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What are broadband internet connections?


What are broadband internet connections? How does this work?

To describe the future of digital communication, the term “broadband” has become commonplace. It is widely used to refer to a series of proposed or developed technologies for the distribution of data communication services.

Broadband usually refers to a new generation of high-speed communication services, with the aim of home and small business users. Its name refers to the sufficient bandwidth that a high-speed connection can provide to the users.

But is there a well-defined limit that marks the boundary between broadband and narrowband services, can someone say that the service is internet broadband?

In this article today we will examine this and other dimensions about how broadband is defined and what is its characteristic.

Broadband History:

The Internet has been around for a long time – because the first e-mail was sent in the 1970s. It got wide attention in the 1990s and since then it has become one of the most important technological advances in all times.

By the way, we had to dial a connection through our telephone, which ran at a slow pace of 56 kbps. For comparison, an 8 mbps connection is equivalent to 8000 kbps connections, and we used to connect only 56 kbps. This is a small fraction of today’s slowest recognized broadband speed.

It was very difficult to download anything other than text on this connection. Downloading only one low quality song (about 3.5 MB) from full speed took about 10 minutes.

But the speed of the internet was not always consistent, so in fact, downloading a song took 30 minutes to a few hours.

If you want to download a low quality movie (about 700 MB), it will take 28 hours for you to download at full speed, or it will take three to five days at a lower speed.

In addition to crawling the speed, the dial-up internet was also extremely inconvenient as it made full use of the telephone lines. People were unable to make phone calls and browse the Internet at the same time, causing them to be inconvenient or forced to choose between additional costs for the other line.

And then came internet broadband …

Broadband allowed signals in a line between telephony and the Internet by allowing a new life in the internet to breathe in the early 2000s, which means that users can stay online and make phone calls at the same time. . It made fast connections, making it easy to browse the Internet and download files.

The arrival of broadband networks meant that people were able to download files, songs, TV shows and movies with more speed. It gave birth to a whole new world in online media: At last 56 kbps connection speed, sites like YouTube were not possible.

Like most new technologies, broadband was very expensive when it was launched for the first time, so initial usage was minimal. Once prices became more competitive, however, ISP began to compete with each other on things like broadband, ‘heavy usage’ broadband and broadband bundles offer.

Now, almost everyone uses broadband in some forms, whether through their phone line or connection type.

Since the launch of broadband, we have seen the rise of new broadband technology such as 4G mobile broadband, which allows users to get online and cable (fiber optic) broadband anywhere, which has increased the speed of the connection. 300 MBPS


Technical Characteristics of Internet Broadband:

Internet Broadband technical features:

Communication capability or speed is only one of the few features of this service. Unlike dial-up access, the whole picture in broadband is not easily seen, where the modem has to make a telephone call and the connection to the ISP’s modem was to be requested.

Today the services available today, which are generally considered broadband-which often offer “Allow on” high speed with connectivity. Speed and always have additional parameters like bandwidth symmetry and addressability, which are important components of broadband definitions.

  • Speed or capacity
  • Latency and jitter
  • Always on
  • Bandwidth symmetry
  • Addressability

1) Speed or capacity:

This means that the ability of the network link between the user and the broadband service provider. This is one of the important factors of broadband. Many types of broadband technologies are either wired or wireless. This feature is in every broadband technology. When the user wants to download large files, streaming, or download or video call, the download link should have a better capability.

2) Latency and jitter:

This feature is very important in applications that depend on playing real-time information or communication such as telephone calls (VOIP) and interactive games.

In simple words, latency is an expression that tells how long the data packet from one destination point to another will take.

And the jitter is for variation between incoming packets. This feature is very important when we call VOIP and are playing online games.

3) Fiber:

Optic fiber technology converts electric signals of data into lights and sends light through transparent glass fiber equal to the diameter of human hair.

Fiber transmits data from speeds over current DSL or cable modem speed, typically ten or even hundreds of Mbps.

The actual speed of your experience will vary on the basis of different factors, such as how many services near

your computer take the connection of the fiber and how the service provider configures the service, along with the amount of bandwidth.

The same fiber that your broadband provider can provide with video-on-demand voice (VoIP) and video service can also be provided.

Telecom providers sometimes offer fiber broadband in limited areas and announces plans to expand their fiber network and offer bundled voice, internet access and video services.

4) Wireless:

Wifi broadband connects the home or business to the Internet using a radio link between the customer’s location and the convenience of the service provider. Wireless broadband can be mobile or fixed.

Using long-range directional devices, wireless technologies provide broadband service in remote or rare populated areas, where DSL or cable modem will be expensive to provide the service.

DSL and cable modem

Their speed is usually higher than DSL and cable modem. An external antenna is usually necessary for this.

Wireless broadband internet access services offered on the fix network allow consumers to access internet from a certain point, whereas straightforward straight lines between stationary and often wireless transmitters and receivers are required. These services are provided using both licensed spectrum and licensed equipment.

For example, thousands of small wireless Internet Service Providers (WISPs) provide wireless broadband at speeds of approximately 1 Mbps using unlicensed devices. which are often not provided by cable or wireline broadband networks in rural areas.

5) Satellite:

As soon as the orbiting satellites provide the necessary link to the telephone and television service. They can also provide a link to broadband. Satellite broadband is another form of broadband, and is also useful for the services of remote or rare populated areas.

The speed of downstream and upstream for satellite broadband depends on many factors.where the providers and service packages are purchased. Generally a consumer can expect to get speeds of about 500 kbps (downloads) and send speeds of about 80 kbps.

These speeds may be slower than DSL and cable modem. But they are about 10 times faster than the speed of download with dial-up internet access. In the event of extreme weather, this service may be interrupted.

6) Broadband Over Powerline (BPL):

BPL is the delivery of internet broadband on existing low and medium voltage electric power distribution networks. This connection speed is higher than DSL and cable modem speed. BPL can be provided to existing homes using existing electric connections and outlets. BPL is an emerging technology available in very limited areas. It has significant potential because power lines are installed almost everywhere to reduce the need to create new broadband facilities for each customer.

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