4g LTE is an abbreviation or extension of the Fourth Generation Long Term Evolution.
This is actually a combination of two different terms and has its own standards. G stands for Generation aka Generation, whereas the number in front of it is the highest level. In short this means that technology advances the development of the next-generation of networks or network that is described further below.
Network technology in General has evolved through several generations, namely 1 g 2 g 3 g 4 g. Where 1 g is the initial generation system that uses analog which can be found on the radio, while 2 g device using digital systems.
Higher numbers before G, meaning it has the ability and more features for sending and receiving information, further to achieve higher efficiency through wireless networks or wireless.
LTE is the abbreviation or the length of Long Term Evolution. This technology has been marketed and generally known by the term 4 g LTE.
It is said so because these technologies have largely meets the standard of 4 g in terms of speed. This is the evolution or development of based on GSM/EDGE (2 g) and UMTS/HSPA (3 g) to increase the capacity and speed.
LTE category cat1-16
LTE has the speed that is defined in several categories or category simply "paint" match released from 3GPP, depending on the level of maximum peak data transfer rates and support capabilities.
In terms of speed in General, LTE can provide peak data speeds of up to 300 Mbps on the downlink and peak data speeds of 75 Mbps on the uplink, depending on the category of the device user.
Categories: LTE speed
LTE is LTE technology cat3 category 3 which has a speed of up to 102 Mbps for downlink and uplink to 51 Mbps.
LTE technology is LTE cat4 category 4 has a maximum speed up to 150.8 Mbps for downlink and uplink to 51 Mbps.
LTE is LTE technology cat6 category 6 has a maximum speed up to 301.5 Mbps for downlink and uplink to 51 Mbps.
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