The Cable Infrastructure Technical Specification

Gigabit ethernet connections for both the WAN and LAN ensure the fastest file transfer speeds available. This prevents any bottlenecks between the router and modem to take full advantage of your high speed internet connection. Additionally, file sharing between up to 4 ethernet connected home computers will be lightning fast.

It is in most cases used to connect multiple local area networks together to form a bigger network.

The OSI Model is a model is used to define how data is theoretically passed on a network. Each layer is responsible and has its own duties for a network. The name of layer 3 in the OSI is the Network Layer. This layer is responsible for creating the paths for the transmission of data across the network. This layer provides routing and switching capabilities, as well as, internetworking, congestion control, and packet sequencing (Beal, 1999).

NIC - A network interface controller (NIC, also known as a network interface card, network adapter, LAN adapter, and by similar terms) is a computer hardware component that connects a computer to a computer network

When first thinking of fixed line networks they think of the coaxial cable (coax) which connects to their television and twisted pair terminated with a RG-11 plug for their phones and faxes. There two variation of coax that are used in networking, thicknet (RG8) and thinnet

Ethernet is typically the technology that is used to allow computers locally to communicate with one another. Computers that are close to each other they are connected by Ethernet.

12. Category 5e/6 Cable : cabling is used as a cabling infrastructure for 10BASE-T (Ethernet), full duplex 100BASE-TX (Fast Ethernet) and 1000BASE-T (Gigabit Ethernet, or GbE) networks. The Cat 5e standard provides performance of up to 100 MHz and can be used up to a maximum length of 100 meters.

An optical fiber (or optical fiber) is a flexible, transparent fiber made by drawing glass (silica) or plastic to a breadth somewhat thicker than that of a human hair. Optical fibers are utilized regularly as a way to transmit light between the two closures of the fiber and find wide utilization in fiber-optic communication, where they allow transmission over longer separations and at higher bandwidths (information rates) than wire links. Fibers are utilized rather than metal wires in light of the fact that signals go along them with lesser measures of loss; moreover, fibers are likewise resistant to electromagnetic impedance, an issue which metal wires experience the ill effects of excessively. Fibers are additionally utilized for

If you're someone who tends to be a little impatient and loves instant gratification, fiber optic internet is for you. With a reputation as the internet of the future, this option for high speed internet in Shreveport uses glass-fiber cables and light technology in order to transport the connection into your devices. Keep in mind that there are some areas where fiber optic internet is available yet. However, before long, people will realize the beauty of this broadband internet in Shreveport and jump on board. It's also one of the most expensive out of the bunch. If this option for high speed internet in Shreveport is available in your area and feasible with your budget, give fiber optic internet a try. You might like

The Connector, model version 10L, would be Netlink's first major product introduction since the company

It is expensive for people from the average or lower income group. During periods of recession, the sales of this product will decrease as it is considered a luxury good and people will think about their immediate needs first rather than SCiO. Another issue is time, it took them long to produce this technology and its inability to scan things from

Topology: The current network was able to mix different speeds to match departmental needs. The physical topology in use is linear bus topology which also translates to a logical bus topology. The cable in use being Thicknet gives extended length allowance which is 500meters for a given segment and 2500 meters total cable

To provide the speed increase from 100 Mbps Fast Ethernet up to 1 Gbps, several changes needed to be made to the physical interface of Gigabit Ethernet versus Fast Ethernet. It was decided that Gigabit Ethernet will look identical to FibreChannel at the physical layer. By taking advantage of the existing high-speed physical interface technology of FibreChannel while maintaining the IEEE 802.3 Ethernet frame format, backward compatibility for installed media, and use of full or half-duplex carrier sense multiple access collision detect (CSMA/CD), customers will be able to use their existing knowledge base to manage and maintain gigabit networks. They would not have to throw away their existing network infrastructure.

Abstract— This paper explains about the Evolution of fiber optic networks in Communications. It describes in detail about the Optics communication model and also detailed MATLAB work on calculating the parameters that are required to setup a optical link. It also emphasizes on different bands employed in Communication systems. The section three of the paper describes briefly regarding Synchronous Optical Networking (SONET) and Synchronous Digital Hierarchy (SDH). The SONET networks topology and their hierarchy is also described in this paper. The data rates of Sonet/Sdh and the optical market highlights are described at

Fiber optic cabling has the following components (starting in the center and working out): core, cladding, coating, strength member, and jacket. The design and function of each of these will be defined. The core is in the very center of the cable and is the medium of propagation for the signal. The core is made of silica glass or plastic (in the case of POF) with a high refractive index. The actual core is very small (compared to the wire gauges we are used to). Typical core sizes range from 8 microns (millionth of a meter) for single mode silica glass cores up to 1000 microns for multi mode POF. The cladding is a material of lower index of refraction which surrounds the core. This difference in index forms a mirror at the boundary of the core and cladding. Because of the lower index, it reflects the light back into the center of the core, forming an optical wave guide. This is the same effect as looking out