The Essential Role of Gigabit Lte Lte Advanced Pro in a 5g World (1)

TheessentialroleofGigabitLTE &LTEAdvancedProina5GWorld QualcommTechnologies,Inc. February2017

Ourvisionfor5Gisaunifyingconnectivityfabric Deliveringalways-available,securecloudaccess

Enhancedmobile broadband

Mission-critical services

MassiveInternet ofThings

Unifyingconnectivityplatformforfutureinnovation Convergenceofspectrumtypes/bands,diverseservices,an Convergenceofspectrumtypes/bands, diverseservices,anddeployments, ddeployments, withnewtechnologiestoenablearobust,fu withnewtechnologies toenablearobust,future-proof5Gp ture-proof5Gplatform latform

Ourvisionfor5Gisaunifyingconnectivityfabric Deliveringalways-available,securecloudaccess

Enhancedmobile broadband

Mission-critical services

MassiveInternet ofThings

Unifyingconnectivityplatformforfutureinnovation Convergenceofspectrumtypes/bands,diverseservices,an Convergenceofspectrumtypes/bands, diverseservices,anddeployments, ddeployments, withnewtechnologiestoenablearobust,fu withnewtechnologies toenablearobust,future-proof5Gp ture-proof5Gplatform latform

5Gwillredefineawiderangeofindustries Aplatformfornewconnectedservices — existing,emergingandunforeseen existing,emergingandunforeseen

Immersiveentertainmentandexperiences

Safer,moreautonomoustransportation

Reliableaccesstoremotehealthcare

$12Trillion Worthofgoodsandservices by2035 Improvedpublicsafetyandsecurity

Learnmoreat:5GEconomyStudy Learnmoreat: 5GEconomyStudy

Moreefficientuseofenergy/utilities

LTEAdvancedProestablishesthefoundationfor5G ProvidingessentialservicesfromDay1and Providing essentialservicesfromDay1andearlyexpansionintonewver earlyexpansionintonewverticals ticals

GigabitLTEisessentialtothe 5Gmobileexperience Ensuringseamlessuserexperience withubiquitouscoverage

LTEIoT,C-V2X,ULLareexpanding themobileecosystemtoday 3GPP Release13+

Connectingnewindustriesand enablingnewservices

LTEAdvancedProleadership isthekeyto5Gsuccess World’s1stLTEAdvancedPromodem:

Qualcomm® Snapdragon™ X16

Providesessentialservicesto5GfromDay1 LTEAdvancedProwillbesubmittedwith5GNRtomeetIMT-20201 requirements

GigabitLTE andLAA

Voice (VoLTE)

Providescoveragefoundation essentialtothe5Gmobile experience;LAAglobalizesthe GigabitLTEopportunity

Delivers5Gvoice servicesfromDay1 leveragingthe ubiquitousLTEnetworks

LTE IoT Startstoconnectthemassive InternetofThingsin2017, aheadoffurtheroptimized 5GNRmassiveIoT

CellularV2X (C-V2X)

Ultra-low latency

Establishesfoundationforsafety Bringsubiquitouslow-latency usecases.Trialsstartingin communicationforcommand& 2017.Rel-15+V2Xwillintroduce control,pavingthepathto5G complementarycapabilities NRmission-criticalservices

AlsodigitalTV,publicsafety,dronecommunication,andmore…

Immersive VR & AR

Fiber-like connectivity

Gigabit LTE Essentialtothe5G mobileexperience

Rich entertainment

Instant apps

5GmobileexperiencerequiresubiquitousGigabitspeeds Achievedbymulti-connectivitythatfullyleveragesLTE&Wi-Fiinvestments Simultaneousmulti-connectivity across5GNR/ LTE / Wi-Fi Above6GHz Gigabitspeedsinlocalareas

Gigabit LTE Ubiquitouscoverage withGigabitspeeds

NR Below6GHz

Below6GHz

Elevatesthemobile broadbandexperience withmulti-Gigabitspeed

LTE Modem

world’sfirstGigabit

ClassLTE

Learnmoreat:https://www.qualcomm.com/x16

Qualcomm Snapdragon ®

™

835

WiththeintegratedSnapdragon X16LTEmodem •

4x20MHzCarrierAggregation

•

4x4MIMOand256-QAM

•

1stwithLTELicenseAssistedAccess

IntroducingQualcommSnapdragonX20 QualcommTechnologies’secondgenerationGigabitLTEmodem Upto1.2Gbps- Cat18DL Upto12spatialstreams;4x4MIMOon3LTEcarriers;5x20MHzcarrieraggregation

Upto150Mbps- Cat13UL via2x20MHzCAand64-QAM

LicenseAssistedAccess –  GigabitGlobalization Reducinglicensedrequirementto10MHz;upto80MHzonunlicensedspectrum

SupportforCBRS –  Sharedspectrum Newspectrumsharingparadigmtoenhanceexistingnetworks,supportnewones

Builtonaleading-edge 10nmFinFET process

DualSIMDualVoLTE(DSDV) –  DualIMS BringingthebenefitsofHDandUltraHDVoicetopopularDualSIMfeature

Mission-critical Drone ULL Industrialautomation services

LTEAdvancedPro isexpandingthe mobileecosystem today

DigitalTV broadcasting Public safety

M2M/IoT services

Voice services

SMS MMS Web Email Multimedia

Analog

D2D MCVideo MCPTT MCData

Telepresence

CBRS MulteFire

Telematics eCall C-V2X Connectedinfotainment MTC

NB-IoT eMTC

Gigabit LTE ULL Apps Immersive experiences

VoLTE Digital

enTV

Newspectrum LTE-U/LAA LSA LWA types

Auto services

Data services

eMBMS

LTEIoTstartstoconnectthemassiveIoTin2017 Tobecomeakey5Gservicepillaraheadof5GNRmassiveIoT Twonewnarrowbandtechnologiesin Rel-13,evolvingfurtherinRel-14+

Coexistencewithtoday’s

mobilebroadbandservices Reduced complexity

Multi-year batterylife

Deeper coverage

Highernode density

MDM9206 FlexiblechipsetplatformforeMTC (Cat-M1)/NB-IoT(Cat-NB1) https://www.qualcomm.com/lte-iot

• • • •

eMTC

ScalesdownLTEtoaddressthe broadestrangeofIoTusecases

NB-IoT

Optimizestolowestcost/powerfor delay-tolerant,low-throughputIoT usecases

Globaldual-modesolution — singleSKU Multipledesignwinsacrossindustry-leadingOEMs Cat-M1modulescommerciallyavailabletoday SoftwareupgradetoCat-NB1support

C-V2Xestablishesthefoundationforsafetyusecases Rel-15+V2XwillaugmentRel-14V2Xwithcomplementaryandnewcapabilities Rel-14V2X Directcommunicationfor V2Xsafetyusecases

V2V/V2P / V2I1

Rel-15+ V2X Networkcommunicationsfor situationalawareness

Complementarycapabilities (e.g.,sensorsharing); interworkingwithRel-14

V2N2

InitialC-V2Xspec. completed3 in2016

Broadindustry support — 5GAA Learnmoreat:https://www.qualcomm.com/c-v2x

Trialsstarting in2017

LTEAdvancedProestablishesthefoundationfor5G Pioneering5GNRtechnologiesandverticals Significantlyimproveperformance, scalability,andefficiency

5GNewRadio(NR) NR-BasedmMTC Multi-GbpseMBB (sub-6GHzandmmWave) NR-basedLAA+ Ultra-reliable&low-latency

    s      l     a     c      i      t     r     e     v     w     e      N

CellularV2X(C-V2X)

C-V2Xsafetyfeatures

Ultra-lowlatency

Ultra-lowlatency

NewC-V2Xcapabilities

DigitalTV

eMBMS enhancements

enTV,e.g.,sharedbroadcast

InternetofThings

eMTC,NB-IoT

FeMTC,eNB-IoT

Unlicensedspectrum

LAA

eLAA

Mobilebroadband

GigabitLTE

Enhancements,e.g.,FD-MIMO

LTEAdvancedPro

Further enhancements andnew capabilities

Furtherenhancements towardsIMT-2020 inexistingspectrum

LeadingthewaywithLTEAdvancedPro

X16 Togetherwith

LTEModem

C-V2Xtrials startingin2017

World’sfirstLAA

deviceandnetworklaunch

Broadindustryadoption ofCat-M1andCat-NB-1

AnnouncedthefirstC-V2Xtrial withAudiandothersbasedon 3GPPRel-14

Conductedover-the-airLAAtrial withDTinNov.2015andeLAA withSKTinSep.2016

World’sfirstGigabitLTE AchievedGigabit-class

Secureddesignwinsacrossthe

downloadspeedsonTelstra’s

majorityofindustry’soperators

commercialLTEnetwork

andmoduleOEMs

andeLAA trials

DrivingtheGigabit LTEevolution 3GPPRelease13andbeyond

AchievingGigabitLTEandbeyond

Higherpeakratesbyaddingmore, higher-efficiency 100Mbpsstreams

NewGigabitLTE devicecategories

1,2

Utilizinghigherordermodulation (256-QAM)

Category19 (1.6Gbps)

Category18 (1.2Gbps)

Addingupto 4MIMOlayers

X20LTEModem 1st LTECarrier

2nd LTECarrier

3rd LTECarrier

Category16 (1Gbps)

4th LTECarrier

AggregatingmorecarriersacrosslicensedandunlicensedwithLAA

3

X16LTEModem

LAAakeyenablerofGigabitLTE — pavingthepathto5GNR Shared/unlicensed (3.5GHz/5GHz)

EvolvestoeLAA2

Carrier aggregation

1

LTE+ LAA

EnablesMulteFire Alsofortieredsharing, e.g.,CBRS3.5GHz

LicensedAnchor (400MHz –  3.8GHz)

Commercial launchesin2017

CommonLBT 3 ensuresfairsharing

FCCgrantedfirst equipmentcertification4

Supportedinourchipsets, e.g.,Qualcomm®Snapdragon™ X16processor

Industry-wideLBTagreementinETSI thatappliestoLAA,Wi-Fi,MulteFire

AuthorizedQualcommTechnologies inSept.2016andsubsequently grantedothers

Learnmoreat:www.qualcomm.com/laa

GigabitLTEisessentialtothe5Gmobileexperience Multi-connectivityfullyleveragesLTEinvestmentsandprovidesVoLTEservice Existingdeployments

5Gaugmenteddeployments GigabitLTE,VoLTE GigabitLTE,VoLTE

5GNRbelow6GHz 5GNRabove6GHz

Ubiquitous LTEcoverage

500+

7,000+

Seamlessmobility

1.6B+

Commercial Commercial LTE/LTEAdvanced networklaunches devicesacross subscriptions in170countries 100’sofvendors worldwide

5GNRmulti-Gbps Hotspot,e.g.mmWave

Simultaneousmulti-connectivity across5G/LTE/Wi-Fi

New5GNRSub-6GHz andLTEcoverage

EvolvingGigabitLTEinmultipledimensions Carrieraggregation(CA)evolution Aggregatingmorecarriersacrossdiversespectrum

Higher-ordermodulation Introducing256-QAMinuplink

Gigabit LTE

EnhancedLAA(eLAA) Makingevenbetteruseofshared/unlicensedspectrum

EvolvingtomassiveMIMO Exploiting3Dbeamformingbyutilizingmanymoreantennas

Newdimension — ultra-lowlatency NewFDD/TDDdesigntoreduceroundtriptime(RTT)

Higherpeakrate Morecapacityand higherpeakrate Morecapacity Morecapacity and betteruniformity Improvedthroughputand real-timeperformance

Towardsultra-lowlatencyinthe~1msrangewithLTE Newultra-lowlatencyimprovementsproposedinRel-14+

Improvedthroughput performance

Betteruserexperience forreal-timeapplications

Pavingthepathfor mission-critical services

ByaddressingTCP/UDP throughputlimitations (e.g.,TCPslowstart)

Suchasreducingpacketand callsetupdelayforVoice- or Video-over-IPapplications

Optimizingforlower-latency,highreliabilitycommand&controlof drones,robotics,industrialequipment

NewFDD/TDDdesigndeliverslatencyinthe1msrange

1

ReducingturnaroundtimewithshorterTTIandmoreefficientHARQprocessing Shortertransmissiontimeinterval(TTI)

Significantlylowerroundtriptime(RTT)

TraditionalLTEsubframe(1ms)

2-symbolTTI=~140us

FDD 14OFDMDataSymbols( ~70useach)

14symbolTTI(LTE/LTEAdvancedtoday) 7-symbolTTI

Data

0

1

Faster HARQRTT

2

3

4

5

0

Shorterprocessingtime(n+3)

ACK0

ACK

FasterHARQRTT=~1ms

(0.5ms)

ShortenedTTI=0.5ms

4-symbolTTI 2-symbol TTI

(~270us)

ShortenedTTI options 2

(~140us)

TDD ShortenedTTI reducesRTT

DL Subframe

DL Subframe

S Subframe

UL Subframe

Shorterprocessingtime(n+3) Delaycanrangefrom3to7subframes dependingonsubframescheduling

1.Over-the-airlatencybasedonLTE/LTEAdvancedHARQRTTtoday≥8ms;LTEAdvancedPr o= ~1ms

Continuedlicensedassistedaccessevolution KeyenablerofGigabitLTEusingaslittleas10MHzoflicensedspectrum Downlinkanduplinkaggregation Shared / unlicensed (3.5GHz / 5GHz)

Carrier aggregation1

LTE+ LAA

Licensedanchor (400MHz – 3.8GHz)

Release13 — LAA

Release14 — eLAA

Downlinkaggregation 2 • FairWi-FicoexistenceusingLBT 3 • ~2xperformanceoverWi-Fi

•

•

Addsuplinkaggregation 4 • Complexityreduction

1.AggregationofunlicenseddownlinkanduplinkispossiblewitheitherlicensedTDDorlicensedFDD;2.Listen-Before-Talk3.Assumptions:Densedeploymentsprovides ~2xbettercapacityandrange.3GPPLAAevaluation

EvolvingtomassiveMIMOtoincreasecoverage/capacity Deliveringamoreuniformuserexperience

Elevation beamforming

Exploit3D beamforming utilizinga2D antennaarray

Averagethroughput Celledgethroughput

Azimuth beamforming 2.2x 1x

1x

4x2MIMO

Release13FD-MIMO

Release14MassiveMIMO

2Dcodebooksupportfor8-,12- and 16-antennaportswithreferencesignal enhancementsforbeamforming

Supportupto32-antennaportswith improvements1 tobeamformingaccuracy andefficiencyforMU-MIMO

2.8x

3.5x

4.0x 3.1x

1.5x 8x2MIMO

16x2MIMO

32x2MIMO

Furtherenhancements inRelease15andbeyond

5GNRRel-15 elevatesthemobilebroadbandexperience 1

Newspectrumtechnologiesthatutilizenewbandsandwiderbandwidths mmWave spectrum2

Newsub-6GHz spectrum

Excelsinwider bandwidths

LTEinexistingsub-6GHz bandsprovidestheanchor

Expandingtohigherfrequencies leveragingexistingcellsites

Improvedperformance,efficiency,and abilitytoleverageevenmoreantennas

1GHz 6GHz

    w     o      L

1GHz     s      d     n     a      b         h     g      i      H

100GHz

New5GNR 600MHz(US) 700MHz(EU)

5GNRscalablenumerology e.g.,1,1.5,5,10,20,80/100,160,500MHz

5GNRRel-15 willsupport bandsupto 40GHz

     d      i      M

6GHz

New5GNR in3GHzand 4GHzbands

LTEnumerology e.g.,1.4,3,5,10,15,20MHzand higherbandwidthachievedbycarrieraggregation

5GNRwilltakemobilebroadbandtothenextlevel

Enhancedmobile broadband Extremethroughput Ultra-lowlatency Uniformexperience

NewTDD/FDDdesign

MobilizingmmWave

Self-containedsubframe, scalableTTI,advancedHARQ tosignificantlylowerlatency

Usingvastavailableamountof higher-bandspectrumtodeliver extremebroadbandservices

MassiveMIMO

Widerbandwidth

Reciprocity-baseddesignto moreefficientlyincrease capacityandcoverage

Scalablenumerology toaddressdiversespectrum anddeployments

Advancedchannelcoding

Sharedspectrum

LDPCtodeliverhigher efficiencyforlargerblock datatransmissions

Moreefficientuseoflimited spectrumresourceswithnew sharingparadigms

Device-centricmobility Overheadreductiontoimprove mobilityandenergyefficiency Learnmoreat:https://www.qualcomm.com/5g-nr

Pioneering sharedspectrum technologiesinLTE

Newspectrumsharingparadigms — opportunitytoinnovate Licensedspectrum

Sharedspectrum

Exclusiveuse

Newsharedspectrumparadigms

Shareduse

Example:2.3GHzEurope/3.5GHzUSA

Example:2.4GHz/5GHz/60GHzglobal

Over40cellularbandsgloballytodate

Unlicensedspectrum

Spectrumsharing

Unlocksmore spectrum

Increasesspectrum utilization

Newdeployment scenarios

Spectrumsharingvaluableforwiderangeofdeployments Spectrumaggregation

Enhanced localbroadband

Privatenetworks

Extremebandwidthsandmorecapacity

Neutralhost,neighborhoodnetwork…

Enterprise,IndustrialIoT…

Enhancingexisting deployments,e.g.,LAA1

Newtypesofdeployments,e.g., MulteFire™orLTE-basedtech.inCBRS2

Makingbestuseofshared/unlicensedspectrum 1

Licensed spectrum

LTE-U/LAA Anchor

Targetingmobileoperators usingLTEinunlicensed spectrumfornewsmall celldeployments

Aggregation

Exclusiveuse 2

LWA /LWIP

MulteFire

Unlicensed spectrum Shareduse

Wi-Fi

4

3

Targetingmobileoperators leveragingexistingcarrier Wi-Fideployments

BroadensLTEecosystem toenhancedandnew deploymentopportunities, suitableforneutralhost

Evolvingforenhanced performanceandexpanding tonewusagemodels,used todayasneutralhost

MulteFire™providesthebestofbothworlds LTEtechnologyoperatingsolelyinunlicensedorsharedspectrum LTE-like performance •

Wi-Fi-like deployment simplicity

Enhancedcapacity andrange

•

Unlicensedspectrum, e.g.,5GHz

•

Seamlessmobility

•

Robustuserexperience

•

Suitableforneutralhosts

•

Hyper-dense, self-organizing

•

Leaner,self-contained architecture

•

LTEsecurity

•

Over-the-aircontention

•

VoLTE,LTEIoT,LTE broadcast...

Harmoniouslycoexistwith Wi-FiandLTE-U/LAA1

LTEWi-FiAggregationforexistingandnewcarrierWi-Fi Uplinkanddownlinkdataaggregationin2.4/5/60GHztoboostdatarateandcapacity

Wi-Fi (2.4,5,60GHz)

Robustuserexperience Licensedanchorforcontrolandmobility

Unifiednetwork OperatorLTEnetworkinfullcontrolofWi-Fi

Higherdataspeeds SimultaneouslyusingbothLTEandWi-Filinks Modem-levellinkaggregation

LTEAnchor (LicensedSpectrum)

Aggregatingnewspectrumbands Includingsupportfor802.11ad(60GHz)in Rel-14forhigherthroughputandmorecapacity

PioneeringsharedspectrumtechnologiesinLTE

Incumbents PAL GAA

LSA1

LTE-U

LAA2

Technically extensivepilotin FrancewithEricsson andRedinJan2016

Wedesignedthe originalproposal, commercializedby theLTE-Uforum

Firstover-the-air trials,LAAwithDT Nov.2015andeLAA withSKTSep.2016

CBRS3

Afounderofthe MulteFireAlliance, firstover-the-air connectionOct2016

Afounderofthe CBRSAllianceand akeycontributorto coexistence

Usheringinnewspectrumsharingparadigmswith5G PioneeringspectrumsharingtechnologieswithLTEtoday

5G NR

Shared spectrum technologies

5GNewRadio(NR) Sub6Ghz+mmWave

Spectrumaggregation

LTE-U/LAA

NRbasedLAA

Technologyaggregation

LWA(LTE+Wi-Fi)

Multi-connectivity:NR,LTE,Wi-Fi

Tieredsharing(incumbents)

CBRS,LSA

NRbasedtieredsharing

Standaloneunlicensed

MulteFire

NRbasedMulteFire

LTEAdvancedPro Spectrumbelow6GHz

Expandingthe mobileecosystem tonewverticals

Expandingmobileecosystembypioneeringnewverticals Vehicle-to-everything(C-V2X) Givevehiclestheabilitytoreliablycommunicatewith eachotherandeverythingaroundthem

Publicsafety

Dronecommunication

LeveragethevastLTE ecosystemforrobustpublic safetycommunications

Enableagrowingsetof droneusecasesleveraging extensiveLTEcoverage

DigitalTVbroadcasting

InternetofThings

Evolvebroadcasttodeliver aconvergedTVnetwork

ScaledownLTEformachinetype,low-power,wide-area communication

Ultra-lowlatency Bringubiquitouslow-latencycommunicationfor

LTEIoTstartstoconnectthemassiveIoTin2017 Tobecomeakey5Gservicepillaraheadof5GNRmassiveIoT

Reducedcomplexity Narrowband(1.4MHzor200kHz) plusfurthercomplexityreductions

Multi-yearbatterylife

Deepercoverage

Enhancedpowersavemodes andmoreefficientsignaling

Upto20dBbetterlinkbudget forhard-to-reachlocations

Highernodedensity Optimizationstosupportalarge numberofdevicespercell

Scalingdownincomplexityandpower

NewnarrowbandIoTtechnologies(3GPPRelease13+)

LTECat-4andabove

LTECat-1 LTECat-M1(eMTC)

Cat-NB1(NB-IoT)

>10Mbps nx20MHz

Upto10Mbps Variablerateupto1Mbps 20MHz 1.4MHznarrowband

10sofkbps 200kHznarrowband

EvolvingtoaddressabroaderrangeofIoTusecases Release14+enhancementsaredrivingtowardsmeetingIMT-2020targets Scalingupinperformance/capability

eMTC

Scalingdownincomplexity/power

eMTC andNB-IoT

NB-IoT

EnhancingVoLTE

Single-cellmulticast

Forwearablestomore efficientlyhandlevoice inhalf-duplexmode

EfficientOTAfirmwareupdate forlargenumberofdevices, e.g.,sensors,meters

Higherdatarate

Devicepositioning2

Energy/latencyreduction

Supportingwider bandwidths, e.g.,5MHz

Providinglocationservices e.g.,formobileassettracking andemergencycall

Supporting2HARQprocesses andlargertransportblocks

Mobilityenhancements3 Enablingdevicestomonitor andreportchannelconditions forinter-cellhandovers

Lowertransmitpower 4

Newpowerclasses fordevices withsmallerbatteries

C-V2Xwillenableconnectedvehiclesofthefuture Givingvehiclestheabilitytocommunicatewitheachotherandbeyond Vehicle-toinfrastructure(V2I)

Vehicle-to-network(V2N) e.g.real-timetraffic/routing,cloudservices

e.g.trafficsignal timing/priority

Vehicle-to-vehicle(V2V)

Vehicle-to-pedestrian (V2P)

e.g.collisionavoidance safetysystems

e.g.safetyalertsto pedestrians,bicyclists

C-V2Xestablishesthefoundationforsafetyusecases Rel-15+V2XwillaugmentRel-14V2Xwithcomplementaryandnewcapabilities Directcommunication (Worksin-coverageandout-of-coverage) TosupportVehicle-to-Vehicle,Vehicle-to-Infrastructure,and Vehicle-to-Pedestrianusecases Beyondline-of-sight(100sofmeters),e.g.,aroundcorner • NoSIMrequired;nonetworkrequired • Latency-sensitiveusecases,e.g.,V2Vsafety • Network-connectedinfrastructure(V2I)canenablenewbusinessmodels •

CommondedicatedV2V/V2P/V2Ifrequency PC5interfacee.g.,location,speed

Networkcommunication (Leveragingexistingmobilenetworks) V2Xservercanbroadcastmessages;vehiclescan sendmessagestoserverviaunicast — Vehicle-to-Network Wideareanetworkscommunications • LeveragesexistingLTEnetworks • Morelatencytolerantusecases,e.g.,V2Nsituationalawareness •

Single/multipleMNOmanagednetworks Uu interfacee.g.,accident1kilometerahead

Pathto5Genablesabroadsetofautomotiveusecases C-V2Xestablishesthefoundationforsafetyservices MBB Anchorforthe5Gmobile automotiveexperience

Multi-gigabitdownlinkfor streaming,VR/AR,and3D/HD maps;anduplinkforremote supervisorycontrol

IoT Gigabit LTE Today

LTEIoT Today

5GNR eMBB

5GNR MIoT

Rel-15+

Rel-16+

Enablesremotesensingandcontrol indeepcoverageconditions

Newcapabilitiesandfurther optimizations(e.g.,multi-hopmesh fordeepercoverage,lowerpower)

C-V2XRel-14

C-V2XRel-14and Rel-15+

Provideshighlyreliable, real-timecommunicationfor automotivesafetyusecases

AugmentsRel-14withnewandcomplementary capabilities(e.g.,sensorsharing); whilemaintainingbackwardcompatibility

Acceleratingcellulardronecommunicationtechnology AnnouncedtrialwithAT&Ttoprepareforwide-scaledeployments

TestingdroneoperationovercommercialLTEnetworks OptimizeLTEnetworks

Informregulators

Accelerate5Gdevelopment

Enhancecommercialnetworksfordroneswithout impactingterrestrialdevices,proposedforRel-15+

Helpinformpositivedevelopments indroneregulations

Specificallyformassivedeploymentsof  mission-criticaldroneusecases

eMBMS deliversterrestrial DigitalTVmoreefficiently 1

Comparedtodedicatedhigh-powerbroadcastnetwork Astrongcandidatetodeliver next-gendigitalTVinEurope

Singlebroadcast networkformobileandfixeddevices  — unicastforon-demandandinteractivity

Efficientlydeliver

470 MHz

DVB-T/T2forterrestrialTV

contenttonewdevicetypes(e.g.,receive-only); alsosupportingnewwaveform&dedicatedcarrier

Sharedbroadcast toserveusersfrommultipleprovidersand operators — enablingnewmediadelivery

608 MHz 614MHz

DVB-T/T2for terrestrialTV

eMBMS’shigherefficiency

eMBMSforterrestrialTV (forsame#ofchannels) 470 MHz

694 MHz

2

Spectrumfreed-upfor newusecases,e.g.,5G

608 MHz 614MHz

1.EvolvedMultimediaBroadcastMulticastService;2.~2xmoreefficientthanDVB-T/ATSCandprovideslongerrangeupto15km(withfurtherextendedCPof200usandfeaturessuchas2x2MIMO,256QAM,increased

694 MHz

Sharedbroadcastfornewmediadeliverymodels Serveusersfrommultipleprovidersandoperatorsoncommonbroadcastcarrier

Mobileoperator serviceplatform

APIaccess

Thirdpartycontentproviders TV,PaidTV,MediaStreaming,etc.

OperatorA

OperatorB

Unicastspectrum

Unicastspectrum

CommoneMBMS Commonspectrumacrossoperators

UserscanaccesscontentevenwithoutsubscriptionandSIMcard

5GNRwillcontinuetheexpansionintonewverticals BydeliveringevenbetterefficienciesandnewcapabilitiesfromRel-15+ MassiveInternetofThings Scalablethroughput

Extendedcoverage

Fromkbpstomulti-Gbpsthat Fordevicesathard-to-reach providesnewflexibilitiestoawide locationsbysupportingrelaysand rangeofdevices managedmulti-hopmesh

Mission-criticalservices Ultra-highreliability

Stronge2esecurity

Ultra-reliabletransmissionsthat canbetimemultiplexedwith nominaltrafficthroughpuncturing

Securityenhancementstoair interface,corenetworkand servicelayer

Lowerpower

Highernodedensity

Ultra-highavailability

Low,boundedlatency

Moreefficientandreduced signaling,suchasdevice-centric mobilityandon-demandbroadcast

Bettersupportforsmalldata exchangesbyusinggrant-free transmissions(e.g.,RSMA1)

Multi-connectivity/redundant linksforfailuretoleranceand extrememobility

Faster,moreflexibleframe structureandgrant-freeuplink access(e.g.,RSMA)

Smartcities

Smartutilities

Connectedretail

Autonomousvehicles

Connectedbuildings

Sensornetworks

Assettracking

Medical

Drones

Robotics

Industrialautomation Smartenergy

Anyonecantalkabout5G. Wearecreatingit.

TM

QualcommhasledtheevolutionandexpansionofLTE Ourfundamentalsystems-levelinventionsareleadingtheworldto5G

Carrier aggregation

Hybrid ARQ

Fastlink adaptation

OFDMA,SC-FDMA waveforms

Leadingin5Grequires CoMP

CSFB

Lowerpowerconsumption technologies,e.g.DTX/DRX

LTEBroadcast (eMBMS)

Handover procedure

Smallcellselfconfigurationtechniques

4GLTE leadership

LTE-U/LAA/ eLAA

MulteFire

Smallcells interferencemanagement

LWA

AdvancedMIMO technologies,e.g.ULMIMO

LTEDirectand C-V2X

LAAand MulteFire

GigabitLTE

™

LTE IoT

CellularV2X (C-V2X)

Pioneeringtechnologies — expanding themobileecosystem

Drone

Accelerating5GNR — Theglobalstandardfor5G 5Gstudyitems 3GPP5GNR R14StudyItem

R155GWorkItems

R165GWorkItems

Accelerating5GNR with trialsandearlydeployments

R17+5Gevolution

1

Verizon5GTF KT-SIG

X50

Samples

2017

2

5GNRR16launches

Products

ContinuetoevolveLTEinparallelto becomeacriticalpartofthe5GPlatform

GigabitLTEandLTEIoT deployments

2016

5GNRR15launches

2018

2019

2020

2021

2022

Earlyavailabilityof5GNRthankstoNSA architecture 1

3GPPalsodefiningnew5GNextGencorenetworkinparallel LTERAN

LTEEPC

S1interface(controlanduserplane)

Enablesinitial5GNR deployments GigabitLTE Ultra-Low Latency2

NB-IoT

5GNRRAN MBB

IoT

ULL2

Userplane

Optimizedcorenetworkfunctions Rel-15

eMBB NB-5G

Mission-critical

Rel-16+

Rel-15+

Wearedesigningaunified,morecapable5Gairinterface Significantlyimproveperformance,costandenergyefficiency Diverse spectrum

Diverseservices anddevices

Licensed,sharedlicensed, andunlicensedspectrum

Fromwidebandmulti-Gbps tonarrowband10sofbits persecond

Spectrumbandsbelow 1GHz,1GHzto6GHz,and above6GHz(incl.mmWave)

Efficientmultiplexingofhigherreliabilityandnominaltraffic

FDD,TDD, halfduplex

Fromhighusermobility tonomobilityatall

Device-to-device,mesh, relaynetworktopologies

Fromwideareamacroto indoor/outdoorhotspots

Diversedeployments

5GNRRel-15 willestablishthe5Gfoundation 1

ForenhancedmobilebroadbandandRel-15+missioncriticalandmassiveIoT OptimizedOFDM-based waveforms

Acommon, flexibleframework

Advancedwireless technologies

WithscalablenumerologyandTTI, plusoptimizedmultipleaccessfor differentusecases

Toefficientlymultiplexservicesand featureswithadynamic,low-latency TDD/FDDdesign

SuchasmassiveMIMO,robust mmWave,advancedchannelcoding, anddevice-centricmobility

Unifieddesignacrossspectrumtypesandbands Forlicensedandshared/unlicensedspectrumbandsbothbelow6GHzandabove6GHz 2

5GNRisaplatformforfutureinnovation Aflexibleframeworkwithforwardcompatibilitythatcansupportunknownservices Forward compatibilitywith

Integrated frameworkfor variousservices

‘blank’resources1

Efficient mission-critical transmissions2

Blanksubcarriers D2D

ScalableTTI

eMBB

Multicast DL

Scalablelatency adaptedtospecific serviceneed

Newinnovativedesigns suchasself-contained integratedsubframe

DL

UL

UL

Moreflexibility withdynamic uplink/downlink

UL

Anend-to-endsystemapproachtomake5Gareality Best-in-class5G prototypesystems andtestbeds

5Gstandards, technologyand researchleadership

Impactfultrialsand earlydeploymentswith networkoperators 1

ModemandRFFE leadershiptosolve 5Gcomplexity

X50 5GModem

Test,demonstrateandverify ourinnovative5Gdesignsto contributetoanddrive standardization

Advancedchannelcoding, self-containedsubframe, mobilizingmmWave, andmore

Over-the-airinteroperability testingleveragingprototype systemsandourleadingglobal networkexperience

Roadmapto5Gsignificantly morecomplexandfaster moving — buildsuponourrich historyofindustryfirsts

LTEAdvancedProestablishesthefoundationfor5G ProvidingessentialservicesfromDay1andearlyexpansionintonewverticals GigabitLTEandLAA Essentialtothe5Gmobile experience Rel-15 Elevatesmobile broadbandexperience andmorecapacity

Voice(VoLTE) Delivers5Gvoice servicesfromdayone

LTEIoT Startstoconnectthe massiveIoT in2017

CellularV2X

5G NR

Rel-15+ Newmissioncriticalservices

Establishessafetyuse cases,trialsin2017

Ultra-lowlatency Providingubiquitous low-latencyservices

Rel-16+ Furtheroptimizations fortheMassiveIoT

Questions?- ConnectwithUs www.qualcomm.com/wireless

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