning.

In cases where redundancy is required or preferred a mesh network may be preferred. The design in a mesh network is one that involves cabling each node in the network to each other node in the network. The result is a highly stable network that allows constant connectivity and redundancy.

When you recognize that a network is simply connecting nodes (computers / workstations) the nearly infinite possibility of networking options, and their various benefits and drawbacks, become apparent.