3GPP RAN Workshop on Release 12 and Onwards, and 3GPP TSG ...

<strong>3GPP</strong> <strong>RAN</strong> <strong>Workshop</strong> on Release 12 andOnwards, and <strong>3GPP</strong> TSG <strong>RAN</strong> #56/101 6 9 101 6 16 101 7 23

workshop ITRI HTC small cell :Interference coordination / management TDDDynamic TDD Enhanced discovery / mobilityFrequency separation betweenmacro and small cells - using higher frequency bands in small cells(e.g. 3.5 GHz)/Inter siteCarrier aggregation / macro cell assisted small cellsWireless backhaul for small cells 3D MIMO 3D-beamforming, CoMP MIMO Rel-12 Support for diverse traffic types (Control signalingreduction, etc.) WiFi Interworking with WiFi Machine type communications, Self organizing networks(SON), MDT and advanced receiverProximity Services andDevice to Device communications HSPA LTE Rel-12 18 24 <strong>RAN</strong>#56 <strong>RAN</strong> <strong>RAN</strong>#67, Chicago, Sept. 2012 Rel-12 Work Item Study Item <strong>RAN</strong> Rel-12 Rel-11 3

1.2 Agenda2 Presentations on Release 12 and onwards3 Wrap-up of the workshop4 Closing of the workshop<strong>Workshop</strong> <strong>3GPP</strong> TSG <strong>RAN</strong> Plenary#56 223 6/13() 6/15() Plenary 1 Opening of the meeting2 Approval of the Agenda3 Approval of the meeting report of TSG-<strong>RAN</strong> #554 Reminder for IPR declaration5 <strong>RAN</strong> Chairman's Report of meetings5.1 Report from TSG SA5.2 Report from PCG and OP5.3 Report from other meetings6 Liaison activity of TSG <strong>RAN</strong>6.1 Groups outside <strong>3GPP</strong>6.2 TSG SA, TSG CT, TSG GE<strong>RAN</strong>6.3 TSG <strong>RAN</strong> WG1, WG2, WG3, WG4, WG57 ITU-R Ad hoc7.1 Status report7.2 Submission to ITU-R8 <strong>RAN</strong> WGs: WG Status Reports & CR Approvals Rel-4 to Rel-98.1 TSG <strong>RAN</strong> WG18.2 TSG <strong>RAN</strong> WG28.3 TSG <strong>RAN</strong> WG38.4 TSG <strong>RAN</strong> WG48.5 TSG <strong>RAN</strong> WG59 Conformance Testing Work Items9.1 Closed Rel-10 work items9.2 Open Rel-9 work items9.3 Open Rel-10 work items9.4 Open Rel-11 work items10 Work Items with target Rel-10 (not related to conformance testing)6

10.1 Closed REL-10 work items10.2 Open LTE only related WIs10.3 Small Technical Enhancements & Improvements for Rel-10 [TEI10]11 Work Items with target Rel-11 and beyond (not related to conformance testing)11.1 Closed UTRA only related WIs11.2 Closed UTRA & LTE only related WIs11.3 Closed LTE only related WIs11.4 Open UTRA only related WIs11.5 Open UTRA & LTE related WIs11.6 Open LTE only related WIs (non spectrum related)11.7 Open LTE only related WIs (spectrum related)11.8 Open Small Technical Enhancements and Improvements for Rel-11 [TEI11]12 Study Items12.1 Closed study items12.2 Open UTRA only related SIs12.3 Open UTRA & LTE related SIs12.4 Open LTE only related SIs13 New Work Items/Study Items13.1 New Work Items13.2 New Study Items14 Technical co-ordination among WGs15 Outputs to other groups16 Project management17 Future meeting schedule18 Any other business19 Closing of the meeting:MEETING DATES LOCATION HOST<strong>Workshop</strong>*** 11 June - 12 June 2012 Ljubljana, Slovenia EF3<strong>RAN</strong> #56 13 June – 15 June 2012 Ljubljana, Slovenia EF3<strong>RAN</strong> #57 4 Sep. – 7 Sep. 2012 Chicago, USA NAF3<strong>RAN</strong> #58 4 Dec. – 7 Dec. 2012 Barcelona, Spain EF3<strong>RAN</strong> #59 26 Feb. – 1 March 2013 Vienna, Austria EF3<strong>RAN</strong> #60 11 June –14 June 2013 USA NAF3<strong>RAN</strong> #61 3 Sep. –6 Sep. 2013 Porto, Portugal EF37

MEETING DATES LOCATION HOST<strong>RAN</strong> #62 3 Dec. – 6 Dec. 2013 Korea ?<strong>RAN</strong> #63<strong>RAN</strong> #6425 Feb. –28 Feb. 2014 or Asia4 March – 7 March 2014 (tbd)10 June –13 June 2014 or17 June –20 June 2014 (tbd)EU<strong>RAN</strong> #65 9 Sep. – 12 Sep. 2014 (tbc) EU<strong>RAN</strong> #66 9 Dec. – 12 Dec. 2014 (tbc) USNote: 2014 dates are under discussion but not yet fixed.1. <strong>Workshop</strong> • <strong>RAN</strong> <strong>Workshop</strong> Plenary#56 EF3 DeutscheTelekom Takehiro Nakamura (NTT docomo) Marc Grant (AT&T) Han van Bussel (DeutscheTelekom) Hai Tang (China Mobile)• <strong>Workshop</strong> 52 42 Rel-12 Onwards ITRI/HTC MTK • <strong>Workshop</strong> /2. Plenary#56 • Plenary#56 1352 CRs (Changing Requests) CR Release <strong>RAN</strong> Plenary#56 CRs PhaseCat allApprovedapprovedapprovedapprovedapprovedapprovedCRsCRs<strong>RAN</strong>1<strong>RAN</strong>2<strong>RAN</strong>3<strong>RAN</strong>4<strong>RAN</strong>5Rel-8 B 4 4 0 1 0 3 0Rel-8 F 35 33 0 8 0 25 0Rel-9 A 36 34 0 9 0 25 08

PhaseCat allApprovedapprovedapprovedapprovedapprovedapprovedCRsCRs<strong>RAN</strong>1<strong>RAN</strong>2<strong>RAN</strong>3<strong>RAN</strong>4<strong>RAN</strong>5Rel-9 B 69 69 0 0 0 1 68Rel-9 F 222 206 0 9 0 29 168Rel-10 A 79 64 0 17 0 47 0Rel-10 B 14 14 0 1 0 13 0Rel-10 C 7 5 0 2 3 0 0Rel-10 D 2 2 0 1 0 1 0Rel-10 F 563 561 8 18 11 96 428Rel-11 A 157 148 0 19 5 124 0Rel-11 B 110 101 0 14 13 74 0Rel-11 C 5 5 0 4 0 1 0Rel-11 D 1 1 0 1 0 0 0Rel-11 F 105 105 6 11 16 21 51sum 1409 1352 14 115 48 460 715• 7 1. <strong>RAN</strong>1 TR 36.824 v11.0.0 (FS_Cov_Enh_LTE): RP-1206702. <strong>RAN</strong>1 TR 36.828 v11.0.0 (FS_LTE_TDD_eIMTA): RP-1206933. <strong>RAN</strong>3 TR 37.803 v11.0.0 (FS_EHNB_enh): RP-1206084. <strong>RAN</strong>4 TR 36.808 v10.0.0 (LTE_CA-Core): RP-1205955. <strong>RAN</strong>4 TR 36.807 v10.0.0 (LTE_CA-Core,LTE_eDL_MIMO-Core, LTE_UL_MIMO-Core): RP-1207066. <strong>RAN</strong>4 TR 37.804 v11.0.0 (FS_UTRA_LTE_900MHz):RP-1206187. <strong>RAN</strong>4 TR 36.820 v11.0.0 (LTE_APAC700-Core): RP-120844• 12 (Work ItemsWIs)1. <strong>RAN</strong>3 REL-11:‣Core part: Further enhancements to H(e)NB mobility- Part 1,RP-120900‣Core part: Further enhancements to H(e)NB mobility- Part 2,RP-1209012. <strong>RAN</strong>4 REL-11 ( core & performance parts):‣LTE Advanced intra-band non-contiguous Carrier9

Aggregation for Band 4, RP-120593‣LTE-Advanced Intra-band Contiguous Carrier Aggregationin Band 1, RP-120826‣LTE Advanced inter-band Carrier Aggregation for Band 2and Band 4, RP-1208753. <strong>RAN</strong>5 REL-10 UE Conformance Test Aspects‣Enhanced Downlink Multiple Antenna Transmission for LTE,REL-10 , RP-120612‣LTE for 700 MHz digital dividend, REL-11, RP-120600‣LTE E850 - Lower Band for Region 2 (non-US), Band 27,REL-11, RP-120603‣ZUC (EEA3 and EIA3) algorithm, REL-11, RP-120631• Rel-11 (Study ItemsSIs) /3. <strong>3GPP</strong> <strong>Workshop</strong> on Release 12 and onwards• <strong>Workshop</strong> /()() Rel-12 Onwards <strong>Workshop</strong> 4-5 HetNet 3D BF / Advanced 256 NCT D2D eIMTA MTC SON LTE/HSPA HSPA MIMOOthersMassive/ICQAM/MDT& WiFiHetNetEnhan.MIMO receiverNSN ● ● ●(SON)●LTE/HSPACAEricsson ● ● ● ○ ● TDM HSUPANokia ● ● ● ● ● CA Enhan.Huawei ● ● ● ●QCM ● ● ● ●ALU ● ● ● ● ● ●(SON) ● ● (CoMP/MU-MIMO)10

Samsung ● ● ○ ○ ○ ○ ○ -FD-MIMO-Cloud –<strong>RAN</strong>-Controloverheadreduction-NewspectrumMotorola ● ● ● ● ● ● ● ● ● -Small dataefficiency-CognitiveOrange ● ● ● ●DoCoMo ● ● ● ● ● ● ● (CoMP/MU-MIMO)radio-AdvancedtransmitterBF w/ moreantennaDeutscheTelekom● ● ● ● ○ ● (CoMP) -OFDM in UL-MSR BS-Improved SPTeliaSonera ● ● ● ● ●supportAT&T ● ● ● ● -CA enhan.-Enhan.ULcoverageCMCC ● ● ● ● ● ● ● ● ● (CoMP) -Relay Enhan(Un/mobile)- UL OFDMAVodafone ● ● ● ●(MDT) ● ● -Backhaul(relayUn,high ordermodulation-Signallingreduction-Public safetyChinaTelecom● ● ● (CoMP) -CoverageEnhan.-8 Rx at eNB-CAEnhan11

(LTE/HRPD)KDDI ● ● ● ● ● (CoMP) -CA Enhan•/1. / HetNet Rel-12/13 Ericsson “Soft Cell”()‣ Macrocell system information control signalingtransmission Coverage Mobility handling data‣Small cells (e.g. Picocell) data ()(e.g. NCT) UL OFDMA 256QAM (modulation)(FDD/TDD)Soft Cell (RWS-120003)2. / 3D beamforming massiveMiMO3. D2D /NokiaQualcommALU Motorola•1. HetNet Rel-12/13 / HetNet ( 3D beamforming massive MiMO)12

2. Fiber backhaul Rel-11 CoMP backhaul CoMP 3. D2D D2D D2D <strong>3GPP</strong> 4. <strong>RAN</strong> Plenary#56 D2D • Qualcomm D2D Rel-11 (SI) 9 Plenary#57 1. RP-120872, “New Study on LTE Device to Device ProximityDiscovery”2. RP-120698, “New Study on LTE Direct Communication”•D2D 2 Proximity Discovery Direct Communication Proximity Discovery Direct Communication •D2D 2 Public Safety CommercialVodafone SA1 D2D Public Safety requirementsVodafone D2D Public Safety D2D 4-5 •D2D Proximity Discovery LTE Direct Communication Public Safety Commercial Direct Communication Wi-Fi Direct13

5. Release-12 Roadmap Rel-12 <strong>Workshop</strong> CISCO () 2016 <strong>3GPP</strong> Release-12 Release-12 18~24 <strong>RAN</strong> <strong>RAN</strong>#56 Release-12 21 18 24 14

6. (HetNet)• RWS-120002 Release 12 and beyond for C^4 (Cost, Coverage, Coordinationwith small cells and Capacity) NSN• RWS-120003 Views on Rel-12Ericsson & ST-Ericsson(soft cell)15

• RWS-120010 Requirements, Candidate Solutions & Technology Roadmap forLTE Rel-12 Onward NTT DOCOMO, INC. 10 500 (Phantom cell)• RWS-120023 LTE Rel-12 and Beyond: Requirements and TechnologyComponents Intel17

TDD • RWS-120029 Views on LTE Rel-12 & Beyond CMCC TDD 7. Multiple Antennas and Site Related Technologies 18

Active Antenna System (AAS) 3Dbeam-forming (InterferenceCancellation)(advanced receiver)• RWS-120002 Release 12 and beyond for C^4 (Cost, Coverage, Coordinationwith small cells and Capacity) NSN Active Antenna System AAS 3Dbeam-forming sectorization sectorization capacity• RWS-120005 Views on Release 12 Orange Orange Activeantennas semi-static sectorization 3D beam-forming CoMPOrange AAS eNB UE1 UE2/3 UE1 UE2/3 19

• WS-120039 Evolving <strong>RAN</strong> Towards Rel-12 and Beyond SharpDirty Paper CodingDPCDL MU-MIMO 1) serve UE 2) UE 3)Sharp precoding based MU-MIMO 5~9dB • RWS-120034 Views on <strong>3GPP</strong> Rel-12 and Beyond ZTEMassive MIMO 3D MIMO 2 4 8 64 20

8. TD-LTE • RWS-120036 LG's view on evolution of LTE in Release 12 and beyondElectronicsLG TD-LTE TDDConfiguration Cell A Cell B TDD configuration (DL : UL = 5 : 5)Cell A Cell B TDD configuration• RWS-120037 Views on REL-12 and OnwardsChina Telecom RWS-120010 C-plane/U-plane splitting (Phantom cell) DL/UL decoupling Macro Cell pico-cell pico-cell 21

1. D2D D2D CMCC <strong>Workshop</strong> “we have no idea regarding D2D”Sprint D2D KT “operatorcontrol” D2D D2D public safety 4-5 <strong>3GPP</strong> 5 D2D <strong>3GPP</strong> D2D “use case” LTE Direct Communication 2. Small Cell 4-5 <strong>3GPP</strong> <strong>Workshop</strong> HetNet <strong>3GPP</strong> small cell 4-5 <strong>3GPP</strong> ()UL OFDMA 256QAM FDD/TDD Small Cell 22

WALN <strong>3GPP</strong> <strong>RAN</strong> Working Group <strong>3GPP</strong> <strong>Workshop</strong> smallcell enhancements enhancement <strong>RAN</strong>#56 <strong>RAN</strong> TakehiroNakamura e-mail discussion smallcell enhancement <strong>RAN</strong> e-mail discussion 23