Delivering On The Lte Advanced Promise

 

Deliveringonthe LTEAdvancedpromise Faster,bettermobilebroadbandexperience

QualcommTechnologies,Inc. March,2016

 

Theinsatiabledemandforfaster,bettermobilebroadband Toenhancetoday’suserexperiencesandpavethewayfornewones

Higherresolutionphotos/ videoswithmorewaystoshare

Nearinstantaccessto entertainment

 Always-oncloudservices  Always-oncloudservices including“infinitestorage”

Increasingcomplexityof

Higherframe-ratevideo

Newtypesofusecases,

mobilewebpages

communication

e.g.connectedcar,virtualreality 2

 

Efficientlykeepingupwiththe explosioninmobiledatatraffic

30,564,217 Terabytes permonth

Moredevices,morevideo,richercontent

>3,500X 900MsubscriptionsattheendofQ3’2015) subscriptions(estimatedbasedon>900MsubscriptionsattheendofQ3’2015)

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 Achieving GigabitClassLTE

 

LeadingthewaytoGigabitClassLTE  Asignificantmilestonefortheentiremobileindustry  Asignificantmilestonefortheentiremobil eindustry     m     e      d     o      M      n      i       d      t     e     r     o     p     p     u     )     s      S      p      d     b     e     e     M     p     (      S       d     a     o      l     n     w     o      D       k     a     e      P

1 Gbps   ualcomm® Snapdragon™ X16 LTE Modem

>500x Peakdownload

~10x Peakdownload

speedsofearly3G devices

speedsoffirst-gen LTEdevices

600Mbps

450Mbps

300Mbps

100Mbps 21.1Mbps 7.2Mbps 7.2Mb ps 7.2Mb 7.2Mbps ps 10.2Mbps 1.8Mbps

2005

2006

2007

2008

2009

2010

2011

SnapdragonX12LTEModem SnapdragonX10LTEModem

SnapdragonX7LTEModem

150Mbps 100Mbps SnapdragonX5LTEModem

2012

2013

2014

2015

2016

2017

 ApproximateDateofCommercializationbyQualcommTechnologies QualcommSnapdragonisaproductofQualcommTechnologies,Inc.

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Subjecttonetworkavailability  

TechnologyenablersforachievingGigabitClassLTE CarrierAggregation CombinesmultiplesLTEcarriersforwiderbandwidth,e.g.fatterpipe

 Aggregationacrossdiversespectrumtypes Makesthebestuseofspectrum, Makesthebest useofspectrum,e.g.FDD/TDD,license e.g.FDD/TDD,licensed/unlicensedspectrum d/unlicensedspectrum

 AdvancedMIMO Leveragesmoreantennastoincreasespectralefficiency Morebandwidth Betterspectralefficiency Bestuseofallspectrumassets

Higher-ordermodulation(256-QAM) Transmitsmorebitspersymboltoincreasespectralefficiency

9  

CarrierAggregation(CA)forafatterpipe CombinemultipleLTEcarrierdatastreams Upto5xCAfordownlink Upto20MHz

LTEradiochannel1

Upto20MHz

LTEradiochannel2

Upto20MHz

LTEradiochannel3

Upto20MHz

LTEradiochannel4

Upto20MHz

LTEradiochannel5

Higherpeakdatarate andlowerlatency

 Aggregated  Aggregated datapipe datapipe

Upto100 MHzof bandwidth

Betterexperience More Morecapaci capacity ty andbe andbetter tter forallusers networkefficiency1

CAalsopossible intheuplink

Maximizeuseof spectrumassets

1Thetypicalburstynatureofusage,suchaswebbrowsing,meansthataggregatedcarrierscansupport 1Thetypicalburstynatureofusage,suchaswebbrow sing,meansthataggregatedcarrierscansupportmoreusersatthesame moreusersatthesame response(userexperience)comparedtotw response(userexperience)comparedtotwoindividualcarriers,giventhatthefor oindividualcarriers,giventhattheforcarriersare carriersare partiallyloadedwhichistypicalinrealnetworks.Thegaindependsontheloadandcanexceed100%forfewerusers(l networks.Thegaindependsontheloadandcanexceed100%forfewerusers(lessloadedcarrier)butlessformanyusers.Forcompl essloadedcarrier)butlessformanyusers.Forcompletelyloadedcarrier,thereisli etelyloadedcarrier,thereislimitedcapacitygain mitedcapacitygain

betweenindividualcarriersandaggregatedcarriers

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Deliveringhighercapacityforburstyapplications Mobileoperatorscantradeoffincreaseddataratesforhighercapacity Medianuser rate(Mbps)

3x with CA 10 + 10 + 10 MHz)

160

3x No CA separate 10 + 10 + 10 MHz)

140

Typical bursty applications Webbrowsing Videostreaming Socialmedia Navigation Mediadownloads •

120

100

•

•

•

~2.5xUserexperiencegain

80

60

•

~100%Capacitygain

40

20

0 0

10

20

30

40

50

Networkload(Mbps) Basedon3GPPsimulationframework,1stcarrieri onframework,1stcarrieris10MHzin700MHzband,2ndand3rdcarriersare10MHzeachin2GHzband,FTPtraffi s10MHzin700MHzband,2ndand3rdcarriersare10MHzeachin2GHzband,FTPtrafficmodelwith0.5MBfilesize,57macrocellswrap-around,500mISD( cmodelwith0.5MBfilesize,57macrocellswrap-around,500mISD(D1),2x2MIMO, D1),2x2MIMO,

60

11

TU3,NLOS,10degreeantennadowntilt,burstyuserrateiscalcul lt,burstyuserrateiscalculatedfromthedownloadingtimeofthefile. atedfromthedownloadingtimeofthefile.  

EvolvingCarrierAggregationforfasterdatarates Enablemobileoperatorstomaximizeuseofspectrumassets Across diverse spectrum types

Across more carriers Cat16

Cat 9/10/12 Cat6 Cat4 Upto 150 Mbps 20MHz1

Upto 300 Mbps

40MHz

Upto 600 Mbps

Upto ~1,000 Mbps

60M 60 MHz Hz 10 100 0MH MHz z

Note:UEcategorybandwidthshownarefor2x2MIMO implementation;256-QAMforCat11andabove

Licensed paired

Licensed paired

Licensed unpaired

Unlicensed spectrum

Shared licensed

FDD

FDD

TDD

LTE-U/LAA2

LSA3

110+10CA;2

LTE-UextendsLTEtounlicensedspectrum,basedon3GPPRel.12andsupportsmi censedspectrum,basedon3GPPRel.12andsupportsmigrationto3GPPRel.13LicensedAssistedAccess grationto3GPPRel.13LicensedAssistedAccess (LAA);3 LicensedSharedAccess

12

 

Leveragingmoreantennasforhigherspectralefficiency  AdvancedMIMO(MultipleInput,MultipleOutput)  AdvancedMIMO(MultipleInput,Multipl eOutput)

Relativespectral efficiency 4x4MIMO

1.8x 2x2MIMO

1x 4antennasalsosupportreceive diversityin2x2&4x2MIMOsetup

LTEAdvancedsupports: •

•

•

DownlinkMIMOupto8x8 UplinkMIMOupto4x4 Enhancedmulti-userMIMO

*ContinuestoevolvewithFD-MIMOinRel-13+

Simulations:3GPPframework,21macrocell Simulations:3GPPfr amework,21macrocellswrap-around,500mISD(D1),10MHzFDD,carr swrap-around,500mISD(D1),10MHzFDD,carrierfrequency2GHz,25UEsper ierfrequency2GHz,25UEspercell,TU3km/h,full cell,TU3km/h,full-buffertraffic,noimbalanceorcorrel -buffertraffic,noimbalanceorcorrelationamongantennas.2x4MIMOusedfor ationamongantennas.2x4MIMOusedfor

receivediversitygainof1.7xcomparedto2x2MIMO,simil receivediversitygainof1.7xcomparedto2x2M IMO,similarly2x3diversityprovidesa1.3xgainover2x2MIMO arly2x3diversityprovidesa1.3xgainover2x2MIMO

13

 

Usinghigher-ordermodulation(256-QAM) Increasesspectralefficiencyforfasterdownlinkthroughput 64-QAM

256-QAM

 

Eachsymbol represents6 represents 6 bits

Eachsymbol represents8 represents 8 bits

33%more bitpertransmission

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The Theworld’sfirstGigabit world’sfirstGigabitClassLTEmodem ClassLTEmodem Qualcomm® Snapdragon™X16LTEModem

Upto~1Gbps – Cat16DL  –  Cat16DL 3xCA,4x4MIMOon2xCA,256-QAM;Upto4x20MHzCAsupportedwith2x2MIMO

Upto150Mbps – Cat13UL  –  Cat13UL

X16

via2x20MHzCAand64-QAM

LTE-UandLAA – Convergencewithunlicensed  –  Convergencewithunlicensed

LTEModem QuickFacts

GlobalizingaccesstoLTEinunlicensedspectrum

3.5GHzbandsupport – New3GPPbands  –  New3GPPbands Learnmoreat:www.qualcomm.com/X16 Learnmoreat: www.qualcomm.com/X16

QualcommSnapdragonisaproductofQualcommTechnologies,Inc.

 AdditionallicensedLTEspectrumaccess  AdditionallicensedLTEspectrum access

*TheSnapdragonX16LTEmodemachievespeakGigabitClassLTEspeedsof0.98Gbps.

15

 

 AchievingGigabitClassLTEwith60MHzofspectrum SnapdragonX16LTEModemsupports10datastreamsof~100Mbps  Acombinationof3xCarrier  Acombination of3xCarrierAggregation, Aggregation,4x4MIMO,an 4x4MIMO,and256-QAM d256-QAM

Layer 4 Layer 3 Layer 2 Layer 1 1st LTECarrier

2nd LTECarrier

3rd LTECarrier

Exampleconfiguration.OtherRFconfigurationspossible.  

Globalizingthepossibilityof possibilityofGigabitClassL GigabitClassLTE TE Globalizingthe Foroperatorswithaslittleasoneblockof20MHzlicensedspectrum

SupportforLTEinunlicensedspectrum withLTE-U with LTE-Uand andLAA LAA Learnmoreat:www.qualcomm.com/invention/technologies/lte/unlicensed Learnmoreat: www.qualcomm.com/invention/technologies/lte/unlicensed

16

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Providingsolutionsto efficientlyincrease capacitybyenhancing HetNets SmallCellsEverywhere

 

Smallcells:thefoundationtoefficientlyincreasingcapacity BringingthenetworkclosertotheuserwithHeterogeneousNetworks(HetNets) Shannon’sLaw

   ≈  ∙  ∙ log 2 (1 +  )

Capacity



Spectrum



Antennas

 

SignalQuality







Reusespectrumassets

Providelocalizedcapacity

Useunlicensedspectrum

EffectivelyrepeatingShannon’s EffectivelyrepeatingShannon’s Laweverywhere

Forbettersignalquality,especially indoors

Opportunisticallywhilemaintaining anchorinlicensedspectrum

19  

LTEAdvancedsolutionsforenhancingHetNets

InterferenceManagement

Bestuseofallspectrum

Self-OrganizingNetworks

Sothatcapacityscaleswithsmall cellsadded,e.g.FeICIC/IC

E.g.unlicensedspectrum;also sharedlicensed&higherbands

EnhancedSONfeaturestotake plug&playtothenextlevel

DualConnectivity

CoordinatedMultipoint(CoMP)

Simultaneousconnectivityacrosscells; maintainrobustanchortomacro

Dynamiccoordinationbetween neighboringcells

20  

FeICIC/ICenablescapacitytoscalewithmoresmallcells  Advancedinterferencemanagementforhyper-densesmallcelldeployments  Advancedinterferencemanagementforhyper-densesmall celldeployments

~37X SMALL CELL

~21X SMALL CELL

SMALL CELL

SMALL CELL SMALL CELL

SMALL CELL

~6X

SMALL CELL

SMALL CELL

SMALL CELL SMALL CELL

+32Small Cells

Capacityscaleswithsmallcellsadded 1 LTEAdvancedwith2xSpectrumadded

SMALL CELL

SMALL CELL

SMALL CELL

SMALL CELL

SMALL CELL

+16Small Cells

SMALL CELL

SMALL CELL

SMALL CELL

+8Small Cells

SMALL CELL SMALL CELL

SMALL CELL

~11X SMALL CELL

+4Small Cells

SMALL CELL

SMALL CELL

SMALL CELL

SMALL CELL

SMALL CELL SMALL CELL

SMALL CELL

1  Assumptions:Picotypeofsm  Assumptions:Picotypeofsmallcell,10MHz@2GHz allcell,10MHz@2GHz+[email protected],D +[email protected],D1scenariomacro500mISD, 1scenariomacro500mISD,uniformuserdistrib uniformuserdistributionscenario.Gainismedianthroughputimprovement,fromba utionscenario.Gainismedianthroughputimprovement,frombaselinewithmacroonlyon10MHz@2GH, selinewithmacroonlyon10MHz@2GH,

21

partofgainisadditionof10MHz spectrum.Usersuniformlydistributed formlydistributed — ahotspotscenariocouldprovidehighergains.Macroandoutdoorsmallcellssharingspectrum(co-channel) ahotspotscenariocouldprovidehighergains.Macroandoutdoorsmallcellssharingspectrum(co-channel)  

EnhancedreceiversfurtherimproveHetNetsperformance Interferencecancellationinbothcommonanddatachannels Interference cancellation Interference Cancellation

Rel. 10/11

Rel. 12 12

Syncref.signal Commonref Comm onref.. signa signall Primarybroadcastchannel Datachannel

Betteruserexperience

Highernetworkcapacity

Enhancedperformance

Higherdataratesespeciallyat

Increasedusersdatarateboosts

Forhyper-denseHetNets;effectively

cell-edges

overallnetworkcapacity

minimizinginter-cellinterference

22  

Makingbestuseof5GHzunlicensedspectrum Idealforsmallcellsthankstolowermandatedtransmitpower Pico/ Enterprises

Small Businesses

Venues

Residential/ Neighborhood

Largeamountsof spectrumavailableat

 Aggregationwith licensedspectrumfor

Multipletechnologieswill co-exist — LTE-U,LAA/eLAA,  —  LTE-U,LAA/eLAA,

5GHz(~500MHz1)

bestperformance

Wi-Fi/LWA2, ,MulteFire™ MulteFire™

1Regionallydependent2LTE-

Wi-FiLinkAggregation Wi-FiLinkAggregatio n

23

 

ExtendingLTEtounlicensedspectrum LTE-Ubasedon3GPPRel-12withmigrationpathtoLTELAA1 inRel-13+ 2

SupplementalDownlink(SDL)toboostdownlink

•

PathtoGbpsspeeds Byaggregatingaslittleas20MHz licensedspectrumwithunlicensed

Unlicensed(5GHz)

LTE/ LTE-U/ LAA

•

Robustuserexperience Withreliablelicensedspectrumanchor

Carrier aggregation

•

2xcapacityandrange OverWi-Ficapacityindense deployments3

LicensedAnchor (400MHz – 3.8GHz)  –  3.8GHz)

•

SingleunifiedLTEnetwork Commonmanagement

Learnmoreat: www.qualcomm.com/invention/technologies/lte/unlicensed

1

2

3

•

FairWi-Ficoexistence Fundamentaldesignprinciple

1LicensedAssistedAccess;2  Accessingwitheither  AccessingwitheitherlicensedTDDorlicensedFDDispossi licensedTDDorlicensedFDDispossiblewithSDL; blewithSDL;3  Assumptions:3GPPLAA  Assumptions:3GPPLAAevaluationmodelbasedonTR36.889,twooperators,4small evaluationmodelbasedonTR36.889,twooperators,4small-cellsperoperatorpermacrocell -cellsperoperatorpermacrocell,outdoor,40 ,outdoor,40

usersonsame20MHzchannelin5GHz,bothuplinkanddownlinkin5GHz,3GPPB usersonsame20MHzchannelin5GHz,b othuplinkanddownlinkin5GHz,3GPPBurstytrafficmodel3wi urstytrafficmodel3with1MBfile,LWAusing802.11ac,DL2x2MIMO(noMU-MIMO), th1MBfile,LWAusing802.11ac,DL2x2MIMO(noMU-MIMO),24dBm+3dBiTxpowerin5GHzforLAAeNBorWi24dBm+3dBiTxpowerin5GHzforLAAeNBorWi-FiAP. FiAP.

24

 

DualconnectivitytobothMacroandsmallcell Simultaneousconnectiondeliversbetteruserexperienceandrobustmobility

MacroCell

“Anchor” “Booster” “Booster”

SmallCell

SmallCell

Improved offload to small cells

Higher data rates

Robust mobility

Betteroffloadingcoordinationbetween Macroandsmallcells

Boostercellprovideshigher bandwidthevenatthecell-edge

Macroanchorensuresuninterrupted connectivityduringsmallcellhand-offs

25  

CoMP1 leveragesbackhaultobettercoordinateHetNets Dynamicallycoordinateschedulingandbeamformingwithneighboringcells Coordinatedscheduling

Coordinatedbeamforming

MacroCell SmallCell

SmallCell

RemoteRadioHead

RemoteRadioHead

Sameordifferentcellidentityacross macroandRemoteRadioHead

Centralprocessing/scheduling (requireslowlatencyfiber)

1CoordinatedMultipoint Note:CoMP enabledbyTM10transmissionmodesinthedeviceandnetw enabledbyTM10transmissionmodesinthedeviceandnetwork.Graphicfocusesondownli ork.GraphicfocusesondownlinkCoMP nkCoMP techniques;CoMP canalsoapplytouplink.

26

 

QualcommTechnologies’smallcellsolutionsforallvenues •

•

Complete3G/4Gchipsets (multimodebaseband,RF,power) Wi-Fihosting

•

FSM92xx FSM92xx FSM92xx FSM90xx

RESIDENTIAL

Softwaresolutionsenabling UltraSON™,eICI ,eICIC C andHo andHotSpot tSpot 2.0

FSM98xx

FSM98xx

NEIGHBORHOOD

•

FSM99xx FSM99xx

FSM98xx

Wirelessbackhaul HomePlug PLC,PON,Ethernetbackhaul

•

DAN3xxx DAN3xxx

FSM99xx

SMALL BUSINESS

ENTERPRISE

DAN3xxx

METRO

PICO

ENTERPRISE METRO/PICO

RESIDENTIAL/NEIGHBORHOOD

eICIC=enhancedInterCellInterferenceCoordinationPLC=Power-linecommunications,PON=PassiveOpticalNetworks.UltraSON,FSMand DANareproductsofQualcommTechnologies,Inc.

27

 

Hyper-densedeploymentswithUltraSON™technology Hyper-densedeployments withUltraSON™technology

QualcommTechnologies’ Reliablecoverage

UltraSON

Mobility

Enables‘unplanned’deployments, robustmobilityandreliableuserexperience Byprovidingsolutionsforself-configuration,mobilitymanagement, resourceandtransmitpowermanagement,backhaulawareoperation Self-configuration

Coordination

Includes3GPPdefinedSON

Implementsalgorithmsfor3GPPfeatures suchasANR,MLB,MRO1

Supportsawiderangeofdeploymentscenarios Neighborhood,SMB,Enterprise,Metro,Pico Unplanned

Distributed/hybridSON Co-channelwithmacroordedicatedspectrum

Backhaulaware

1

28

ANR - Automatic Neighbor Relations, MLB - Mobility Load Balancing, Balancing, MRO - Mobility Robustness Robustness Optimization Optimization

 

SpearheadingLTE-Ucommercialization Industry’sfirstUEsolution forLTE-U

Industry’sfirstLTE-UsmallcellSoC Industry’sfirstLTE -UsmallcellSoC

FSM9955

X12LTE

LTE WTR3950

Unlicensed 5 Unlicensed  5 GHz) LicensedAnchor

Carrier aggregation WTR3925

LTE LTE/LTE-U

ConvergedSoC

X12LTEsupportingLTE-U

withCSATforLTE/Wi-Fifaircoexistence

withWTR3950

QualcommSnapdragon,WTRRFtransceiverchipsandFSMsmallcellsolutionsareproductsofQualcommTechnologies,Inc.  

Bringingnew efficientwaysto connect

29

 

LTEBroadcastforefficientdeliveryofmassmediacontent Firstintroducedaspartof3GPPRelease9 — evolvingformobileandbeyond evolvingformobileandbeyond

Media Delivery

Live Event Broadcasts

Breaking News

Over-the-Air OS/App Updates

Public Safety Alerts

Venue Casting

Integral part of LTE UsesLTEspectrum,infrastructure,anddevices

Trafficoffloadfrom unicast – liveTV,software  –  liveTV,software updates,andmore

Scalablecapacity – virtually  –  virtually unlimitednumberofusers accessingsamecontent

Increasenetwork capacityevenwithjusta fewuserspercell

31  

LeadingoperatorsareembracingLTEBroadcast Includingcommerciallaunches,launchplans,trials,demos,andcommitments PolkomtelPL

KT Corp

EE+BBCUK ThreeUK KPNNL OrangeFR VodafoneDE/IFRDE

Verizon

ChinaMobile, ChinaTelecom

VodafoneES  AT&T

MEOPT

Smart

Telecom ItaliaIT

Claro

Etisalat

Singtel

Telstra RelianceJio Infocomm

32  

EvolvingLTEBroadcastformobileandbeyond BroadcastonDemand

ConvergedTVservices

SmallCellOptimizations

Dynamicswitching between unicastandbroadcast,even onapercellbasis

Performanceenhancementsto enableasinglenetworkfor mobile/fixeddevices

Includingusingbandwidth-rich 5GHzunlicensedspectrum

1

Totheextent needed

When/Where needed

Providesscalabilityfordemand oreventdrivenbroadcast,e.g. sportsevent

Longerrangeupto15km3,flexibility todedicatefullcarrier,highercapacity4, abilitytoinsertcustomizedads,and supportforsharedbroadcast5 Learnmoreat:www.qualcomm.com/broadcast Learnmoreat: www.qualcomm.com/broadcast

Enhancingvenuecastingand beyond;suchasleveragingLAAfor betteruserexperiencethanWi-Fi2

1ThisfeatureiscalledMood(MulticastoperationonDemand)introducedinRel.12,evol castoperationonDemand)introducedinRel.12,evolvingforpercellbasisinRel.13;2BasedonSFNgainandmandatoryanchorinlicensedspectrum;3withcyclicpr vingforpercellbasisinRel.13;2BasedonSFNgainandmandatoryanchorinlicensedspectrum;3withcyclicprefixof200us;4 efixof200us;4 featuressuchas2x2MIMOand256QAMpartofRel.13of3GPP.5P featuressuchas2x2MIMOand256QAM partofRel.13of3GPP.5Proposedfor3GPPR14;del roposedfor3GPPR14;deliveryofbroadcastviaseveralprovidersusingacommonSFNtimingonasharedbroadcastcarrier. iveryofbroadcastviaseveralprovidersusingacommonSFNtimingonasharedbroadcastcarrier.

33

 

LTEDirectdevice-to-deviceproximityservices Partof3GPPRel.12 – evolvinginRel.13andbeyond  –  evolvinginRel.13andbeyond EfficientlyutilizesLTEspectrumfor discoverywithminimalimpactoncapacity

LeveragesLTEinfrastructurefortiming, resourceallocation,anduserauthentication

Discoveryatscale

 Always-onawareness

Interoperablediscovery

Discoveryof1000sofdevices/ servicesintheproximityof~500m

Privacysensitiveandbattery efficient discovery

Universalframeworkfordiscovery across apps/devices/operators

efficientdiscovery

acrossapps/devices/operators 34

 

EnablingnewLTEDirectproximalawarenessservices Continuous Discovery ofrelevantpeople,products,services,events SocialDiscovery

offriends,colleagues,dates,…

Personalized Interactions withtheuser’ssurroundingsandenvironment LoyaltyPrograms

personalizingservicesandoffers

RetailDiscovery

ReverseAuctions

ofmerchants,products,…

personalizingpromotions

EventDiscovery

DigitalOut-of-Home

personalizingdigitalsigns

ofmusic,sporting,…

ServiceDiscovery

ofrestaurants,transportation,….

PersonalizedServices

personalizingexperiences,e.g.atavenue

Basedontheusersinterests/affinities

35  

ExpandingtheLTEDirectdevice-to-deviceplatform ContinuingtoevolveinRelease13andbeyond Release12

Release13

Release14&beyond

D2Dplatformforconsumer andpublicsafetyusecases

ExpandedD2Ddiscoveryand D2Dcommunications

Multi-hopcommunication andmoreusecases

Discoveryof1000s ofdevices/services in~500m

Moreflexiblediscovery suchasout-of-coverage andmulti-carrier

 AdditionalD2D communication capabilities

Reliableone-to-many communications (in- ando andout-of ut-of-cove -coverage) rage)*

Device-to-network relays*

Proposedfor vehicle-to-vehicle (V2V)

Learnmoreat:www.qualcomm.com/lte-direct Learnmoreat: www.qualcomm.com/lte-direct

*DesignedforPublicSafetyusecases

36

 

LeadingtheLTE  Advancedevolution  Advancedevolutio n  Ahistoryoftechnologyfirsts

 

LTEplatformleadership – ahistoryoftechnologyfirsts  –  ahistoryoftechnologyfirsts QualcommSnapdragonLTEmodemleadership Cat6in smartphone

LTE Broadcast

FinFetLTE Cat10 modem

28nmLTE LTEvoice (CSFB)

7-modeLTE

LTESoC

LTEmultimode

2010

20nm LTE

Gen1

VoLTE Multimode

LTE-U,LWA, 4x4MIMO

LTE DualSIM

LTEacross alltiers Cat9 SoC

LTECA

Gen2

Gen3

Gen4

600Mbps LTEhotspot LTE Cat12/13

Gen5

GigabitClass LTE

LAA, 4xCA

Gen6

Qualcomminventionshavefueledtheevolutionofmobileforover30years

2016

38  

Voice

LTE-D discovery

MTC

LWA

VT Interworking

hVoLTE

New services

LTE-B MooD

OTDOA location

LTE-B datacast

services

Modem andRFFE technology leadership

VoLTE E911

Smart Wi-Fi calling

HDVoice

VoLTE TDD

ePDG

VoWi-Fi VoLTE SRVCC DSDA 7modes 7002700 MHz

600MHZ- 700MHz 5.8GHz -3.5GHz

180CA combos

Cat-M1(eMTC)

4kover LTE-B

Cat1 Cat9/10 Cat-M2 (NB-IoT)

UDC

10+ 10MHz

Dualradio 2modes

LTE

Cat3 100Mbps

2xCA

4xCA 2x CA

Cat4 150Mbps

10bands ~200 designs

Cat12/13

Cat6 300Mbps

2xCA UL

20bands

combos

Gen2

~500 designs

>50bands Gen3 45 band bands s

2000+ designs

4x4MIMO on2carriers 256/64 QAM DL/UL

LAA

4x4MIMO

2 tie tiers rs

30bands

>250CA combos

3xCA DL

20+ 20MHz

LTE-B

DSDS

Technology

LTE-B audio

LTE-Wi-Fi offload

CSFB 7modes

65CA

Roadmapissignificantly morecomplexand fastermoving

LTE-Wi-Fi handoff 

VoLTE FDD

HDVideo Tel

VoLTE roaming EVS

RCS

LTE-B metrics

4 tie tiers rs

LTE-U

1Gbps

5 tie tiers rs (incl.IoT) Gen4

3800+ designs 6tiers (incl.IoT)

Gen5

4000+ designs

Scaleand

Bands ScaleandmaturitysectionincludescumulativeLTEdesignslaunchedorin thepipelinebyoperationaltimeframe.Source:QualcommTechnologies,Inc.

Gen6

maturity

984G+ networks

39

 

DrivingnewLTEtechnologiestocommercialization End-to-end prototype platforms

Standards andresearch leadership

Industry-first trialswithnetwork operators

Industry-first chipsets*

FirstLTEUnlicensed livedemoatMWC2014

PioneeredLTEUnlicensed workin3GPP

FirstLAAover-the-air trialinNovember2015

Firstmodemtosupport LAAforGigabitClassLTE

Example:DrivingLTEUnlicensedtocommercialization Otherindustry-firstdemosinclude CarrierAggregation,enhanced receivers,LTEDirect

MaincontributortoLTE,LTE  Advanced,andLTEAdvanced Profeatures

Otherindustry-firsttrialsinclude LTEBroadcast,LTEDirect, FDD/TDDCarrierAggregation

Otherindustry-firstchipsets includeLTEMultimode,LTECarrier  Aggregation,LTESoC

*ChipsetsareproductsofQualcommTechnologies,Inc.;firstswi commTechnologies,Inc.;firstswithrespecttopublicannouncementofacommercialLTEmodemchipset threspecttopublicannouncementofacommercialLTEmodemchipset

40

 

ProgressingLTEcapabilitiestowards5G Inparalleldriving4Gand5Gtotheirfullestpotential

 AdvancedMIMO FeICIC

Unlicensedspectrum EnhancedCA 256-QAM eLAA InternetofThings FDD-TDDCA

Massive/FD-MIMO Device-to-device SharedBroadcast V2X Dualconnectivity LowLatency

CarrierAggregation CoMP SON+ Rel-10/11/12

LTEAdvanced

Rel-13andbeyond

LTEAdvancedPro

5G

2015

2020+

Note:Estimatedcommercialdates.Notallfeaturescomm Note:Estimatedcommer cialdates.Notallfeaturescommercializedatthesametime ercializedatthesametime

41

 

IntroducingLTEAdvancedPro Risinguptomeetthesignificantexpandingconnectivityneedsoftomorrow Propelmobilebroadbandevenfurther Propel mobilebroadbandevenfurther Enhancethemobilebroadbandexperienceandcontinue todeliversolutionstoefficientlygrowcapacity

Progress LTEcapabilitiestowardsaunified,morecapable5Gplatform 3GPPRelease13+

Proliferate LTEtonewusecases Connectingnewindustries,enablingnewservices andempoweringnewuserexperiences

Learnmoreatwww.qualcomm.com/lte-advanced-pro Learnmoreat www.qualcomm.com/lte-advanced-pro

42

 

Our5Gvision:aunifyingconnectivityfabric

Enhanced mobilebroadband

Mission-critical services

MassiveInternet ofThings

•

Multi-Gbps Multi-G bps data datarates rates

•

Uniformity

•

Ultra-lowlatency

•

Highavailability

•

Lowcost

•

Deepcoverage

•

Extremecapacity

•

Deepawareness

•

Highreliability

•

Strongsecurity

•

Ultra-lowenergy

•

Highdensity

Mobiledevices

Networking

 Automotive

Robotics

Health

Wearables

Smartcities

Smarthomes

Unifieddesignforallspectrumtypesandbandsfrombelow1GHztommWave 43  

Qualcomm,leadingtheworldto5G Investingin5Gformanyyears — buildinguponourleadershipfoundation buildinguponourleadershipfoundation

Wireless/OFDM technologyandchipset1 leadership

End-to-endsystem approachwithadvanced prototypes

Leadingglobal networkexperience andscale

Pioneering5Gtechnologiesto meetextremerequirements

Driving5Gfromstandardization tocommercialization

Providingtheexperienceand scalethat5Gdemands

1ChipsetsareproductsofQualcommTechnologies,Inc.

44

 

 Anessentialinnovatorandacceleratorofmobileandbeyond TM

Deliveringsolutionsforthe 1000xdatachallenge Innovativesmallcellsand spectrumsolutions

Morecapacity

Creatingtheconnectivityfabric foreverything Connectnewindustries, Enablenewservices, Empowernewuserexperiences

Smallcellsandselforganizingtechnology LTEinunlicensedspectrum,MuLTEfire™ LTEinunlicensedspectrum,MuLTEfire ™ LTEAdvancedCarrierAggregation,dualconnectivity  Advancedreceiversandinterferencemanagement SpectruminnovationslikeLSA Wi-Fi – 11ac,11ad,MU-MIMO,OCE,11ax  –  11ac,11ad,MU-MIMO,OCE,11ax 3G

LTE-M(Machine-TypeCommunications),NB-IOT LTEDirectdevice-to-device LTEBroadcast  –  Wi-FiConvergence LTE –  Wi-Fi – 11ah,11ad,Wi-FiAware,Wi-FiDirect,DSRC  –  11ah,11ad,Wi-FiAware,Wi-FiDirect,DSRC BluetoothSmart OneWeb 5G

 Anewconnectivityparadigm

Bringingcognitive technologiestolife

Machinelearning Computervision  Always-onsensing Immersivemultimedia

Devicesandthingsthatperceive, reason,andactintuitively

Cognitiveconnectivity Intuitivesecurity

Nextlevelofintelligence

Heterogeneouscomputing 45

 

DeliveringontheLTEAdvancedpromise Risinguptodeliverabetter,fastermobilebroadbandexperience

Achieving GigabitClassLTE

Bringing newwaysto

1

byevolvingCarrier  Aggregationandbeyond

3

efficientlyconnectwithLTE Broadcast&LTEDirect

2

Providing solutionsto efficientlyincreasecapacity byenhancingHetNets

4

Leading evolutiontheLTEAdvanced  –  ahistoryof  – ahistoryof technologyfirsts

Learnmoreatwww.qualcomm.com/lte-advanced Learnmoreat www.qualcomm.com/lte-advanced

46  

Questio Que stions? ns?- Con Connec nectwi twithU thUs s www.qualcomm.com/wireless

www.qualcomm.com/news/onq BLOG

@Qualcomm_tech http://www.youtube.com/playlist?list=PL8AD95E4F585237C1&feature=plcp http://www.slideshare.net/qualcommwirelessevolution

 

Thankyou Followuson: Formoreinformation,visitusat: www.qualcomm.com&www.qualcomm.com/blog Nothinginthesematerialsisanoffertosellanyofthecomponentsordevicesreferencedherein. ©2016QualcommTechnologies,Inc.and/oritsaffiliatedcompanies. ©2016QualcommTechnologies,Inc.and/or itsaffiliatedcompanies. AllRightsReserved. Qualcomm, Snapdragon, UltraSON, and FSM are trademarks of Qualcomm Incorporated, registered in the United States and other countries . Other Otherprodu productsan ctsand d brandnamesmaybetrademarksorregisteredtrademarksoftheirrespectiveowners. Referencesinthispresentationto“Qualcomm”maymeanQual onto“Qualcomm”maymeanQualcommIncorporated,QualcommTechnologies,Inc.,and/orothersubsi commIncorporated,QualcommTechnologies,Inc.,and/orothersubsidiariesorbusinessunitswithin diariesorbusinessunitswithin theQualcommcorporatestructure,asapplicable. QualcommIncorporatedincludesQualcomm’slicensingbusiness,QTL,andthevastmajorityofitspatent