Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

The majority of homes and households around the world today use either a cable modem or some similar kind of broadband internet connection. Most houses usually have multiple computers but only one internet connection. Using the right hardware it is very easy to share or split an internet connection and share it amongst a number of computers. One such device that makes this possible is an ethernet cable splitter. This is a generic term that is applied to a variety of hardware that makes connection sharing possible. Read on to discover a common computer setup that could benefit from an ethernet splitter and the difference between this and other hardware such as hubs and switches.

Homes, offices and universities all usually have one or just a few internet connections. The truth is that if every computer on the planet had its own internet connection, the internet wouldn't work. The internet uses IPs to locate and identify computers and there currently are not enough IPs to go around if every computer connected at once. This is where ethernet splitters come in. Using a splitter you are able to connect multiple computers to just one connection. This is possible because the cable splitter actually connects to the internet itself and then it simply shares or grants access to any computer that connects to it. This means that the computers aren't directly connected to the internet, instead they go through and use the connection the ethernet splitter has created. This means an almost unlimited number of computers can use a single connection, but one down side is that the computers will all usually have the same IP. This is a small price to pay for the convenience such a device offers.

So what's the different between a cable splitter to share an internet connection and other devices like hubs and switches? Hubs and switches are not capable of sharing an internet connection; instead they are used for connecting networks or LAN's together and making communication between the two possible. LAN's commonly exist in offices and homes and allow multiple computers to share files and even printers. However, they can't share a single web connection with computers on the LAN. What they can do is connect computers together and then allow them to connect to a cable splitter which then passes the internet connection back through the hub or switch to all the computers on the LAN.

If you still aren't sure about what the difference between an ethernet cable splitter and hubs or switches is then just remember if you want to share the internet you need a cable splitter. Another common name for these splitters is a router, and using a router is the only way you can share an internet connection. The next time you visit your computer store, just tell the sales person you are looking for a router to share an internet connection with and they'll be able to point you in the right direction. Hubs and switches are for internal networks and not internet sharing. These devices are more suitable to sharing files, printers and other things in a local network and you commonly find them in offices, schools and some homes.

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router
Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

BestCustomerReview

How to affix your PS3 animate to your wireless modem

How to affix your PS3 animate to your wireless modem

Video Clips. Duration : 2.50 Mins.

How to affix your PS3 animate to your wireless modem
A how to video on how to connect your PS3 system to your wireless modem.
How to affix your PS3 animate to your wireless modem

How to affix your PS3 animate to your wireless modem

How to affix your PS3 animate to your wireless modem

How to affix your PS3 animate to your wireless modem

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

ItemFeatures

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router
Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

ItemOverviews
Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router Specifications

ItemSpecifications
Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

*** Product Information and Prices Stored: Ethernet Cable
ItemPostTime

Ethernet Cable Splitter - Sharing an Internet Connection the Correct Way With a Router

Network Interface Cards (NIC)

A NIC (network interface card) is designed to communicate over a computer network. It allows users to connect to each other either by using cables or wirelessly if the NIC is a wireless NIC (WiFi/WNIC). Every entity on a network, a PC, printer, router, etc., that needs to communicate with other devices must have a NIC if it is to communicate over the network. On older computers, the NIC is probably an expansion card, usually PCI or PCI express. High performance cards can cost less that . NIC functionality is now often integrated into the motherboard chipset or implemented with a dedicated Ethernet chip on the motherboard.

Network Interface Cards (NIC)

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

Video Clips. Duration : 3.33 Mins.

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision
This video shows you how to reconfigure your Simpler Networks powerline adapters, but the same steps also apply if you have Arcnet powerlines. For Arcnet, the 'Link' button is on the front panel, next to the lights instead of on the top next to the Ethernet socket.. You may need to do this if you have a C0 error, V04 error or see a 'Please Wait' screen on your BT Vision service.
BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

BT Vision: How to reconfigure white Simpler Networks or Arcnet powerline adapters for BT Vision

A similar situation is true for laptop computers. At one time, a PCMCIA network card would be used in a laptop computer for the NIC just as the PCI card was used in desktop computer, but now, NIC functionality is often integrated with the motherboard.

Ethernet Cable

Network Interface Cards (NIC)

Ethernet is the dominant standard for cable connections for wired computer networks. An Ethernet connector looks similar to a telephone connector, only larger. This connector is called "RJ45". Ethernet cables are either a shielded or unshielded cable of four twisted pairs of 24 AWG connectors, specified at 100 ohm impedance. Maximum cable length for CATX cables is 100 meters.

Network Interface Cards (NIC)

No URL

Early versions of Ethernet cables were CAT3 or CAT4 (CAT being short for category). These versions were not long lived. CAT5 and CAT5e are currently the most commonly used cables (bandwidth of 100 MHz, 100 Mbps), with CAT6 (bandwidth of 250 MHz, 1 Gbps) available and the configuration of the near-future. A CAT7 cable (bandwidth of 600 MHz) specification is in development, and should be available in a few years.

Each Ethernet NIC has a unique serial number called a "media access code" (MAC address) that is used to identify the NIC and associated computer on the network. No two NIC will have the same address, because the NIC manufacturers must purchase blocks of addresses from the Institute of Electrical and Electronics Engineers (IEEE).

NIC cards are capable of different speeds. Speeds of up to one gigabit per second (Gbps) are now available. Two NIC can communicate if they differ in speed ratings, but they will communicate at the rate of the slower NIC.

On a very simple network, NIC can be used to link personal computers (PC). If the computers are connected directly to one another, the network is a "peer-to-peer" (P2P, also called an "ad hoc") network. If computers are connected directly to one another, a "cross-over" Ethernet cable is needed (also called a "Null-Modem cable"). This cable is not "straight-through" like standard Ethernet, but crosses the send and receive connectors, so that send line from computer A connects to the receive line of computer B.

For networks of a few computers, a "hub" can be used, with all of the computers connected to the hub. Any message sent from any PC will be seen by all of the computers, but only the computer with the correct MAC address will receive the message. P2P networks are useful for many purposes. File and printer sharing are the most common applications.

Networks with more than four active computers at a time will benefit from using a "network switch" instead of a hub. A network switch will direct the message to the appropriate destination, instead of each message packet being broadcast across the network. Computer A can send a message to computer B, while simultaneously, computer C sends a message to computer D. This increases the efficiency of the network. This is a simple form of a server network. An example of a client-server design is a computer server where the clients initiate a download or upload of files and the server reacts. The server would also often be responsible for interacting with printers and other servers on other networks, including satellite networks (SATCOM) or the Internet.

"Latency" is the delay caused by a network to communicate data. Latency causes not only slow service, but can result in data loss as well. Latency is usually tested by sending a message packet that is immediately returned to the sending computer. The round-trip time is defined as the latency.

Networking performance can be optimized for either latency or throughput. Networks can use a technique known as "interrupt moderation" to increase throughput and lower CPU utilization by queuing message packets and issuing fewer interrupts to the CPU. A network optimized this way would favor large transfers, reducing transfer overhead. CPU and network throughput benefit, but network latency would increase. The alternative is to fragment each message and pipeline the fragments through the network. Multiple paths from source to destination can allow overlapping. Latency can also be addressed with techniques such as prefetching (anticipating the need for data requests) and/or using multiple execution threads (multithreading).

There are two indicator LEDs on a typical NIC. A single lit green LED indicates the computer is connected to the network. This is called the "link" light. The second LED is amber in color. A flashing amber LED indicates message packet collisions are occurring. Occasional collisions are normal on a busy network, but a frequently lit amber LED is an indication of problems. A quickly flashing link LED (green) is a network activity indicator, meaning that communication is occurring. If the green link light is off, and the amber LED is blinking, then the NIC is in "power save" mode.

A wireless network interface controller (WNIC) is a NIC for connecting to a wireless network (WiFi). The standard for WiFi is IEEE 802.11. A WNIC uses an antenna to communicate with an Rf signal, most often at 2.4 GHz. Wireless connectivity development in recent years has closely paralleled wired connectivity. Like its wired cousin, a wireless card was once integrated with a PCI or PCMCIA add-on card. Now, integrated WNIC's are becoming common, especially for laptop computers.

Network Interface Cards (NIC)

Ethernet Cable

ItemTitle

ItemTitle
ItemMediumImageUrl

BestCustomerReview

[if ItemFeatures]

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

Tube. Duration : 1.40 Mins.

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz
Características Principales Pantalla táctil de 7 pulgadas - Respuesta muy precisa Procesador VIA WM8650 800MHz + DSP 300 Mhz 256Mb de memoria de proceso + 2 Gb de memoria interna de almacenamiento Ampliable mediante MicroSD Android 2.2 Cámara de 1.3MP Conectividad a red WIFI 802.11b/gy conexión por cable a RJ45 Conexión de 3.5 mm para auriculares Altavoces integrados Batería Li-ion recargable integrada y cargador. Android Market instalado Opcional 3G externo El paquete contiene 1 x Tablet PC de 7" 1 x adaptador para conexión de red RJ45 y 2 entradas USB 1 x adaptador AC (Cargador) 1 x Manual de Instrucciones Regalos extra: HUB USB para PC, Funda de Neopreno para Tablet 7" y alfombrilla de ratón. Especificaciones Técnicas Conectividad a redes Ethernet RJ45 por cable y conexión Wifi CPU VIA WM8650 800MHz Memoria 256 Mb Memoria de Almacenamiento 2GB Pantalla 7 pulgadas táctil con resolución 800x480, y aspecto 16:9 Ranuras y Conectores 1x auriculares 3.5mm, 1x conector para RJ45, 2x conexiones USB2.0, 1x conector de 30 pines, 1x lector MicroSD integrado Formatos de Video Soporta AVI, MKV, 3gp, RM, RMVB, etc Visores de Office Word, Excel, Powerpoint, PDF, Visor de Imágenes, Otros Google Chrome. Fring, Skye,MSN... Peso 350 gramos Tamaño de la Caja (LxAxA) 23cm x 16cm x 7cm Tipo de Caja Caja decorada - Paquete original
WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

WWW.ZOQUING.COM: Tablet PC 7" Android 2.2 800 Mhz

ItemTitle

ItemFeatures

ItemTitle

[endif]
[if ItemOverviews]
ItemTitle
ItemTitle

ItemOverviews
ItemTitle
[endif]
[if ItemSpecifications]

ItemTitle Specifications

ItemSpecifications
ItemTitle
[endif]

ItemTitle

*** Product Information and Prices Stored: Ethernet Cable
ItemPostTime

ItemTitle