First, such a distributed mobility management always provides the shortest data path between MS and the Internet without traversing the core network.
This distributed mobility management leads to a significant reduction of signaling and data transmission delay. Also, low end-to-end latency requirements of ‘less than 5 ms’ for new 5G services such as immersive UHD video streaming, cloud gaming, and virtual reality, cannot be archived solely by reducing radio access latency but would also require
a flatter network architecture design.
In the flat network architecture, services which require low latency transmission can be provided by Edge Servers
and they can benefit from advanced network features which utilizes network information for optimal operations.
First, such a distributed mobility management always provides the shortest data path between MS and the Internet without traversing the core network. This distributed mobility management leads to a significant reduction of signaling and data transmission delay. Also, low end-to-end latency requirements of ‘less than 5 ms’ for new 5G services such as immersive UHD video streaming, cloud gaming, and virtual reality, cannot be archived solely by reducing radio access latency but would also require a flatter network architecture design. In the flat network architecture, services which require low latency transmission can be provided by Edge Servers and they can benefit from advanced network features which utilizes network information for optimal operations.
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