LANs, or local area networks, are small-sized sets of connections that are primarily connected to multiple home and office computer users. LANs facilitate the sharing of printers, drives, and files while regulating sharing to and from the Internet.
Despite the fact that “Wi-Fi” connections are becoming so prevalent, the use of LAN cables still applies specifically to large networks with combined wireless and wired networks. This type of network system plays a very important part in the overall operation of large networks. Therefore, before building a large network system, you must know and understand how to manage a cable network well.
Setting up a fast LAN is necessary to meet the current and future needs of your network services and applications. By tradition, the unshielded twisted pair or UTP structured cabling system provides fast and reliable connections using high-speed technology: Ethernet or Gigabit Ethernet (GE). For potential development of your wired network, GE is suggested for LAN backbone cabling. The use of GE or even faster Ethernet in conjunction with fiber optic backbone is mandatory for spreading fast LANs.
To have a fault-free, high-performance cable connection, a perfectly designed cabling system is necessary. There are sets of standards and requirements for setting up a system for a computer network. LAN cables commonly used in the network are classified into coaxial LAN cable, shielded twisted pair (STP), and unshielded twisted pair (“UTP”). On the other hand, the coaxial type is no longer used today due to the Fast Ethernet era where UTP cables are the most demanded.
Additionally, network users can connect with one of many kinds of LAN connectors depending on the type and age of the device. No matter what type of connector is used, LAN connectors perform a similar function that transmits data between the connected network and the computer. By sending data through the LAN connector, the computer can share and exchange information with the other units of the computer. They can also get data on devices located around the world, as long as they have access to the Internet. The connector uses protocol depending on the type of network to which the device is attached. However, most of the updated connectors break the data into packets or small segments. In addition, they designate an IP or Internet Protocol address that matches the destination of the packet and send it through the cable of the connected system.
Regardless of the type of LAN connector, be it wired or wireless, coaxial or Ethernet, they are the primary crossover point for the Internet, local network connections, and computer equipment. Computers continue to be the main channel of access to the Internet and the main means of operating and designing Internet services, and these connectors play an important role in advances in computer technology.
Many users enjoy the application of LAN cables and connectors because they are the primary link between a computing device and local area networks as well as the Internet. Users can exchange and share information, music, movies and files with users, either on local computers or connected anywhere in the world. However, in addition to the benefits and importance of LAN, using the system also carries risks. The user may produce the possibilities of electronic infringement; Also, any networked computer can find hacking threats from other users.