170804 eu-jp project rapid5g brings 5g to the...
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![Page 1: 170804 EU-JP project RAPID5G brings 5G to the publicw3w.oe.uni-due.de/start/about/presse/170804_rapid5g_demo.pdf · and University Kent) and six Japanese (University Osaka, Hitachi,](https://reader035.vdocuments.site/reader035/viewer/2022071505/61255db162ea2208b36fd848/html5/thumbnails/1.jpg)
EU-JapanprojectRAPID5Gbrings5GtothepublicVeryrecently,inJuly2017,theRAPID5G(www.rapid-5g.eu)projectdemonstratedthefirstpubliclyaccessiblelivedemonstrationofits60GHz5Gtechnology.
Oneofthekeyusecasesofthenext,i.e.the5th,mobilegenerationisenhancedmobilebroadband(eMBB),whichisdrivenbytheconsumers‘everincreasingusageofmobiledata.TheRAPID5GconsortiumhasidentifiedthekeyperformanceindicatorsrequiredtosupporteMBBandtoprovidebestuserexperienceandhighestdataratesincrowdedareas.
OnJuly12th,RAPID5Gdemonstrateditsnew5Gtechnologyforthefirsttimeinapublicspaceunderreal-lifeconditions.ThedevelopedRAPID5GmobileenvironmentenablesinteroperabilitybetweenheterogeneousmobiletechnologiesincludingLTE,WiFiand60GHz5G.Thereby,allmobiletechnologiesaresupportedbyacentralizedfiber-opticfronthaulnetwork.InadditiontoeMBB,theRAPID5Gsystemalsosupports“hotspot”usecasesallowingusersindenseareastodownloadmultimediacontentorprovidingwirelessconnectivitye.g.forvirtualreality(VR)glasses.
Interoperabilityisanimportantfeature,asthenew5Gtechnologycannotjustreplacelegacysolutions,buthastocoexistwitholdermobilegenerations.RAPID5GusesmobileIPtechniquestoenhanceuserexperiencebyprovidingseamlesshandoverbetweenthedifferentwirelesstechnologies.Inthepublicshowcase,themobileIPhomeagentautomaticallyswitchesthedatatraffictothebestavailableservicebetweenWiFi,LTEand60GHz5G.Thisway,connectionlossispreventedanddowntimeduetonetworkregisteringisvastlyreduced.
Forthepublicshowcase,theBlueCityshoppingmallinWarsawhasbeenconnectedtoaremotedatacenterusinga11kmlongdarkfiber.Intheshoppingmall,adistributedantennasystemisemployedtoprovideconnectivitybetweentheserverroomoftheshoppingmallandthevariousantennassitesinthepublicareaoftheshoppingmall.ForbeingabletoproviderealLTEtraffictothecustomers,theRAPID5GconsortiumhasbeensupportedbyamajorPolishtelecomoperatorwhoprovidinganLTEbasestation.
Duringtheshowcase,horizontalhandoverbetweenWiFi,LTE,and60GHz5Gaswellasverticalhandoverbetweendifferent5Gcellswasshowntocustomersandjournalists.WhenthemobileuserisconnectedtotheRAPID5G5Gtechnology,thedownloadratecouldbeincreasedtobeyond800Mbit/s.ItisimportanttomentionthattheemployedRAPID5G60GHztechnologyprovidesbeam-steering,i.e.the60GHzantennaishighlydirectiveandthebeamcanfollowtheuser.
Inaddition,theRAPID5Gconsortiumhasdevelopedthetechnologyfora5G60GHzvideohotspotsupportingcellcapacitiesbeyond6Gbit/s.Inthepublicshowcase,thehotspotinfrastructureprovidedsmallcellcoveragetomultipleusersusingsteerableanddirective60GHzbeams,e.g.fordownloadingmultimediacontentorstreaminguncompressedreal-timevideos.Otherapplicationsofthishotspottechnologyincludewirelessaccesse.g.intrains,airportsorothercongestedindoorareasaswellaswirelessconnectivitye.g.toTVscreens(wirelessbeamer)orvirtualrerality(VR)glasses.Duringtheshowcase,thecustomersandjournalistscouldexperiencean8K360°VRheadsetthatwasconnectedwirelesslyviatheRAPID5G60GHzmobileservice.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 643297.
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TheRAPID5GconsortiumTheRAPID5GconsortiumconsistsoffiveEuropean(UniversitätDuisburg-Essen,Exatel,Corning,Siklu,andUniversityKent)andsixJapanese(UniversityOsaka,Hitachi,ENRI,DoshishaUniversity,CRIEPI,andKODEN)academicandindustrialpartners(www.rapid-5g.eu),whicharededicatedtothefutureofmobile5Gcommunicationsnetworks.TheprojectisjointlycoordinatedbyProf.Dr.AndreasStöhrfromUniversityDuisburg-Essen,GermanyandProf.Dr.HiroshiMuratafromOsakaUniversity,Japan.
TheRPAID5GtechnologyisshowcasedinashoppingmallinWarsaw,EuropeandafootballstadiuminOsaka,Japan.
SchematicillustrationoftheRAPID5Ginfrastructureinstalledintheshoppingmalltoprovideheterogeneous(WiFi,LTE,and60GHz5G)mobileservicesaswellasa5Ghotspot.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 643297.
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Accesspoint(AP)installationsforWiFi,LTEand60GHz5GinthecellingoftheBlueCityshoppingmall.
MichalSzesnyfromEXATEL,explainingtheRAPID5GtechnologytopublicandinvitedjournalistsintheBlueCityshoppingmallinWarsaw,Poland.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 643297.
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Customerexperiencing8K360°VRstreamingsupportedbytheRAPID5Ghotspottechnology.
MasonLange,MatthiasSteeg,MichałKościeszaandAndrzejSzczypawka(fromlefttoright)fromUDEandExatelshowingRAPID5G’sover800Mbit/smobiledatarateintheshoppingmall.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 643297.