When you plan on buying a new cell phone, surely, you might have a problem on choosing what kind of networks will you have. It maybe GSM, WiMax, CDMA, or LTE. So it would be very important on knowing the differences of these networks.
The simplest explanation for this would be the G in 4G means generation because this is the fourth generation of mobile data technologies. While for LTE, it stands for Long Term Evolution which is the improved type of broad bands that are wireless. This article is going to provide you on the ideas about the differences between the GSM 3G 4G LTE antennas.
First, the GSM or the Global System for Mobile Communications. This is one cellular network where in phones connect by searching for cells located in a vicinity or area. These cells in network comes into different sizes such as femto, pico, micro, macro, and umbrella. The coverage area will depend upon the implementation.
The micro cells are usually utilized in urban areas and the height of antenna is under the average level of rooftops. The femto cells are utilized in small businesses or residential environments and it is connected to a service provider via broadband connection. The macro cells antenna is often usually installed in buildings above the average level of rooftops.
A pico type is smaller and the diameter of coverage area is a few dozens only in terms of meters. It is often being installed indoors. An umbrella type is often utilized to cover the shadowed regions of a smaller cell and to fill up the coverage of a smaller cell.
Second is the 3G or third generation. It is a third generation in a mobile telecommunications technology. Its basis are the given standards which are also used for most common devices. Telecommunications are making use of the networks and also services that are complying specifications given by International Telecommunication Union. 3G type is often being applied in video calls, fixed wireless internet access, phones internet access, wireless voice telephony, and TV phones.
The ITU or the International Telecommunication Union did not clarify the definition of the exact data rate that the users will expect upon using the 3G provider or equipment. And for this reason the users that will sold this service cannot be able to point out the standards, thus, saying that the specified rates are not met. These data rates include the minimum required rate, required average rate, and the interface modes that will qualify being 3G.
Third is fourth generation or 4G, succeeding the 3G network. Some uses of this include mobile web access, IP telephony, gaming services, HD TV phone, video conferencing, and 3D television. This refers to networks of IP packet switched type that provides a gigabit speed or ultra broadband access to mobiles.
Fourth is the LTE or the Long Term Evolution. This is a standard utilized in a high speed wireless communication for mobile phones and for data terminals. The capacity and speed have increased due to different interfaces of radios utilized together. This network was formerly marketed as 4G LTE but not being able to acquire the 4G wireless network criteria as LTE advance.
The simplest explanation for this would be the G in 4G means generation because this is the fourth generation of mobile data technologies. While for LTE, it stands for Long Term Evolution which is the improved type of broad bands that are wireless. This article is going to provide you on the ideas about the differences between the GSM 3G 4G LTE antennas.
First, the GSM or the Global System for Mobile Communications. This is one cellular network where in phones connect by searching for cells located in a vicinity or area. These cells in network comes into different sizes such as femto, pico, micro, macro, and umbrella. The coverage area will depend upon the implementation.
The micro cells are usually utilized in urban areas and the height of antenna is under the average level of rooftops. The femto cells are utilized in small businesses or residential environments and it is connected to a service provider via broadband connection. The macro cells antenna is often usually installed in buildings above the average level of rooftops.
A pico type is smaller and the diameter of coverage area is a few dozens only in terms of meters. It is often being installed indoors. An umbrella type is often utilized to cover the shadowed regions of a smaller cell and to fill up the coverage of a smaller cell.
Second is the 3G or third generation. It is a third generation in a mobile telecommunications technology. Its basis are the given standards which are also used for most common devices. Telecommunications are making use of the networks and also services that are complying specifications given by International Telecommunication Union. 3G type is often being applied in video calls, fixed wireless internet access, phones internet access, wireless voice telephony, and TV phones.
The ITU or the International Telecommunication Union did not clarify the definition of the exact data rate that the users will expect upon using the 3G provider or equipment. And for this reason the users that will sold this service cannot be able to point out the standards, thus, saying that the specified rates are not met. These data rates include the minimum required rate, required average rate, and the interface modes that will qualify being 3G.
Third is fourth generation or 4G, succeeding the 3G network. Some uses of this include mobile web access, IP telephony, gaming services, HD TV phone, video conferencing, and 3D television. This refers to networks of IP packet switched type that provides a gigabit speed or ultra broadband access to mobiles.
Fourth is the LTE or the Long Term Evolution. This is a standard utilized in a high speed wireless communication for mobile phones and for data terminals. The capacity and speed have increased due to different interfaces of radios utilized together. This network was formerly marketed as 4G LTE but not being able to acquire the 4G wireless network criteria as LTE advance.
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