Computer Networking

If it is windows xp or above version. Goto Control Panel > Network Connections. If all your internet connections are listed there, select two or more (including your LAN) and select Bridge connections from the Right Click options menu. This will result an another network bridge which allows other PCs on the LAN to connect to the internet.

If you would like to know more about Multiple Internet Connections and its advantages like Load Balancing, Redundancy please visit this link to gain knowledge http://www.wanredundancy.org/resources/technology/networks-and-technology/multi-wan-broadband.html

A better option would be to use this

http://www.softpedia.com/progViewOpinions/MultiConnect-98000,.html

I am using it and its good

Disabling remote configuration just means the router will not be available to be configured from any outside (external) IP address in most cases. It will accept log in information only from a Local IP.

In most cases a class C block, such as 192.168.1.1 or 192.168.0.1.

As always check your manual for the router for the default assigned IP Address and the logins for the admin account.

Hope this helps!

The standard port that Remote Desktop Protocol (RDP) uses is port 3389. An example of an application that uses this port is TeamViewer. Applications such as Teamviewer allow a person to look on his own computer from, for example, his/her mobile phone or tablet.

An example of an application layer is a layer that carries out the requests or functions of computer users. But this application is not usually what the user sees; it works in the background. Users generally see a graphical interface (window) where they can enter information that is processed by the application layer.

You need a WAP - WIreless Access Point. This is a bridge device that connects the two types of networks together. Or, use a router.

Subnetting is essentially the modification of a single IP network to create two or more logically visible sub-sections. It entails changing the subnet mask of the local network number to produce an even number of smaller network numbers, each with a corresponding range of IP addresses. Subnetting is required when one network number needs to be distributed across multiple LAN segments. This may be the case in instances when: * A company uses two or more types of LAN technology (for example, Ethernet, Token Ring) on their network.

* Two network segments are restricted by distance limitations (for example, remote offices linked via point-to-point circuit).

* Segments need to be localized for network management reasons (accounting segment, sales segment, etc.).

* Hosts which dominate most of the LAN bandwidth need to be isolated.

No-IP is a service to use where you need a domain name when you have a dynamic address. If you want to assign a domain to a server, you generally have to have an IP address. That is fine until your IP address changes. With No-IP, there is a dynamic update client that keeps their server's names updated in DNS. So you don't need a static address to operate a home or small business server.

show ip int brief

One of the most recent and prominent reasons a person may switch to Ethernet is for the security. This is a highly secured connection compared to others.

The goal of the telecommunications industry is to provide reliable, widespread, affordable devices and technology that allow people all around the world the ability to communicate, work together, solve problems, and just keep in touch. The other basic goal is for the companies involved in this work to make a profit so they can continue to improve the ways in which this is accomplished.

The term typically used is the '3-way handshake'.

This is a network address.

Destination address is used to identify the recipient. Thus, a switch can send the frame out the correct port, and the receiving computer can confirm that the frame is for that computer and not for any other computer.

Source address allows the receiving computer to know where to send the reply. It also helps a switch learn MAC addresses (learn which MAC addresses are connected to which switch ports).

Destination address is used to identify the recipient. Thus, a switch can send the frame out the correct port, and the receiving computer can confirm that the frame is for that computer and not for any other computer.

Source address allows the receiving computer to know where to send the reply. It also helps a switch learn MAC addresses (learn which MAC addresses are connected to which switch ports).

Destination address is used to identify the recipient. Thus, a switch can send the frame out the correct port, and the receiving computer can confirm that the frame is for that computer and not for any other computer.

Source address allows the receiving computer to know where to send the reply. It also helps a switch learn MAC addresses (learn which MAC addresses are connected to which switch ports).

Destination address is used to identify the recipient. Thus, a switch can send the frame out the correct port, and the receiving computer can confirm that the frame is for that computer and not for any other computer.

Source address allows the receiving computer to know where to send the reply. It also helps a switch learn MAC addresses (learn which MAC addresses are connected to which switch ports).

TCP port 23

A Local Area Network (LAN) is typically a private network that is only visible behind your router or firewall. It is typically an TCP/IP based network with a NAT-type Firewall and/or Router that shares an IP address that is visible on the internet (sometimes referred to as a Wide Area Network or WAN).

An example would be two computers behind a residential router. The network between devices that allow them to communicate would be the Local Area Network.

A Peer to Peer (commonly abbreviated as P2P) network describes a type of ad-hoc network that typically allows the ability to search for and download files without having a specific central server.

A Peer to Peer Network and a Local Area Network are actually quite different. To put it in an analogy, a Local Area Network is like the postal service. It lets you send messages to other people. The Peer 2 Peer network would be what you send in the messages and how you find other people to share with.

There r two main differences between LAN & WAN: 1) network having fast speed at least 10 mbps is called lan while wan has slow speed as 64 kbps. 2) wan connects two lan far apart to each other using wan technologies such as leased lines, internet, frame relay, etc. while lan connects two systems/lans near to each other through ethernet/fast ethernet/gigabit ethernet.

It is cheaper.

When a signal is passed through a wire, some of that energy is radiated out into the air. That signal can cause interference with other receivers. By twisting the wire along the entire path, the signals get canceled and do not interfere with other receivers. As the frequency increases and the wavelength gets shorter, more of the energy is lost and can cause interference, even though the wires are twisted.

At high frequencies the central wire is completely surrounded by a metal covering. None of the signal can escape. This wire is much more expensive.

ATA = Advanced Technology Attachment and has speeds of up to 133 Mbps. Has a 40 pin connector. SATA = Serial ATA. Smaller connections and higher data speeds. See the attached link for a webpage with more info.
The SATA host adapter is integrated into almost all modern computers. The difference is sata is 7 pin connectoe and ata is 40-44 pin

HTTP Belongs to the Application layer. Other transfer protocols like POP,FTP,SMTP etc also belongs to this layer

Massive of range of cables. Generally speaking lighting 1.5mm cable. Power 2.5mm cable. Anything feeding an appliance up to about 9.5kw 6.0mm cable. Above that 10.0mm cable. Domestic feed 25.0mm cable (16.0mm earth) hundreds of different supply and demand sizes. Refer to bs7671 17th edition for more information.

HTTPS

A virtual network adapter can also be used with a virtual private network (VPN), which is a network that uses a public telecommunication infrastructure, such as the Internet, to provide remote offices or individual users with secure access to their organization's network.