Digital Media

Communication is a hugely important aspect, not only for people around the world, but also for small and large businesses. Telecommunications have been around for years, with the oldest methods that can be remembered to date, being the use of smoke signals. While time passed by methods such as horns became a means of communication. But since them periods, there has been a lot of development and with that came the more advanced technologies such as radio, phone, television and the internet.

Businesses would be lost without the current technological advancements and a lot of companies would cease to exist. But this is not the only benefit that telecommunications can bring. With these advancements also comes science, without telecommunications, we would be unable to fly with planes and helicopters or effectively navigate in the seas. Besides this space travel would be near to impossible to achieve.

A world without telecommunications would not be possible; society has made itself so used to this type of technology that the world would end up collapsing if it was taken away. The reason in the tremendous growth of telecommunications is because, as people and cities throughout the planet grew, we needed a better way to relay messages between one another.

The greatest technological advancement that we could have possibly got from this is the creation of the phone and internet. The phone was a major piece of communication, whereas you could instantly communicate with another person that was on the other side of the world. Almost every household now has at least one phone, with most having several.

But the development of the internet was the major turning point and it sees the potential future expanding further than we could have ever imagined. With VoIP growing at tremendous speeds, calls look as though they are getting cheaper, and with portable ways to connect to the internet it looks as though most instances of communication will use the internet as a connection unit.

The vast impact that telecommunication has had on the world can be seen anywhere and everywhere, wherever you go or whatever you do. If you are driving your car, immediately there are two instances which include your radio and your satellite navigation. Telecommunications is a must and it provides better awareness of the society we are living in. It makes us communicate with every corner of the Earth to solve problems and make the world a much safer place.

Nowadays, everybody has a mobile phone. Whether they’re on a contract or a pay as you go tariff, the mobile phone has become an essential item for many people. this article will be taking a look at the the mobile phone’s history – as well as its future – in order to find out more about the now essential telecommunications device.

Mobile phones started life as the two way radio, which was also called mobile rigs. these were installed in vehicles such as minicabs, police cars and ambulances, but were not strictly mobile phones as they were not normally connected to the telephone network. while the very first mobile phones were installed permanently in vehicles, later versions such as the transportables, also called bag phones, could also be carried, and can be used as either portable or as mobile two-way radios.

The first generation of mobile phones are often called 1G. These mobile phones are the analog devices that were introduced in the eighties & continued until being replaced by 2G mobile phones, which ran on digital networks. in fact, even though 1G & 2G systems use digital signals to connect the radio towers to the rest of the telephone network, the voice itself during a phone call encoded to digital signals in 2g while voices on 1G phones aren’t.

Second generation, also called 2-g, mobile telephones were introduced in the nineties. 2-g phone systems were characterised by their use of digital transmission and the introduction of advanced and fast phone to network signalling.

The birth of 2-g systems saw telephones move from friendly 1g telephones to little handheld items, which were much more portable. this change was possible through technological developments including more advanced batteries and energy saving electronics.

The second generation mobile telephones had severaladvantages over 1g items. These included text messaging, which became possible on gsm networks initially and eventually on all digital networks. the earliest machine-sent message was sent in 1991 in the uk. the earliest person to person sms text message was sent in 1993 in finland. sms text messaging soon became the preferred method of communication and the public now prefer sending text messages to placing voice calls.

3-g is the term applied to the third generation of mobile phone standards & technology. 3g follows 2g mobile phone technology.

The birth of 3-g technologies allow network operators for instance Vodafone give their users a larger range of more advanced services. These include video calls& wireless internet.

Even though 3-g was successfully introduced throughout the world, issues have been raised by both 3-g providers & users, comprising of costly phones. in addition to this, there’s numerous differences in the licensing terms.

Ever since the launch of 3-g mobile phone technology. people have been talking about 4g. 4g technology will signify the future of mobile telephones, creating the most sophisticated handsets and best services yet. in actual fact, one of the next services to be developed is thought to be live streaming of radio and tv shows to 3-g handsets is and shops including real and disney recently announcing that they’ll be offering services like these.

In conclusion, even though the history of mobile phones they have come a long way in the past few years, it also indicates that they’ll go even further still.

The telecommunications revolution the merging of voice, video and other data transmission and the proliferation of new telecommunications products and services has been one of America’s leading technological and economic success stories. At bottom, the key reason is that our scientists, engineers and businesses have developed and introduced telecommunications technologies at a faster pace than anywhere else in the world.

Public policies that have promoted competition have been critical to this result. Perhaps nowhere is this more evident than in the case of telephone services, where through the efforts over two decades of the Justice Department and Judge Harold Greene, and the work of the FCC, competition has become the central organizing principle of the industry.

Until the Department sued and eventually broke up AT&T, that company had a monopoly over this nation’s telephone market. It was a regulated monopoly, to be sure. But it was also one that thwarted competition and innovation. New companies like MCI that wanted to provide long-distance service could not do so because AT&T’s local operating companies refused to provide interconnections to their local loops. Similarly, other manufacturers of telephone equipment wanted to sell equally, if not more, innovative products but were frustrated by AT&T from doing so because of the telephone company’s incentives and ability, through its monopoly control of the local loop, to buy such equipment only from its wholly owned subsidiary. Western Electric.

These practices were ended when the Department of Justice, led by my antitrust law professor in law school, William Baxter, obtained a consent decree in 1982. A Modification of Final Judgment (MFJ) has since been administered with remarkable energy and wisdom by Judge Greene, to whom this nation owes enormous gratitude.

By unleashing competition in various segments of the telephone industry, the MFJ has delivered the benefits that competition in other markets routinely guarantees: innovation, better products and services, greater efficiency, and lower prices. Consider that since the MFJ:

Interstate long-distance prices for the average residential customer in real terms (adjusted for inflation) have fallen by more than 50 percent without compromising universal service;

There has been a virtual explosion in the types of telephones and services that consumers can choose from;

Competition has stimulated the development of hundreds of innovative voice and data services (such as call waiting and voice mail);

Spurred by smaller carriers and MCI and Sprint, the three largest long-distance providers (including AT&T) now have laid fiber optic cable throughout much of the country and thus have already built significant portions of the backbone for the Nil; and

Competition in the telephone equipment market has opened whole new markets and spawned the development and sale of new products.

In short, the MFJ has enabled the United States to maintain its technological leadership in telecommunications. Nations that have stuck to the old monopoly model of telephone services have fallen behind. That is why many are now trying to emulate us, rather than the other way around.