The main difference between dial-up and broadband internet connectivity, lies in the speed of access granted. The broadband option is quite the opposite of dial-up technology with regards to the time taken to access telephone connection, protocol synchronization and data transfer.
The terms "wideband" and "broadband" mean the same thing. It simply means that a signal or noise or channel has a wide bandwidth. Speed is the simple answer to the difference between broadband internet access and wideband internet access, but it is really more than that. Wideband is a fairly new level of high speed internet access that allows much smoother video streaming and gaming interaction via the internet. TimeWarner has introduced it for residential customers in New York City.
The difference between a dial up connect and a direct connection is that a dial up requires a connection from a phone line to a PC and the data capacity is smaller. A direct connection can transmit large amounts of data at higher speeds.
It could be any where between a few minutes to a few hours depending on the bandwidth of your connection.
Proxy and VPN are two methods of connecting over the internet. Proxy servers act for a different computer. VPN stands for Virtual Private Network and allows for a connection to occur while activity remains private.
There is one major different between internet and intranet. The internet is an open, public space. A worldwide interconnected network. The Intranet is a private space and only accessible by authorized users.
Broadband is the connection to the Internet which can be wireless or cable
Broadband is much, much faster, and it is always on.
Dial up uses your landline phone connection to get on to the internet, however it is very slow. DSL and Broadband are essentially the same and offer very quick speeds, though are more expensive.
DSL is considered to be broadband speed. There is a difference in speed between DSL and Cable. Cable is generally much faster.
can you just tell me the meaning of the question above?
No. The internet backbone is much faster, it is the primary lines between major cities, countries and continents that handle all the traffic from thousands of standard broadband connections.
a, e, i, o, u and y
The difference between internet service provided by ADSL and internet provided by cable is in the method of delivery. ADSL is high speed internet which is delivered through one's home phone. Cable is broadband internet delivered, as is stated, through cables.
The terms "wideband" and "broadband" mean the same thing. It simply means that a signal or noise or channel has a wide bandwidth. Speed is the simple answer to the difference between broadband internet access and wideband internet access, but it is really more than that. Wideband is a fairly new level of high speed internet access that allows much smoother video streaming and gaming interaction via the internet. TimeWarner has introduced it for residential customers in New York City.
Verizon FiOS & Verizon Broadband Services offer blazing speed & crystal clarity of the 100% fiber optic Fios network & proven reliability for their TV, Internet & phone products that will exceed your expectations today & keep you connected down the road. cutt.ly/DkRRGV7
Broadband internet is extremely faster and goes through either a satellite feed or a cable hookup. It is much more convenient because it also frees up your phone line.
Dial-Up Internet: A dial-up Internet connection is the most basic and therefore the slowest type of Internet connection that you can get. Connection rates for dial-up modems tend to fall between 2,400 bps & 56,000 bps, which is incredibly slow for today's high speed Internet and applications. Dial-up modems are attached internally or externally to a given computer, and then connected using a standard telephone cable. All in all, dial-up Internet connections are outdated and representative of an older and more basic Internet. ISDN: ISDN (Integrated Services Digital Network) Internet connections are a type of digital telephone connection. ISDN connections straddle the line between basic narrowband Internet connections and more advanced broadband Internet connections due to the fact that Basic Rate Interface (BRI) ISDN connections transmit data right around the broadband cutoff at 100 Kbps. Although a better Internet connection option than dial-up, ISDN connections are still more or less outdated. Digital Cable Broadband: Cable broadband Internet connections are the most common type of broadband service. Connecting to the Internet via your cable television signal, cable broadband Internet connections offer data transfer rates of approximately 1.5 Mbps, far exceeding those offered by either dial-up or ISDN connection types. DSL: Digital Subscriber Line Internet connections are the second most common type of broadband service offering data transfer speeds similar to those of cable broadband (_1.5 Mbps). DSL services connect to the Internet via copper telephone wires. The difference between DSL and dial-up / ISDN is that a DSL Internet connection uses a high speed dedicated circuit filtering out standard phone calls and Internet signals. WI-FI: Wireless Fidelity Internet Connections are currently the hot commodity in high speed connectivity. They boast similar transfer speeds as digital cable and DSL broadband, but they don't require any type of physical connection in order to transmit/receive a signal. T-Carrier Broadband: T-Carrier Internet connections are some of the fastest available in the world and are generally reserved for use by large businesses and universities. T1 and T3 Internet connections are the most common T-Carrier types, and can cost as much as $800 and $15,000 per month respectively. T-1 lines boast speeds of 1.54 Mbps whilst T3 lines boast astounding speeds of around 45 Mbps. OC24: An OC24 (Optical Carrier level 24) Internet connection is a fiber optic connection capable of transferring data at a mind-boggling rate of 1.244 Gbps. This is pretty much the fastest Internet connection that you can get and generally serves as the backbone of various NAPS (Network Access Points).