February 3rd, 2012
The job of an office or commercial router is to connects two or more computer networks and interchange packets of data between them. Each packet of data contains source and destination address information that the router can use to determine whether the data has to be sent to another network via a different router. When a number of routers are used to control the sending of data amongst a number of interconnected networks, the routers exchange information about target system addresses,’ In this way each router builds up a table of the preferred paths between any two systems on the interconnected networks. There is also a domestic router, which is better known as a residential gateway.
The best router for gaming online without any doubt at all is a router that uses the latest 802.11 n technology. The best router for gaming online also uses MIMO (multiple input, multiple output) antenna technology to transmit and receive more data at the same time.
Intelligent antennas combine streams of data arriving at different times from various signals bouncing off walls, floors, and ceilings. Cheap wireless routers typically have two receiving and transmitting antennas; midrange and high-end models usually have three of each.
The best router for gaming online will also be dual band so that it can make use of the older 2.4 GHz frequency and the newer 5 GHz frequency which is used by far less people.
Cheap Wireless Router
A cheap wireless router these days will be one of the older generation 802.11 b or 802.11 g. However, the traffic on the frequency, 2.4 GHz, used by these cheap wireless routers is heavily congested, especially in cities, so it is better to go for a new 802.11 n series, if you can stretch to it. The 802.11 n is also six times faster than a cheap wireless router.
Internet Router
The real name for what most people call an Internet router is a residential gateway. It is a splitter or switch. The line from the Internet Service Provider plugs into the Internet router at a point usually called ‘Line’ or ‘Line In’ then the computer or computers plug into the other sockets. This allows you to share the line with several household computers via the Internet router. The Internet router also allows you to network your home computers.
Wireless Broadband Router
There are various technologies of wireless broadband router which can be seen as a progression of the technology or the family of wireless broadband routers. The first two in the group were 802.11 b and then 802.11 g, which use the now very busy (read ‘overcrowded’) 2.4 GHz traffic band. The latest addition to the family is the 802.11 g, which can use 2.4 GHz or 5 GHz. Read the relavent pages on this site for more information on the wireless broadband router.
Wireless N Router
The wireless N routher series can typically handle up to 300 megabits per second compared with the 54 mbps of the older 802.11g generation. This makes the wireless N router one of the quickest, cheapest and easiest ways to improve the speed of your network. However, the price and the performance of the wireless N router series varies a lot. See our page on the wireless N router for more details.
February 3rd, 2012
The wireless N routher series can typically handle up to 300 megabits per second compared with the 54 mbps of the older 802.11g generation. This makes the wireless N router one of the quickest, cheapest and easiest ways to improve the speed of your network. However, the price and the performance of the wireless N router series varies a lot. See the rest of this article below for more details about the wireless N router.
802.11n is the third generation for home computer wireless transmissions. It is backwardly compatible with the previous versions 802.11b and 802.11g. 802.11n is both faster and able to send and receive over longer distances. It is not guaranteed that these early wireless n routers will be compatible with future wireless n router units as these are called ‘draft’ wireless n routers’.
The majority of wireless n routers have at least three MIMO radios and antennas and three or four 10/100 Ethernet switches in order to plug in computers that do not have wireless capabilities.
In fact, these draft n wireless routers are a big improvement on earlier n routers. In the early days, a few years ago, the wireless n router was often not as good as the best wireless g routers on the market. In many cases, 802.11n technology was not as good as 802.11g. Compatibility of equipment between vendors was particularly ropey.
These problems have largely been cleared up with modern units sporting wireless n router technology. This 802.11n router technology is the first one that can compete for speed with ordinary wired Ethernet connections (100 mbps) because they promise to run at 300 mbps over 1,400 feet compared to the 54 mbps and 300 feet of the 802.11g series.
Therefore, if you are looking for ways to speed up your home or small office wireless network, buying a wireless n router is the single best option. However, the easy bit ends there. There are several dozen different types of wireless n router. This is reflected in the range or prices which vary from $50 to $250 and even more.
There are three broad bands of wireless n router. First, there are those that are faster and have greater range, but which will not achieve the maximum specifications of 802.11n. Then there are 802.11n enabled routers that have the full power and full range, but do not sport all the features and lastly there are the routers that are full-specification 802.11n.
That is, they work at full speed, over the full distance and can switch automatically between b, g and n technologies to take advantage of whichever one is working best in that area. This is because 802.11 B and G work at 2.4 GHz, but a wireless N router will also work at 5 GHz
Because it is quite difficult to choose the correct wireless router for your needs, it is worth going to a reputable shop. It is also worth buying a higher spec model than you really need. Therefore, getting a wireless n router is a necessity, but whether you get the mid-range or top of the range wireless n router depends on finances and what you want to use it for.
February 3rd, 2012
There are various technologies of wireless broadband router which can be seen as a progression of the technology or the family of wireless broadband routers. The first two in the group were 802.11 b and then 802.11 g, which use the now very busy (read ‘overcrowded’) 2.4 GHz traffic band. The latest addition to the family is the 802.11 g, which can use 2.4 GHz or 5 GHz. Read the relavent pages on this site for more information on the wireless broadband router.
A wireless broadband router is a form of residential gateway. A residential gateway allows a home user to connect several computers to the Internet. For example, you plug the line from your Internet Service Provider into the residential gateway and then you plug your home computers into the gateway as well. This provides you with a group of interconnected computers, also called a LAN (Local Area Network) which are connected to the Internet by a single wire.
If you use a wireless broadband router you can connect your computers together and to the Internet without wires. This makes for a cleaner appearance and more freedom of movement. Most earlier wireless broadband routers transmit for a distance of up to fifty metres whereas the more recent ones will transmit for a hundred metres.
Originally, the term ‘residential gateway’ was invented to distinguish cheaper, less advanced models from the high-end routers. These days, however, even cheap ‘residential gateways’ have many of the capabilities of previously high-end professional routers. A good example of these modern residential gateways is the wireless broadband router, which is a common sight in homes, offices and hotels these days.
A home wireless broadband router tends to have plenty of interfaces, powerful functions and a powerful, user-friendly interface. A wireless broadband router is a manageable terminal usually with auto-configuration of the carrier network, remote control and detection.
Most wireless broadband routers provide additional services as well. Services such as IP address routing; network address translation (NAT); DHCP functions; firewall functions and LAN connectivity. Routers are generally self-contained devices which rely on hard-wired internally stored software or firmware to operate them. They can usually run with any operating system as they are so-called ‘OS Independent’.
A wireless broadband router performs all the functions of a normal router, but connects to the computers without the use of wires. A wireless broadband router uses 802.11 technology to transmit and receive data. The first wireless broadband routers were 802.11 b technology. Then came 802.11 g and now 802.11 n.
These technologies are backwardly compatible. 802.11 b and g work on the 2.4 GHz frequency, which means that the frequency can be very clogged in busy cities. They work at 54 MHz, so are quite slow compared with a plug-in connection. 802.11 n, however, is dual band, which means that it can work on the 2.4 GHz or 5 GHz frequencies It also works at 300 MHz.
This gives a modern wireless broadband router a huge increase in potential connectivity depending on the facilities that are in use in your area.
February 3rd, 2012
The real name for what most people call an Internet router is a residential gateway. It is a splitter or switch. The line from the Internet Service Provider (ISP) plugs into the Internet router at a point usually called ‘Line’ or ‘Line In’ then the computer or computers plug into the other sockets. This allows you to share the line with several household computers via the Internet router. The Internet router also allows you to network your home computers.
Despite the common use of the phrase ‘Internet routers’ for home computer use, Internet routers are really, or at least originally were, designed for the workplace. Internet routers are really specialized computers that interconnect computers on a network and also interconnect different networks.
For example, if computer A wants to send a message to computer B, computer A sends the message to the nearest router; that router looks up the location of computer B and sends the message to the nearest router, if there is one, and then it s passed to computer B.
This process can take place in a room, in a building or from one side of the world to the other. Therefore, an office building with departments on different floors may have a router on each floor which are connected to a main, central router and that router is usually also connected to the outside world or ‘wide area network’ and or the Internet.
The incredible thing is that a message can be typed at a desk in one country, pass through a dozen routers and land at the right desk on the other side of the world in a second or two.
So why do we call residential gateways, the devices that we use at home, Internet routers? Well, our home systems are becoming more and more sophisticated every year and nowadays many home set-ups resemble an office. Some of them are probably more sophisticated than most office set-ups of ten years ago.
Firstly, it is not uncommon for there to be two, three or even four computers in a house, especially in a house with teenage children; secondly, these computers will be accessing the Internet; thirdly, they will be accessing the Internet from one ISP, one incoming line and fourthly, all the computers will be interconnected.
In this case the residential gateway is performing the same tasks as an office Internet router. This is why the terminology is becoming blurred. The home computer environment more resembles a small office-home office (SOHO) situation than ever before.
And don’t forget people’s obsession with sending instant messages, how do you think that they get to the intended recipient so quickly without mistakes? Internet routers, of course!
Internet routers in homes and offices pick up your ‘instant message’ and route it to the service provider; once it gets to Yahoo or MSM, their routers send it out to the correct recipient; when it arrives in the recipient’s building, the router there decides where to send it.
If all the computers in a household are linked via a router, you have a ‘local area network’ (LAN), which means that you will be able to send messages and access all the data on all the computers within the house without going on the Internet, because your Internet router will handle the traffic internally itself.
