Cable Internet

You need to get a good wireless router (use google to find out which one will suit your purposes). Also you need existing internet connection (DSL, RoadRunner and so on). After that you need to connect your router to the modem using the lan cable included with the router. Use WAN port to connect the wire between the router and the modem. After that set wireless security (read the manual for your router).

Some ISP use MAC of your computer to grant access to internet, you might have use the option "Clone your PC MAC" for your router if you want to connect to internet.

Most wireless routers also allow you to plug in 4 to 8 other Ethernet cables. It would not be a router otherwise, it would simply be a wireless access point. The cable connections are also faster than the wireless (at this point).

You'll probably need to plug the cable modem to the cable line. Then plug an ethernet cable from the modem to the WAN port on the router. Then connect each of your computers (via ethernet cable) to the router.

A wireless router provides a wireless network, but does not provide Internet connectivity by itself, unless it is a combination router/modem, such as a Motorola Surfboard. A typical home wireless router will not have this functionality included, so a cable modem is often required to access a cable provider's Internet service. Buying a device that includes both wireless routing and cable modem features will allow the network to access the Internet without a dedicated cable modem, while all others will require a cable modem separately. In either case, a device that provides the features of a cable modem is required for cable Internet.

An internet speed of 100 is fast if it refers to megabits or gigabits per second. If it is a 100 kilobit per second connection, it is very slow and only twice as fast as dial-up.

Many photo sharing sites allow free storage up to a certain point. Some of those include:

- Google Picasa

- Shutterfly

- Smug Mug

- Snapfish

- Flickr

- Photobucket

A modem is a device that allows a single computer to connect to the internet, it requires a username and password to connect usually. A router connects multiple computers and is always connected. It does NOT require a username or password to connect to the internet. Routers can also be wireless, whereas modems can not.

No. The Magicjack has to plug into the USB port of a computer, and the computer has to be on for the phone to work.

Yes. Two or more people can be assigned the same IP consecutively if using a dialup ISP. If you are talking about the IP address that one's computer "reports as" when surfing the web, then it's possible that hundreds of computers all share the same IP address at the very same time. It all depends on if your ISP is using caching and proxy techniques. All ISP assign pools around your city and your ISP sets your internet up to join one making you share an IP with hundreds of other people around your area so every IPV4 IP doesn't get taken up by dedicated IPs.

WiMAX - uses a low wavelength transmission, usually between 2 GHz to 11 GHz. These frequencies are not as easily disrupted by physical obstructions because they can better bend around obstacles than higher frequencies.

Usually, if you're downloading a file, the download server is limiting the download speed, and not your internet connection (though this might be different if your connection is slow)

The download manager splits the file into multiple segments, and downloads the segments from different servers, so that every segment has it's own download speed for a total download speed that is far higher.

motherboard - is a circuit that houses system bus (bus is a main chip that connect everything else together)

motherboard itself is pretty much a wiring harness

main internal components are - CPU, bus, and pci voltage controllers(power supply's)

system bus, CPU socket, ram socket (sockets).

most motherboards also have inboard axillary devices(they are also available as plug ins)

most common one is a usb controller, but could also be a sound card , video card, serial, parallel and other controllers.

internal components of a motherboard are pretty much wiers and chips.

RUSSIAN

quakemapper@hotmail.com

Typically in your wireless router there is an administration page (look in your manual) this usually will give you the option of encrypting your network traffice using a security key. there are several options out there including (WPA, WEP), etc. You will need to set a key on the router and also on your wireless access card on your computer. The other option is to set your router to filter MAC addresses and give it the mac address of your network card. It will then block all traffic except that traffic from your network card.

A modem is only required if you wish to connect your laptop to the internet via a phone line. Most people now connect to the internet using a broadband modem which is a separate device. Most laptops now come with wireless networking capability. Built in modems are becoming less common.

if it has a PC input. just plug the cable from your PC in to ur tv.

if not use a PS3 or Nintendo Wii

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Google unveiled its Google TV and should be available on market sometime in 2010. It will be some kind of set-top box that brings the Internet in the living room (meaning a small or large screen TV). Google also granted Sony the rights to add Google TV to their TV chain which should become available sometime this year also.

As a result, Google TV might become the missing link that brings the Internet to any TV set, as if it was a computer.

The short answer is, it depends. Many laptops come with a network port in the back or on the side that can be used to connect to a wired network. The port looks like a telephone jack except it has 8 pins instead of 4. If your laptop doesn't have a port, you can buy a network card that plugs into one of the card slots in the side. In either case you'll need a CAT5 or CAT6 standard network cable to connect the laptop to the network hub. Hope that helps. you can also install a wireless access point onto your network

Suppose you want to connect your computer to an ISP using an ordinary phone line. The computer at your end needs a modem to modulate its digital signals (add them on top of an analog telephone signal) so they can travel down the phone line just like the sound of your voice. Once the signals have reached the other end, they have to pass through a second modem, which demodulates them (separates them out from the telephone signal and turns them back into digital form) so the ISP computer can understand them. When the ISP computer replies, it sends its signals through a modulator back down the line to you. Then a demodulator at your end turns the signals back into digital form that your computer can understand.

A box that we call a modem thus contains two different kinds of translators. There's a modulator (for transmitting digital signals out down the phone line in analog form) and a demodulator (for receiving analog signals from the phone line and turning them back into digital form)-and that's why it's called a modem.

Modulation is simply a fancy name for transmitting information by changing the shape of a waveform. If you send information by making the peaks of a wave bigger or smaller, that's called amplitude modulation or AM (because the amplitude is the size of the wave peaks); if you send information by changing how often the peaks travel, that's frequency modulation or FM (because the frequency is the number of peaks that travel per second). You may have heard the terms AM and FM before, because they describe how radio signals travel.

The function of a modem is Modulation And Demodulation mean to turn data into a format that can be transmitted via an audio link such as a phone line. A modem at the other side of the connection answers the phone and converts the audio back into usable data. This is why if you lift a phone while the modem is in use there appears to be random noise on the line, this noise is the data in audio form.

Mobile ad hoc networks refer to the networks that cellphones and other mobile devices are connected to. Laptops and computers may also connect to such networks by means of tethering to a mobile device.

Not entirely. Computers can do many jobs that used to require humans. This is evident everywhere from banks to online travel websites to electronic toll booths. However, computers will never fully replace human beings, because they lack the ability to think and feel, two extremely important human attributes.

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If you are using a mobile device, the video you are trying to watch may not be accessible via mobile.

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http://ailsa01.livejournal.com/3717.html

other resource, Huawei E583C:

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