Successful Demonstration of End-to-End Network Slicing in 5G Standalone Network

23/09/2020

-Enabling the provision of quality control and low latency communications according to application or requirements by virtual 5G network partitioning-

KDDI Corporation

September 23,2020

KDDI, in cooperation with Samsung Electronics Co., Ltd. (Head Office: Suwon, South Korea; CEO: Kinam Kim; Samsung Electronics) , has successfully demonstrated network slicing in a 5G standalone network (5G SA) [

1]. In the demonstration, end-to-end (E2E) [

2] network is partitioned virtually in order to achieve multiple communication with qualities such as quality assurance, low latency and the like according to the application or needs of customers.

This is the worlds first [

3] successful demonstration of the generation of E2E network slicing where the RIC [

4] defined by the O-RAN Alliance [

5] is used to control network slicing.

Background to the demonstration

The 5G network currently provided by KDDI achieves ultra-high speed, high capacity communication services integrated with 4G in a non-standalone configuration.

For a 5G SA that we will be providing in future, we expect to introduce E2E network slicing. It enables us to provide communication functions suitable for different applications or requirements according to the purpose of use in each case; for example factory automation such as sensor information collection and remote operation in the manufacturing industry, and autonomous driving and operation control in the transportation sector.

KDDI has succeeded in the operational verification of network slicing conducted with a 5G core network (5G core) in the 5G SA configuration as part of the demonstration carried out in February 2020 [

6] in order to maximize the advantages of 5G, including network slicing. We are also moving forward with technology development and verification assuming specific use cases in cooperation with our partner.

About the demonstration

In this demonstration, in cooperation with Samsung Electronics, KDDI has implemented the RIC defined by the O-RAN Alliance in the base station network (RAN) [

7] as a new control function that ensures communication quality established in advance. By connecting the RAN to communication devices supporting 5G SA, 5G core and MEC [

8] , we have succeeded for the first time in the world in generating multiple network slices, including quality assurance and low latency, simultaneously in E2E even in conditions where communication is congested.

Previously, there was no established technical approach to providing multiple network slices that guarantee different communication qualities in E2E. Our demonstration successfully developed a technology to guarantee quality in E2E by generating network slices that include not only 5G cores, but the RAN equipped with the RIC.

As an O-RAN Alliance member, KDDI is working for standardization in an effort to realize network slicing. The outcome of our demonstration will contribute to the promotion of consideration within the O-RAN Alliance.

KDDI drives the integration of telecommunications and life design. While moving with society toward a future of sustainable growth and development, we promote technology development related to 5G based on the knowledge obtained through this demonstration. Through the provision of even more easy to use and highly reliable communication services, KDDI will contribute to increased sophistication in the industry and create new social value.

[1]

A system in which a 5G base station is combined with a core network developed specifically for 5G.

[2]

Communication from a device to another device which goes through a section comprises a core network and base stations.

[3]

As of September 23, 2020; a survey by Samsung Electronics.

[4]

An abbreviation for RAN Intelligent Controller. This controller performs advanced control of the RAN as defined by the O-RAN Alliance. Through sophisticated control enabled by the combination of AI and machine learning, RICs are expected to improve communication quality.

[5]

An abbreviation for Open Radio Access Network Alliance. An industry organization engaged in activities aimed at making 5G and other next-generation wireless access network more open and intelligent.

[6]

KDDI news release dated February 20, 2020.

Successful Demonstration for the Implementation of a Standalone Configuration in a 5G Core Network

[7]

Radio Access Network. A network for communication between communication devices and the core network.

[8]

An abbreviation for the Multi-access Edge Computing. This technology reduces the latency in the communication by arranging a server close to communication devices.

The information contained in the news releases is current at the time of publication. Products, service fees,service content and specifications, contact information, and other details are subject to change without notice.

LINK:	https://news.kddi.com/kddi/corporate/english/newsrelease/2020/09/23/46...
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Successful Demonstration of End-to-End Network Slicing in 5G Standalone Network

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