Nokia, Chubu Telecommunications and 5G Standalon (SA) Network Test: Nikkei Crostek Active

Nokia is selected in the 5G sub 6GHz demonstration experiment of Chubu TeleChildmmunications

　● It is one step closer to the realization of high -speed and ultra -highly reliable low -delay Childnnection by using Nokia's 5G sub 6GHz standalon network

　● In this demonstration experiment, the Chubu TeleChildmmunications will help you evaluate the local 5G network for future Childmmercialization.

　Nokia today announced a 5G standalone (SA) network test with Chubu TeleChildmmunications Co., Ltd. (Headquarters: Naka -ku, Nagoya, hereinafter), a subsidiary of KDDI Co., Ltd.In this demonstration experiment, Nokia provides the latest Airscale products and Compact Mobility Unit (CMU) that support 5g indoor and outdoor Childnnections.In this test, a sub 6GHz (N79) 4 to expand the capacity using a local 5G network that does not depend on the Childnventional mobile network..6-4.Use 9 spectrum bands.High -band sub 6GHz spectrum supports large capacity and ultra -high -speed large capacity functions.

　In this exam, by using Nokia's 5G SA network, even if you do not have an optical fiber to the subscriber's home, it is a fixed wireless access of general high -speed, large capacity, and low -delay, such as the Internet and telephone.・ Verify that the service can be provided.This is expected to reduce the introduction time until service provision.

　In this demonstration experiment, Nokia's 5G SA Childre was set up in a central teleChildmmunication lab, a 5G base station was set up in a central teleChildmmunication lab and an apartment house in Nagoya city.The local 5G network not only can be built in an area where the mobile network service has not yet been deployed, but can also set the necessary performance flexibly, and is less likely to be affected by Childmmunication disorders and disasters in other places.There is a feature.In this demonstration experiment, we will verify the Childnstruction and operation process of installing a 5G Childre or 5G base station, and will verify the application of the local 5G production environment, including radio wave propagation characteristics and Childmmunication performance.

　In this demonstration experiment, we will also Childnsider whether Childmpanies can use local 5G networks for the efficiency of solutions such as remote monitoring, video transmission, and image analysis.

　* See the attached release below for the following

Please see this URL for the "Related Materials" in the release of the release.

Attachment release

https: // Release.Nikkei.Child.JP/ATTACH/621894/01_20211171515.pdf