Telecommunications The Early Years

Throughout time the main forms of communication required that one person be within visual sight of the other in order to be able to successfully communicate. Either that or be within visual or audible range of the means of communication, as in semaphore (physically signalling between ships), or smoke, or drum signals. Then during the 1830s and 1840s telecommunications was born in the form of the telegraph.

The definition of telecommunication, is the means of communicating over great distances, which means that semaphore, drum and smoke signals do not come under the heading of telecommunication, but Telegraphy, telephony and electronic mail do come under the telecommunications heading.

Telegraphy and telephony requires the use of metal wires in order to transmit messages between sender and recipient. During the 19th century, thanks to the invention of the telegraph, these metal cables were laid along the ocean beds, connecting the continents of the world and thus allowing international telecommunications (first one completed on the 27th of July, 1876 linking the USA with Great Britain).

Wireless telecommunications – The 20th century brought the advent of long distance communication without the need for physical connectivity. The first versions were created by Guglielmo Marconi, and manifested themselves in the form of the wireless radio, for which Marconi won a Nobel prize. This was achieved back in 1909.

Other intrepid contributors – Besides Marconi, there were a number of others making headway in the field of wireless communications, they include, Alexander Graham Bell, Samuel Morse, Lee de Forest, Joseph Henry, Nikola Tesla, Edwin Armstrong, and John Logie Baird.

Earliest form of telecommunications – A Frenchman by the name of Claude Chappe back in 1792, came up with a communication system that allowed rapid (rapid for the time) transmission of a message by setting up a series of towers that were about 6 miles apart. From these towers operators could receive messages from one tower then transmit those messages to the next tower. The transmission of messages was done by semaphore. Semaphore is achieved by the use of moving arms that dependent on the position of the arms would have different meanings. Chappe’s communication system lasted up until 1880, when it was forced out of existence by the far superior telegraph system.

The telegraph – In 1839 one Sir William Fothergil Cooke and one Sir Charles Wheatstone built the first commercial electrical wire based telegraph system. This was actually an improvement on the existing electromagnetic telegraph system.

Morse steps on to the scene – Not only were communication system to use Samuel Morse’s means of coding messages, but Morse himself, in 1837, created a much simpler telegraph system to that already in existence, that which was created by Wheatstone and Cooke (see above).

International telephone link took a long time coming – Although there was a cable connection Great Britain with the United States of America laid back in middle part of the 19th century, it was not good enough to be used for transmitting telephone signals. It had been originally set-up for communications via telegraphy between the then President of the USA, James Buchanan, and Great Britain’s Queen Victoria. The original cable failed fairly quickly and had to be replaced, but was of no use for the telephone system. It was not until 1956 before telephone telecommunications was successfully set-up between the USA and Britain.

Telecommunications Science & Technology

The value of information technology (IT) software exports from Tamil Nadu rose by 29 per cent in 2008-09 to Rs 36,680 crore in 2008-2009 from Rs 28,426 crore, a year ago. The employment opportunities generated by Indias information technology (IT) should be dispersed to all parts of the state, according to Tamil Nadu Finance Minister, Mr K Anbazhagan. Information technology parks are being established in Municipal corporations like Coimbatore, Madurai and Trichy. TIDEL information technology Park at Coimbatore will be completed by May 2010 and will be established at an estimated cost of Rs 380 crore.

Syntel, Inc is planning to invest around US$ 50 million in its recently inaugurated global development centre located in Sipcot’s information technology (IT) special economic zone at Siruseri in Tamil Nadu. The centre, upon completion in the next two years, will provide jobs for over 10,000 professionals.

Significantly, the government has relaxed employment visa norms for the over US$ 60 billion information technology (IT) industry, allowing companies to hire foreign nationals as per their requirements.

Furthermore, the Indian information technology (IT) industry’s revenue from Germany, Austria and Switzerland could increase four fold to US$ 10 billion by 2020, according to a recently released NASSCOM report.

Delhi-based HCL Technologies Ltd has signed a US$ 500 million (Rs 2,225 crore) strategic pact with pharmaceutical major Merck Sharp & Dohme Corp. (MSD) for a period of five years. HCL will offer software-led information technology solutions, remote infrastructure management, engineering and business and knowledge process services to MSD.

According to Ms K Ratna Prabha, Principal Secretary, Information Technology and Communications Department, Andhra Pradesh is targeting to achieve an export turnover of Rs 70,000 crore (US$ 15.8 billion) and create direct information technology (IT) employment for 125,000 people by 2015.The state level technical committee (STC), headed by the secretary, science and technology (S&T) department of the Government of Orissa, has cleared eight more solar power projects with an aggregate power generation of 230 mega watts (MW).

Significantly, the success rate of incubated companies in India is 60-70 per cent, comparable to that in America, according to ‘First Status Report on Technology Business Incubation’, the first such survey conducted by the Department of Science and Technology (DST).Meanwhile, technology company IBM has tied up with Indian Institutes of Technology (IITs) in Delhi and Roorkee to jointly promote research in areas of common interest, like green technologies, energy-efficient computing and data mining.

Telecommunication Programs In Canada

In present scenario telecommunications is an industry which grows at a rapid pace day by day. Telecom experts must acquire advanced knowledge and awareness regarding the applications in the industry, devices used for telecommunication along with regulatory policies applied in telecom industry. Therefore, if you are looking for a career in this particular field you should acquire a degree in the specific subject like Diploma in telecommunication, PG diploma telecommunication, Telecommunication engineering in numbers of institutions across the world. There are numerous institutes all over the world which provide several courses on telecommunication for a large group of students who are interested to know every minute details of telecom.

There are several diploma courses in telecommunication provided by colleges and universities which consist of different segments such as wireless communication, fiber optics communication, 3G, Local Area Networks, digital Network Architectures and henceforth. And if you are graduated in telecommunication engineering you can get admission in any institutes of not in Canada, but all over the world in Post Graduate courses like PG diploma in telecommunication and other specific telecom subjects like wireless communication and fiber optics communication and others. There are several regulatory policies in the field of telecom which the specialists have to adhere strictly and the employees who work in the particular field also have to acquire technical degree in the subject of telecommunication.

There are various institutes in Canada which offer several telecommunication programs for students such as diploma in telecommunication, PG diploma telecommunication. There are various subjects which depend on the entire subject of telecommunication that are taught in varied institutes. The subjects that are incorporated with the telecommunication course are Fiber optics communication, basic communication technologies, circuits and digital signals, digital communication system, mobile data communications, satellite communications, wireless communication, communication system management, communication traffic theory and others. There are regular courses offered by various institutes for large numbers of students. Along with regular telecommunication courses there are distance learning courses provided by several institutes which endow the students with the e-learning procedure.
There are short courses provided by various institutes for professionals who are already works in the particular field of telecom.

The short courses offered by colleges and universities are Microsoft Office applications Basic, AutoCAD, MCITP, CCNA and a variety of short term courses.

By learning the details of telecommunication individual can perform and excel in the particular field and develop a career with lucrative salary package. The institutes also initiate to provide the placements for right candidates. The institutes organize campus interviews of several telecommunication companies for students who deserve a respected job in the field of telecom. The institutes also take admission of foreign students who are interested to get in the top institutes and acquire the knowledge and also work with companies in their practical project. The diploma courses, PG courses along with short term courses are very essential for those who desire to be a telecom professional and want to prove his competency in this field. The demand of this particular field is increasing at a very faster rate.

Quality of cables really helps to get perfection in telecommunication services without any hindranc

Existing telecommunication systems are capable of transmitting radio, fax, phone, data and television signals can transmit large volumes of information over long distances. Digital transmission is used for high consistency with the nominal noise, or an obstacle, and because it can transmit any analog or digital. Transmission can occur through cables, wireless radio link or satellite. Shielded cable used for transmission of communication signals such as television, telephone or computer networks. A coaxial cable consists of two concentric conductors laid along the same axis. A common element is surrounded by an insulating dielectric, which in turn surrounded by another conductor, producing a power transmission assembly circuit. The coaxial cable consists of a plastic sheath, the conductor and the dielectric isolation. The entire coaxial cable is wrapped in a protective plastic sleeve. The signal propagates in the dielectric insulator, while the associated current flow is limited to adjacent surfaces of the inner and outer conductors. As a result, the coaxial cable has very low radiation.

Shielded cables are used in the process control application. Wide range of shielded cables is designed for networking system equipment Switching, Plant Automation, other sensitive equipment, the process control applications. Protection can be provided by annealing bare copper, tinned annealed copper wire, silver wire of Al-alloy nickel-plated copper SS as GI wire mesh screen is also provided by the tape metal (aluminum and copper) with Ground Lead with a minimum of 25% overlap for better performance of twisted copper cable can be provided in the metal tape.

Cable in electrical and electronic systems, a conductor or group of conductors for power transmission or telecommunication signals from one place to another. Communication cables transmit computer data, voice messages, visual images and computer data. There is a clear distinction between a power cord and power cord. Usually, the first refers to a single conductor, solid metal, with or without insulation, while the second refers to a twisted cable or a set of cores. Quality of cable is important for interconnection of Switching system equipment, telecommunication equipments, Plant Automation and process control applications. Sound clarity and non interference in telecommunication fully depend on the quality of the cable. India’s leading cable manufacturer, Seewel makes world standards telecommunication cables.

Seewel’s wide range of shielded cables and telecommunication cables are specially designed for interconnection of Switching system equipment, Plant Automation and process control applications.

Locating An Mpls Provider For Your Business Telecommunications

If there is anything in the communications technology that could be actually defined as core networking then look no further than an MPLS VPN. As the internet speeds and bandwidths increase, there was a need felt to provide internet users with optimum content of the sites. Not many of the internet users might know this but in reality, increasing bandwidths also meant bottlenecks in the traffic flow! Technologies to prevent and control these did exist (like the Ethernet, Frame Relay and the ATM) but were lacked architectural finesse to handle the ever increasing internet population.

Locate the best service provider

Extracting the best from the above mentioned technologies and capitalizing on its own innovative approaches came out the MPLS or Multi Protocol Label Switching. As an avid internet user you must know that data is shared over the internet in packets and the faster these switches are the faster can data be shared and accessed. When bandwidth intensive applications like audio and video transmission is to be achieved optimally, it is this MPLS that gives internet users and business owners a reason to cheer about. Improved architecture over the VPN has enabled effortless streaming of Hi-Definition video and audio signals over continents its usage has been optimized in cases like video and teleconferencing over the internet.

Having understood the benefits of an MPLS VPN for your business, it now seems to be a daunting task to find some service provider who which further justify its usage without charging too much. Having said that, if you follow these steps, there is no reason why you should face any problem in getting the services of a good MPLS service provider:

Check whether the service provider uses core routers to support the MPLS networks. This increases the cost effectiveness of the technology.

MPLS technology is relatively new and then more and more service providers are jumping in the fray sensing a great business opportunity here. If there is any news of a new MPLS service provider launch in the industry, it would be wise on your part to wait for sometime and compare the features that it provides.

Comparison is always the key to finding a good deal. Prices might not vary much but then the deployment of core hardware by the service provider is what can be defined as the most essential check on your part. Ask them to assure you that your business wouldnt face bandwidth bottlenecks (which were a nagging problem when the technology was first introduced!).

No technology is foolproof. The service providers must also have the technology to repair and service the lines in case of a fault by using bi-directional fault detectors and fast re-routing services.

Operational expenditure can be significantly reduces if the service provider amalgamates the best of ATM, Ethernet connections and Frame Relays!

The ever increasing competition in the segment benefits businesses when a larger scheme of things is considered.

Searching the internet to find good service providers by using bandwidth broker sites may help you analyze the long time costs more efficiently.