With 5G support, users can easily enjoy online 4k/8k video, VR/AR experience and cloud gaming, with user experience rates up to 1Gbps and peak speeds of up to 10Gbps.

mMTC

（Massive Machine Type Communication）

Realize massive IoT, 5G’spowerful connection capabilities can quickly promote the deep integration of various vertical industries such as smart cities, smart homes, environmental monitoring, etc.

uRLLC

(Ultra-Reliable Low Latency Communication)

The connection delay reaches the level of 1ms, and it supports high-reliability (99.999%) connections under high-speed movement (500KM/H). This scenario is more for special applications such as the Internet of Vehicles, industrial control, and telemedicine.

Cloud-Native

5G’s cloud-native architecture, flexible componentization to meet the needs of multiple services. The core network adopts the NFV cloud native architecture, which breaks the boundaries of network functions. The NFs are split into fine-grained micro-service components, and its can be quickly built-in building blocks as needed.
The cloud-native solutions, SDN/NFV network software technology, can provide features such as programmable, flexibility, and modularity. By combining with network slicing technology and MEC technology, multiple customized logical virtual networks can be established on the public network to achieve the customization of network services, on-demand network services, and automation of network deployment and operation and maintenance will bring more possibilities for operators to expand their 5G business.

Network Slicing

The 5G network is an Internet of Everything. Different users in different industries have different application scenarios and performance requirements. A single network architecture cannot meet the various specific aspects of latency, scalability, availability, and reliability of vertical industry services. To solve this problem, NGMN first proposed the concept of network slicing.
Network slicing enables operators to define network resource capabilities in shards and provide various levels of services for different users. Network slicing is an independent logical network running on a shared physical facility, complying with the SLA (Services Level Agreement) of different industries and customers. To achieve this goal, network slicing needs to provide end-to-end services, including access networks, transmission networks, and core networks.

Multi-Access Edge Computing

MEC (Multi-Access Edge Computing), proposed by ETSI, is a technology based on the 5G evolution architecture that deeply integrates mobile access networks and Internet services. MEC can use the wireless access network to provide services and cloud computing functions for nearby telecommunication users.
MEC is based on edge network + computing resources, providing a building block combination of connections, computing, capabilities, and applications to provide users with nearby services and enhance consumers’ high-quality network experience.