Broadband Internet

Cox gets third-place in some creditable rankings in the East and West regions of the country, and it comes in either first or second for user satisfaction (against Verizon) in other areas. So, by all accounts, no, Cox does not have *the* best high speed internet available.That said, Cox might be the only available service to you, depending on where you are. And it might be the best of your available options, depending on where you are. In no case is Cox a bad choice: at its worst, it's third in a long list of contenders.

First modem is the one device that connect the telephone with compute. But Now the days modem is used direct in the laptop and we are use the internet with help of the modem. Modem is provide us lot of facilities to use the new any were and very helpful for us. So this is a some important point of the modem..

these few words are written by SSS

The price of a sky phone line depends on various factors like from which buyer one purchases the phone line and how much the seller wants for it. The average cost is around $20 a month, but can increase to $30 a month.

Firewall

MBPS means Mega byte per second .It is actually the band width.In digital communication Bandwidth is measured in byte/second.

Internet speed is usually quoted in Megabits per second. 1 byte = 8 bits.

It might refer to high speed internet but for todays applications that is really slow. You would not be able to stream, download or do a lot of stuff with that kind of speed. There is a reason they use Mbps for speed nowadays. Look into IVC Telecom for high speed internet plans in Canada.

no, a modem is slow and you would be better buying a router

There are many types of products offered by BT Broadband. One can choose a package deal that best suits their needs. There are family protection services, unlimited wi-fi and smart talk to name a few.

About 7.5Mbps

Depending on your service provider your speed of wireless internet service can vary about 20 Mbps. The average performance from a cable modem connection is appoximately 30 Mbps, where the average for a DSL connection is 20 Mbps.

6 Mbps, or 6 Megabits per second, or 768 Kilobytes per second.

That means every 1 second there are 768 Kilobytes of data transfered.

If You are talking about internet speed, for year 2010 is pretty good speed.

You can download a movie in few hours, song in few seconds...

As of 7/31/2010, average Cable companies provide 4 to 12 mbit connections. However, in reality, you rarely get more than 1/2 of this.

DSL has a slightly higher rate of utilization (60-70%), and are typically sold from 256 kbit to 10mbit, varying wildly. Ultimately, the two are very, very similar in average, but performance differences from location to location based on the company, technology, condition of cable or DSL lines, etc.

Dialup is typically called 56k but this is a different measurement, called 'kilobauds'. A 56k connection at a high rate (48k) can average 9 KB/s or 72kbit.

Most cellular internet lines average 256 kbit.

Most satellite averages 1mbit or less. (Higher is theoretically possible, but not under realistic, sustained usage.)

Verizon FiOS and other FiOS lines average 10 to 40mbit.

First-level fiber optic lines, such as OC1, averages 51mbit. NOT to be confused with T1, which is NOT fiber optic, and averages 1.5mbit. T3 averages 45mbit.

Overall, 6mbit is approximately an 'average' internet connection speed.

it should be noted there is also an 'upload' speed, which is typically MUCH lower than your download.

For example, it's usually a 1:8 ratio for cable. In other words, an 8mbit cable line usually have 1mbit of upload. This is how fast you SEND files, rather than RECEIVE them.

DSL is usually a 1:4 ratio, and a large reason for DSL's continued and growing popularity. It is preferable for businesses or users who send more than they receive.

T1, T3, and OC3 have a 1:1 ratio, uploading and downloading equally.

Dialup is usually a 1:2 ratio. IE, if they receive at 8 KB/s, they send at 4 KB/s. But this is technically lower as the act of sending also uses some of the downstream, and since they are already slow, a large outgoing transfer causes a much bigger bottleneck.

If the upstream is too low to support the downstream, it can also limit the downstream.

Typically, you need 1 mbit of upstream for every 5.5 mbit of downstream. So having 1mbit of up and 12mbit of down is a misnomer: You will be limited to only 5.5mbit of actual downstream. This varies based on the packet size, settings, distance of carrier, and protocol (such as IP, IPS, IPX, UDP, etc.) but is a good general rule. Some cable and DSL companies have come under scrutiny as a result of this indescrepency, as has Verizon for their FiOS service.

nm means nothing much

nvm means never mind.

No. A dial-up connection is limited in the US by FCC regulation to no more than 53K (Even though most dialup modems are capable of 56k). Most 'entry level' broadband is at least four times faster than a dial-up connection. Many are much, much faster.

Go to start then run. Here you will either need to type in command and press enter. Once you do this you should see the command screen. Once you are here type in ipconfig and press enter, you should see the default gateway address there after pressing enter. Hope this helps! From Ryan @ Edutech Plus

One major advantage of using higher bandwidth is that you will have higher download speeds because higher bandwidth offers a faster transfer rate. This can be a great feature for those who download large files.

Firstly, most modern laptops already have an internal wireless card installed. For other similar devices, which are portable and battery powered, they may or may not include a wireless card, however. In that case, you would have to check the specifications for that device and check if a wireless card can be possibly installed. Most desktops do not have their own wireless card installed by default, but you may purchase either an internal or external wireless card for the desktop.

Most computers have ports that allow human interface devices, such as keyboards and mouses to be connected. Laptops, for example, may already have a touchpad and a keyboard built in. If there are no human interface devices, you may get a wireless keyboard and/or mouse, which use radio frequencies or Bluetooth wireless.

Lastly, if you want online access, you will need a Wi-Fi or WiMAX card (http://en.wikipedia.org/wiki/Wi-Fi for more information) to connect to a wireless network with an Internet connection.

Comcast offers broadband packages with cable television nationwide. Other localized companies offering broadband packages with cable television include:Wave Broadband in WA, OR and CAAstound Broadband in San Francisco

1995. The company was netsat.They launched satellites through Hughes Corp and for $29.95 you can get satellite internet monthly.

They then merged with a company in 1996/97 called Worldcomm, but had to change its name to GlobeComm out of Hauppaugue, NY through a guy who I believe was named Edwin Love. The owner of Worldcomm/Globecomm funded the project and manufactured the gateways that linked all of the countries together all over the world from 1998-2001/02.

The first step in deploying wireless broadband is to get broadband service to your location. Broadband service is delivered by an ISP--Internet service provider--and can come to your home or place of business in different ways. The phone line is just one of many options today: * via a telephone line (DSL) * via the TV cable * via satellite * via a T-1 or T-3 dedicated circuit * via cellular wireless. Every one of these services will (or can*) terminate in a device that will provide one or more network ports, usually RJ-45 type. The high-speed network is available at that port, into which you can plug a computer, a router, a switch, other networked equipment, or a wireless router. The wireless router will have several network ports into which you can direct-connect networked devices (PCs, printers, VOIP devices, etc.). Plus the wireless router is your wireless access point, capable of communicating Ethernet traffic wirelessly to over a hundred different devices. Each device of course needs a wireless adapter to uphold its end of the communication and must be within range of the wireless router. So we see that it's quite possible to subscribe to a broadband service and supply wireless broadband access at your location without a telephone access point. _______________ * The cellular wireless access-point device usually plugs directly into a computer.

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Developed in the 1950's for use by the telephone companies, the T1 line is the basic digital line service for business applications. It has a fixed 1.5 Mbps bandwidth in each direction. That bandwidth can be allocated to network data, converged VoIP and computer data, or segregated into 24 individual standard telephone channels. If you need more bandwidth, T1 lines can be bonded to create typically 2x to 9x the individual line capacity. Usually higher bandwidth needs that these are assigned to DS3 circuits at 45 Mbps for cost reasons. However, in remote locations where there is no installed DS3 service, it might be cheaper to install multiple bonded T1 lines to get the required bandwidth. T3 bandwidth provides data transfer speeds of 45 megabits per second (mbps) and contains 672 individual channels that are each equal to voice grade telephone lines, capable of transmitting online video shoots, real time video, and large databases over a busy network. T3 bandwidth is by and large, used in large universities and companies that have large number of users in the same network.