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Update from SIMalliance on LTEJean-Claude PerrinSIMalliance LTE Work Group Chairman

Over last two years,a new generation of devices came to the market 2

This has led to a growth of data traffic loadin operator network compared to voice.15 x higherin two years

LTE becoming the 4G standard for all markets200720082009201020113GPP GSM EDGE Radio Access Network EvolutionEDGEAdvancedEDGEDL: 1,3 MbpsUL: 653 KbpsDL: 474 KbpsUL: 474 Kbps3GPP mobileoperators3GPP UMTS RadioAccess Network EvolutionHSDPADL: 14,4 MbpsUL: 384 KbpsIn 5 MHZHSDPA/HSUPADL: 14,4 MbpsUL: 5,76 MbpsIn 5 MHZHSPA DL: 28 MbpsUL: 11,5 MbpsIn 5 MHZCommitted* to3GPP Long Term EvolutionLTEDL: 100 MbpsUL: 50 MbpsIn 20 MHZ3GPP2 mobileoperatorsCDMA 2000 EvolutionEVDO Rev0DL: 2,4 MbpsUL:153 KbpsIn 1.25 MHZEVDO RevADL: 3,1 MbpsUL: 1,8 MbpsIn 1.25 MHZOperatorsEVDO RevBDL: 14,7 MbpsUL: 4,9 MbpsIn 5 MHZLTE AdvancedDL: 1 Gbps

LTE Worldwide Snapshot MNOs : 80 networks commitments in 33 countries(Sources GSA information paper “evolution to LTE” : June 7th 2010) Wimax declining in favor of LTE- Clearwire announcement- Yota Russian wireless Wimax telecoms decided to rely on Long-Term Evolution (LTE) technology One Voice Initiative to handle Voice and SMS traffic over LTE using IMS VoLTE(AT&T, Orange, Telefonica, TeliaSonera, Verizon, Vodafone, Alcatel-Lucent, Ericsson, Nokia Siemens Networks, Nokia, SamsungElectronics, and Sony Ericsson)2012 More & more LTE Devices becoming available

LTE Worldwide Snapshot Industry Market forecasts :- 380 million LTE subscribers WW by 2015 (Research & Market)- 150 million LTE devices sold by 2013 (Strategy Analytics)- 8.6 billion spent by the operators in LTE infrastructure by 2013 LTE Spectrum Auctions- Noram/USA Completed- EMEA : Austria – end 2010, Czech Republic – after 2012, Denmark – 2010,Finland – completed Dec 2009, France – 2010, Germany – completed May2010 [4.4 B , VF D2, O2, DT, E-Plus], Hungary – unusable band due to NATO,Italy – end 2010, Ireland – 2012-2014, Netherlands – Compelrte, Norway –completed 2007, Poland – 2010, Portugal – end 2010, Slovenia – end 2010,Spain – 2010, Sweden – completed May 2008, UK – summer 2010; spectrum2.6Ghz, 800Mhz – digital dividend- Middle East Auctions : end 2010 & 2011, FDD 2.6Ghz- Asia : Japan 2009, 1,5 GHz et 1,7 GHz frequency range to the four MNOs;China 20102012- Latin America : end 2013-15, incumbents FDD, new entrants TDD, mixedspectrum: 700Mhz, 2.3/2.5 Ghz, 2.6Ghz

LTE Usage Phases (assumptions)LTE USB modem2010LTE PCs /MobilesInternet Devices2011LTE (Smart)phones2011/2012 LTE Consumer Electronics2013 Data : , Corporate officeapplications on PClike devices Home Broadband Femtocell first smartphonescoming to the market First middle-end orfeatures phones ConsumerElectronics devicesincorporating LTEmodules7

LTE Key Features: High Speed, Low LatencyUse Cases OverviewHigh speed from theNetwork to the UICCTCP/UDPUSBLow latencyHTTP / HTTPSEnhanced mobile video*Multimedia File Exchange*Enhanced mobile marketing*UICC in PC Offer SuiteInstant transactions* Mobile Gaming*[*] very specific to LTEVoice over IP

LTE Key Features : Always Connected & Trust for QoEUse Cases OverviewAlways connectedTrusted WebQuality of ExperienceMobile CloudComputing*Interact. Digital Signage*Intelligent roamingProtected transactionson the Internet[*] specific to LTEMulti-devicesRedirection*M2M/ int. of things*Rich personal dataMgt *Device tracking &customizationTrusted authenticationfor online servicesSecure peer-to-peer

LTE promises http://www.youtube.com/watch?v xQDGH9JzZtAConsumer Media& EntertainmentEnterpriseCollaboration &e-HealthcareAutomotiveConnectivityDigital SignageComputingExperience10

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SIMalliance WG PositionningMNO GoalsMNO Priorities Investment in network To cope with data growthtraffic driven by the smartdongles and the smartphones (30% of the newcommercialized terminal willbe smartphones in 2010)infrastructure (includes LTERAN, EPC, IMS) tomaintain high quality ofservice To maintain leadershipwith internet mobile growth& reduce the cost per bit Adoption of new billingmodels for data traffic togrow data revenue (linkedto bandwidth services forexample) To increase the datatraffic revenue & find anintermediary model in theinternet giving more valueto the MNOs Balancing of the openweb services with MNOsdifferentiated “Valuepremium” servicesSIMalliance Positionning SIMalliance to supportoperator “value Services”strategy Value proposition1] UICC : an IP network cardcapable of exposing MNOsservices remotely in amultidevice environment, anin simple manner ; servicesare not limited to security andcryptography2] Solutions and Services- IP based OTA servers- Applications leveragingLTE/IMS and new usages(cloud computing, IMS,RCS.)

SIMalliance LTE Work GroupStarted in Jan 2010Mission StatementPositioning the UICC based solutions within the LTE environment (all IP, always on,low latency, need of trust) as the “key” means for the Carriers to offer differentiated« value » premium services to their end usersMain AchievementsWhite Paper issued in May 2010 - Amsterdam LTE World SummitTo promote the combination of LTE and UICC value added solutions to support theuptake of operators’ premium servicesLTE UICC Profile Issued in June 2010 – Roma SIMposiumA collection of requirements for optimal support of LTE/EPS networks by the UICCNext stepsUICC profile update, as needed, following MNO’s feedback and new inputsWork on the LTE Device feature document to allow Operators to take full benefit of LTE& UICC technologiesMarketing and Communication : video illustrating the White Paper positions, (two)PoCs with MNOs premium services leveraging the LTE disruption and the UICCdifferentiating features, participation to specific professional eventsInvolvement of strategic partners of the LTE ecosystemHeiko KruseNicolas ChaumartinCarlos MardonadoJ.C. Perrin13

UICC & Remote Management ServersFeatureLTE UICCAll-IP architectureRemotecustomization ofUserEquipment,Customer care (Premium)EPS networkLTERemote managementServerXauthenticationXXFixed mobileconvergenceEasy integration ofInternet servicesStrong userauthentication &securityWeb interfacelook & feelHigh speeddata transferSecure andexclusiveaccess touser dataUICCContinuity of servicesConnectivity everywhereWorks with all handsetsUMTS authentication /GSM full backwardcompatibilityXXXIMS network accessXXXi-WLAN access-XX3GPP / 3GPP2interworking (*)XUSIM ToolkitenhancementXSmart Card WebServer-OTA featuresXXXHigh Capacity Storage--XGeneric bootstrappingarchitecture (GBA)-XXExtendedAuthenticationprotocol (EAP)-XXHigh Speed Protocol-XXFemtocell provisioninginformationXXXExtension of PLMN listwith Access TechnologyXXXOthers features--XXXXXXXAdminagent

LTE Use Cases examples :Web server, Operator services in UICCPut yourservices in anyphone gTopcontactsmanagerServicesPortalApplicationStore

Thank you .org

LTE Use Case ExampleLoad the connection manager and operator suite in any PC by simplyinserting the UICC (using the CD-ROM volume of the UICC)Nand FlashUICCOperator SIM / USIMHello Wireless! EAP-SIMWelcomeCONNECTION EAP-AKAtoMANAGERHelloWireless! ISIM OTP SSOEnd-userConnection ManagerContact bookService ManagerVoIP-phoneCall ProcessingMailPersonal filesSend SMS/ MMS17

LTE & UICC end to end architecture overviewRadio – Network – Applicative serversEnd User EquipmentISO/IEC 7816or USBHandsetTCP/UDPOver LTEUSB modemUICC(with USIM and ISIMand VAS apps)Connected PCLTE UICCRemote Management platform

Wireless network have evolved to support data :Generic ArchitectureCore Network(CN)HomeSubscriberServerUser Equipment(UE)Radio AccessNetwork(RAN)Traffic bearerSignaling bearerRouting/GatewayExternal Network(Internet, PSTN, )

Architecture of an UMTS/3G networkGERANGSM/EDGE Radio Access NetworkExternal NetworksCNSGSNBTSGGSNBSCPacket SwitchDomainVLRUEMSCNode BHSSGMSCRNCCircuit SwitchDomainUTRANUMTS Terrestrial Radio Access Network

LTE is an all IP Networkofficial name : EPS (Evolved Packed System)Evolved Packet Core (EPC)External NetworksCNEvolved Universal TerrestrialRadio Access onyms:E-UTRAN LTE (Long Term Evolution)EPC SAE (System Architecture Evolution)

3GPP standards & UICCSummary for LTEMobility Management Parameters for SAE / LTEAllowing fast reconnection to LTE network after shut-downLocation information (GUTI, TAI, EPS update status) are now stored in a new file : EFEPSLOCIPLMN List : support of LTEallowing steering of roaming across 4G, 3G, 2G networkssee : EFPLMNwACT, EFOPLMNwACT, EFHPLMNwACTSecure the access to LTE networksEPS NAS security context : EFEPSNSCOperator name list (OPL) updated to support LTEnew LTE area (TAI) are stored in the USIM, allowing information of the end-user on the network identityProvisioning Information for Home eNodeB (Femtocells)Access control to femtocells using Closed Subscriber Group listsAllowing faster connection to allowed femtocells & informing the user (for instance : billing type)Updateable via OTA to allow operator managementEFACSGL, EFCSGI, EFHNBNIMS is de-facto mandatory in LTE networksISIM is therefore useful to provision IMS keys & identities to the terminalUSAT has been adapted for LTENetwork Measurement results, Network Rejection event, BIP control on LTE parameters, Call ControlLTE terminal tests updateto verify the compliance of LTE terminals using USIM for specific procedures : PLMN selection, authentication, Reference, date22

LTE Mobile Operators’ Commitments MNOs : 64 networks commitments in 31 countries(Sources GSA information paper “evolotion to LTE” : April 7th 2010) One Voice Initiative to handle Voice and SMS traffic over LTE using IMS VoLTE(AT&T, Orange, Telefonica, TeliaSonera, Verizon, Vodafone, Alcatel-Lucent, Ericsson, Nokia Siemens Networks, Nokia, SamsungElectronics, and Sony Ericsson)2012 Deployment follows 4G frequency awarding/auction WW :700-800-900 MHz & 2.6 GHz

SIMalliance LTE Work GroupMission StatementPositioning the UICC based solutions within the LTE environment (all IP, always on, low latency,need of trust) as the “mandatory” means for the Carriers to offer differentiated « value » premiumservices to their end usersChipset/device makers : introduce key features needed for LTE [IP features, ISIM, SCWS, USB-IC, ] ; to be well coordinated with SCWS GroupMain Achievements in 2010Alignment of views on the LTE approach (WG group created in Dec. 09)LTE training on & conference at SIMposium RomaLTE white paperLTE UICC profile : template stageNext stepsLTE UICC ProfileCommunication at LTE WorldSummit Amsterdam, 18-20 May 2010PR relating to the creation of the Simalliance LTE working group, availability of the white paperand UICC LTE profileParticipation to a Panel DiscussionStart work on LTE device/chipset guidelines

LTE Use Case ExampleLoad the connection manager and operator suite in any PC by simplyinserting the UICC (using the CD-ROM volume of the UICC)MemoryUICCOperator SIM / USIMHello Wireless! EAP-SIMWelcomeCONNECTION EAP-AKAtoMANAGERHelloWireless! ISIM OTP SSOEnd-userConnection ManagerContact bookService ManagerVoIP-phoneCall ProcessingMailPersonal filesSend SMS/ MMS25

LTE Use Cases examples1. Rich Communications (Voice, Video, File sharing, presence, Web PDM ).2. Secure content access (TV, video, music, banking data )3. Entreprise Security (corporate VPN, PC lock, mail encryption)

The UICC in LTE UICC27

ConclusionA collaboration between all actors is neededMobile OperatorsTake advantage of the LTE disruptionIndustry bodiesGSMA, ETSI, 3GPP, OMTP, Global Platform,.Ecosystem, Handset manufacturers & SIM vendorsFeatures implementation for « Value Premium Services » use cases [SCWS,USB, NFC, Secure Channels, BIP Client]Follow standards & share implementation, interoperability testsOffering of end to end solutions28

Thank you !Jean-Claude.Perrin@simalliance.orgTel : 33 6 11 04 87 03

(AT&T, Orange, Telefonica, TeliaSonera, Verizon, Vodafone, Alcatel-Lucent, Ericsson, Nokia Siemens Networks, Nokia, Samsung Electronics, and Sony Ericsson) LTE Worldwide Snapshot More & more LTE Devices becoming available . (GBA) - X X Extended Authentication protocol (EAP) - X X High Speed Protocol - X X Femtocell provisioning information X .