The high-level network architecture of LTE is comprised of following three main components:
Read moreWhat is the working principle of 4G?
How does 4G work? Using high-speed upload and download packets , 4G provides customers with access to broadband-style speeds from their mobile device, tablet or laptop. It is basically a radio system, with masts broadcasting 4G signals across the country.
Read moreWhat are the 4G standards?
Standard 4G (or 4G LTE) is around five to seven times faster than 3G, offering theoretical speeds of up to around 150Mbps . That equates to maximum potential speeds of around 80Mbps in the real world.
Read moreHow would you explain the LTE protocol structure?
The protocol stack functions consist of the Medium Access Control (MAC), Radio Link Control (RLC), Packet Data Convergence Protocol (PDCP), and Radio Resource Control (RRC). LTE is the latest generation of the 3GPP standards. The LTE standard specifies an IP-only network supporting data rates up to 150 Mbps.
Read moreWhat is architecture of 4G network?
In the 4G architecture we are working with, base stations are invisible to the IP layer of terminals . When a terminal sends an IP packet, it sends it to the gateway that all base stations are connected to. Base stations only relay layer 2 packets between terminals and the gateway.
Read moreWhat is mobile network architecture?
Abstract: The Mobile Network Architecture (MNA) is designed to provide a cohesive, consistent framework for the development of a new generation of mobile data communications systems .
Read moreHow does LTE architecture work?
A standard LTE system architecture consists of an Evolved UMTS Terrestrial Radio Access Network, more commonly known as E-UTRAN, and the System Architecture Evolution, also known as SAE . SAE’s main component is the Evolved Packet Core, also known as an EPC. The E-UTRAN is comprised of: User Equipment (UEs)
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