Cellular Communication: Microwave
Microwave cane be defined as the cellular communication, which is expected to be have the fastest growth in the future, as in past, there was the focus on the microwave technology, and presently, there are six satellite system that are developed in the telecommunication industry. The future system of the microwave will provide the personal voice and data communication system, from one part to the part of the world. The system is focused so that it could be made wireless, so that it could be involved in the consumer daily life.
However, in the modern age, the microwave wireless courses are being implemented and students
are giving the knowledge and introduction about the subject. There are the different components of the microwave system, involved to give the knowledge about eth facts to the engineers. The antenna is the key component of the microwave system, as through antenna the microwave system can become wireless, the signals are amplified by the processes and the information can be recover through using the antenna, therefore, antenna can said to be the important part.
There are different types of antennas in the microwave system, which may depends or have the different frequency ranges; the one common type of the antenna is micro strip antenna, rectangular patch. Microwave engineering is considered the important aspects of the lives, as this weapon control system, can give many advantages to the human lives, microwave computer must have the active circuit design. The instructors in this case, are giving knowledge to the microwave engineers, so that in future, maximum researchers can be done on this segment. Moreover, it is important for the new students to understand about the electromagnetic waves, the microwave radio relay on transmitting analog and digital signals (Gustrau, 2012).
Satellite Communication: VSAT (Very Small Aperture Terminal)
VSAT (Very Small Aperture Terminal) can be described as satellite communication systems, which give benefit to the people, at the home from and the business unit. However, there is the interface between the outside computer and the user computer; there is the outside antenna and the transceiver, which receives and sends the signals from the transponder in the sky. However, it could be known as a satellite transponder, each user can be interconnected through this device, messages can be send to each other, moreover, work can be done and guidelines can be provide. There can be long communications, so the benefits are there. There is need to go to the hub station first and the satellite user can handle the VSAT data, through voice or the video signals.
VSAT can also be used by the home users as benefits are for them, private companies are offering the own VSAT system, private companies can get the advantages as they can get the control over the own communication system, there will be no dependence on the other companies. However, there could be the speed in the work and the telephone services can be serving in the better way. Data security can also connect to the system, so that the advantages can be there.
There are the trends of the VSAT networks, in the United States, many of the companies and organizations are taking advantages, however, VSAT also aims to resolve the issues, as it provide the regulatory framework, that is supportive. There are the technical insights that can be useful for the technical insight on the networking, the technology can be better influenced if VSAT are being focused, and there are other important aspects, which can be related with VSAT. However, the risks can also be known, there are the techniques, that how the network design engineers can be benefited (Wrobel & Wrobel, 2009).
Telecommunication and EMC Directives
Telecommunication and EMC Directives is the new approach that applies across the European countries, however, these directives are applies on the electrical or electronically products, the EMC Directives can be characteristic of the equipment to provide the electrical energies, the energy interaction and transmission, in this way can give the benefits, to the engineers and the companies. However, the excess or unwanted energies can be prevented by the transmitter, so that there could no issues. There are the protection requirements followed in this process or telecommunication and EMC directives. There are the EMC Directives regulations and different types of equipments, which can be used in the process; there are the new approaches in the EMC Directives and telecommunication services, so that maximum advantages can be derived from the processes (Williams, 2011).
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