A telecommunication network is a network of arcs (telecommunications links) and nodes (switches, routers, etc.), set up in such a way that messages can be transmitted from one end of the network to the other through multiple links. The links of a telecommunications network can be made using hierarchical transmission systems. Telecom network is also a set of computer equipment and materials linked together by transmission channels and allowing the sharing of resources and the exchange of data under Collected.Reviews. A telecommunication network is managed using network management software.
Examples of telecommunications networks are:
- Television network.
- Computer network.
- Mobile phone network.
- Switched telephone network.
- Integrated services digital network (ISDN).
- FTTH network (optical fiber to the home).
- The public land mobile telephone network.
- The worldwide Telex network.
- The ACARS aeronautical network.
- The Antares network of the French civil security.
- The Internet network.
Here are seven (7) Characteristics Telecommunications Networks Share in Common.
1. The Control Software:
This is responsible for controlling the activities and functions of the network. The information that passes through various telecom networks needs software to support it.
2. The Processors:
Telecommunication processors are needed to convert the signals into a usable format (that is, whether you are speaking to someone over the phone or you are sharing a file from one device to another). We are all aware that the information that passes through channels needs a lot of processing before it gets to the end-user; also we need to read about file now for better understanding.
3. Telecommunication Channels:
It includes different types of wireless radio frequencies and cables. Telecommunication channels transmit and receive data.
Protocols simply specify how the messages are handled by each type of telecommunication system.
The terminals are also referred to as input and output devices. The terminals provide the starting and stopping points of all communication. They are components that allow communications to start and stop.
Messages are the actual data that is being transmitted.
7. The nature of the data conveyed:
The nature of data conveyed by the telecommunications network could either be analog or digital.
Other features or characteristics of telecommunications network are; the architecture, the technique (by packet, circuit, etc), the mode of data transmission (asynchronous or synchronous), the geographical coverage, the mode of data management (token, by bus), the type of physical medium (cable, by waves), their legal status (private, public), the type of application conveyed (switched telephony, IT, video communication, and analog television).
One of the benefits of telecommunication networks is that it greatly increases and expands resources to all kinds of people. With the computer, internet, and telephone networks, organizations efficiently and effectively allocate their resources.
In conclusion, telecommunications data can comprise files, videos, and images. Some persons also send voice notes, because voice notes are convenient and quick. A range of devices is required for all the data submitted which features the software that supports it. It is possible that with the right software, you can send data from one device to another without getting the messages lost along the way.