TD-SCDMA IMT UMTS U

Transcription

1 5 TD-SCDMA

2 TD-SCDMA IMT UMTS UMTS IMT RRC CC IMT TD-SCDMA UTRAN UTRAN Iu Iu-CS Iu-PS RANAP Iu-BC SABP Iu Iu-flex Iub Iur Iupc Iur-g...61 TD-SCDMA

3 TD-SCDMA TD-SCDMA burst midamble CCTrCH CCTrCH SYNC_DL SYNC_UL / DCA

4 MAC MAC MAC MAC RLC RLC RLC RLC AM RLC TM/UM/AM PDCP PDCP PDCP BMC / BMC BMC RRC RRC RRC RRC TD-SCDMA

5 RRM TD-SCDMA RRM DCA DCA DCA DCA DCA TD-SCDMA TD-SCDMA TD-SCDMA TD-SCDMA RRM DCA HSDPA AMC HARQ HS-DSCH HS-SCCH HS-SICH HSDPA MAC

6 HSDPA MAC HARQ G TD-SCDMA G TD-SCDMA G QoS TD-SCDMA TD-SCDMA CDMA2000 [3GPP 3GPP2 ]

7 GSM CDMA % ITU 3G WCDMA CDMA2000 TD-SCDMA ITU TD-SCDMA TD-SCDMA 3G , 3GPP TSG RAN 11 TD-SCDMA 3G 3GPP 4(Release 4) TD-SCDMA CDMA TD-SCDMA 1 TD-SCDMA 7

8 5 TD-SCDMA 3G WCDMA CDMA2000 3G TD-SCDMA TD-SCDMA 3G TD-SCDMA

9 9

10 TD-SCDMA ITU TD-SCDMA AMPS Advance Mobile Phone Service AMPS TACS Total Access Communication System NMT Nordic Mobile Telephone System NTT Nippon Telegraph and Telephone FDMA TDMA GSM Global System for Mobile Communications 10

11 GSM ETSI SMG GSM 8 200KHz/ GSM 2+ * EFR * AMR * 14.4Kbit/s * HSCSD * GPRS * EDGE 1988 TDMA IS-54/IS-136 IS-136 / AMPS Qualcomm 90 CDMA 1993 TIA IS-95 3G CDMA2000 IS-95 CDMA AMPS IS-95 AMPS CDMA FDMA TDMA IS-95 GSM %

12 G 2Mbps Kbit/s 14.4Kbit/s K K 3G 2Mbits/s 3G 1-2 2G 3G 12

13 2Mb/s W-CDMA TD-SCDMA CDMA2000 (GPRS IS95B) (GSM IS95) CDMA20001x EDGE 384Kb/s 144Kb/s 14.4kb/s 1.2 2G 3G 5, 3G 1.3 3G 3 G Web (mp3) 10kb/s 100kb/s 1Mb/s 2Mb/s 1.3 3G 10 3G 13

14 ` G TG8/1 FPLMTS GSM CDMA TG8/ WARC 230MHz FPLMTS MHz MHz FPLMTS ITU ITU-T ITU-R FPLMTS 1996 ITU 1996 IMT MHz 2000kbps IMT 2000 RTT RTT RF ITU 1997 M.1225 [1] IMT-2000 RTT ITU IMT-2000 RTT * 144kbit/s * 384kbit/s * 2Mbit/s ITU IMT IMT-2000 IMT Internet ITU CATT TD-SCDMA 1.1 IMT IMT-2000 RTT J:W-CDMA ARIB FDD TDD 14

15 UTRA-UMTS WIMS W-CDMA WCDMA/NA Global CDMA TD-SCDMA CDMA2000 Global CDMA UWC-136 EP-DECT ETSI FDD TDD TIA FDD T1P1 FDD TTA FDD CWTS TDD TIA FDD TDD TTA FDD TIA FDD ETSI TDD UMTS/IMT-2000 RTT WCDMA TD-CDMA Ericsson Nokia Siemens ETSI W-CDMA TD-CDMA UTRA (UMTS Terrestrial Radio Access) W-CDMA TD-CDMA IMT-2000 ANSI T1P1 TIA EIA IMT-2000 cdma2000 Qualcomm Lucent Motorola Nortel W-CDMA UWC-136 ARIB 6 RTT NTT DoCoMo W-CDMA W-CDMA W-CDMA 10 W-CDMA CDMA2000 TD-SCDMA ITU TG 8/1 18 ITU-R M.1457 [2] 5 RTT TDMA * SC-TDMA UMC-136 * MC-TDMA EP-DECT CDMA * MC-CDMA CDMA2000 MC * DS-CDMA UTRA/WCDMA CDMA2000/DS * TDD CDMA TD-SCDMA UTRA TDD ITU 5 RTT CDMA TDMA MC DS TDD SC MC CDMA CDMA CDMA TDMA TDMA 15

16 CDMA 5 ITU-R M.1457 TD SCDMA Time Division Duplex Synchronous Code Division Multiple Access W-CDMA cdma WCDMA Ericsson Nokia NTT DoCoMo WCDMA WCDMA WCDMA 5MHz CDMA CDMA2000 IS-95 Qualcomm Lucent Motorola Nortel CDMA2000 IS-95 IS-95 IS-95 Turbo WCDMA CDMA2000 FDD TDD FDD 3G FDD TDD CDMA TD-SCDMA TDD CDMA TD-SCDMA TD-SCDMA 16

17 3G A B TD SCDMA WCDMA TD SCDMA TDMA 1-3 WCDMA TD-SCDMA CDMA2000 TD SCDMA CDMA T D M A C D M A Y-Axis F D M A 10 (A) TD SCDMA CDMA Y-Axis FDMA (B) WCDMA WCDMA TD-SCDMA 1-3 3G 17

18 WCDMA TD-SCDMA CDMA2000 5MHz 1.6MHz 1.25MHz 3.84Mcps 1.28Mcps Mcps 10ms 10ms 20ms GPS 1500Hz 0-200Hz 800Hz Turbo DwPCH UpPCH Midamble Turbo Turbo 1.3 TD-SCDMA % ITU IMT-2000 RTT 3G TD-SCDMA 3G TD-SCDMA CWTS ITU 18

19 5 TD SCDMA IMT-2000 TDD FDMA/TDMA/CDMA 1.28Mcps 1.6MHz TD-SCDMA CDMA 3G (1) TD-SCDMA TDD 1.6MHz 5MHz 3 (2) TD-SCDMA Internet (3) TD-CDMA ITU (4) TD-SCDMA TD-SCDMA ITU ITU-R M.1457 ITU RTT TD-SCDMA TD-SCDMA WCDMA cdma TD-SCDMA TD-SCDMA ITU TD-SCDMA UTRA TDD 3GPP TD-SCDMA GPP R4 TDD 155MHz TD-SCDMA ITU-R M WRC 1.5 TD-SCDMA 19

20 5 10 ITU ITU 3GPP 3GPP2 ITU 3GPP GSM MAP DS-CDMA WCDMA FDD CDMA TDD UTRA TDD TD-SCDMA 3GPP2 IS-41 MC-CDMA CDMA2000 FDD CWTS TD-SCDMA GPP RAN TD-SCDMA UTRA TDD, , 3GPP TSG RAN 11 TD-SCDMA 3G 3GPP 4 Release 4 TD-SCDMA 3G TD-SCDMA TD-SCDMA G TD-SCDMA UTRAN TD-SCDMA TD-SCDMA TD-SCDMA WCDMA CDMA2000 TD-SCDMA MAC RLC PDCP BMC RRC TD-SCDMA TD-SCDMA TD-SCDMA TD-SCDMA TD-SCDMA HSDPA HSDPA 3GPP 3G TD-SCDMA 3G TD SCDMA 20

21 5 10 [1] 3GPP Technical Specification 25.4xx [2] 3GPP Technical Specification Stage 2 functional specification of UE positioning in UTRAN [3] 3GPP Technical Specification Functional stage 2 description of location services [4] 3GPP Technical Specification Intra Domain Connection of RAN Nodes to Multiple CN Nodes [5] 3GPP Technical Specification direct transport bearers between SRNC and Node-B [6] 3GPP Technical Specification 32.xxx [7] 3GPP Technical Specification 23.xxx 15 ITU IMT 2000 IM IMT ITU 3G IT IMT

22 IMT 2000 IMT IMT * 2Mbps * 384Kbps * 144Kbps 2 3 2G 3G 2 2 UMTS 20 UMTS IMT 2000 UMTS (Domain) 2.1 Stratum UMTS 22

23 Cu Uu Iu [Zu] [Yu] 2.1 UMTS 5 10 UMTS phase 1 GSM UMTS QOS UMTS phase 1 UMTS phase 1 IP UMTS UMTS GSM/UMTS 2.1 ME USIM 1 ME MT TE UMTS 2 USIM 23

24 UMTS phase 1 UMTS UTRAN UTRAN UMTS phase 1 UMTS UTRAN GSM BSS UMTS phase 1 GSM UMTS phase 1 ATM IP UMTS UMTS VHE UMTS UMTS UMTS * * UMTS 24

25 UMTS 2.2 USIM HN USIM MT MT SN SN HN USIM MT MT SN MT AN AN SN USIM / SN HN AN UMTS GSM/UMTS UMTS UTRAN / Attach /Detacu 25

26 5 10 MSC/SGSN GSM/GPRS UTRAN UMTS phase 1 / UMTS 2.3 IMT ITU IMT 2000 IMT RRC CC RRC CC SDF UIMF TIMF MCF CCAF TACAF SACF TACF SCF SSF CCF SRF BACF BCFr BCF CC MRRC MRTR RFTR RRC RCC 26

27 2.3 IMT RRC 5 10 RRC 1 RRC 2 MRRC 3 RFRC 4 MRTR CC CC 1 SDF 2 SCF 3 SSF CCF SCF 4 CCF 5 SRF 6 SACF 7 TACF 8 BCF 9 BCFr, 10 MCF 27

28 CCAF CCF 12 TACAF 13 BCAF 14 UIMF IMT 200 (15) / 16 / IMT 2000 SCF SCF SCF SCF SCF SCF IMT 2000 SCF IMT IMT 2000 ATM IP 2 G IMT * RBCF * RTSF RTT RTAF 28

29 5 2 2G IWF IMT 2000 IMT 2000 AF 3 3G IMT MIF IMT-2000 RAN-RTTa IMT-2000 RAN-RTTa RTAFA IMT IWF1 MIF IMT-2000 RAN-RTTa IMT-2000 RAN-RTTa RTAFA R B C F AF2 2 IWm MIF IMT-2000 RAN-RTTa IMT-2000 RAN-RTTa RTAFA AFm m IMT IMT TD-SCDMA 15 TD-SCDMA 3GPP UMTS Universal Mobile Telecommunication System 29

30 2 4 1 UMTS UMTS UE UTRAN(UMTS Terrestrial Radio Access Network) WCDMA/TD-SCDMA CN(Core Network) GSM/GPRS UMTS UMTS UMTS (Subnetwork), RAN (Radio Access Network) UMTS (User Equipment, UE) UMTS 2.5 UTRAN RAN CN Iu UE Uu CN 30 Iu RAN Uu 30

31 UE 2.5 UMTS 5 UMTS 2.6 R elease 4 CS Circuit Switched PS Packet Switched PLMN Public Land Mobile Network 31

32 PSTN PSTN PSTN Gi Gp CS- MGW Mc GMSC server GGSN C Mh Gc PSTN Nc HLR H AuC Gn Nb D EIR Gr VLR MSC server Mc B CS-MGW Nb G E Nc CS-MGW VLR B MSC server Mc F Gs Gf SGSN CN A Gb IuCS IuPS BSS BSC RNC RNS Iur RNC BTS Abis BTS Node B cell Iub Node B Um Uu ME SIM-ME i/f or Cu SIM USIM MS 2.6 CS PS PLMN 5 * BSC * * H I IMS 32

33 BSS RNS CN BSS SGSN Gb BSS CS-MGW CS CN CS RNS Iu RNS Node B Node B 1 Iub RNC RNC Iur Iur RNC UTRAN 2.6 A Abis GSM 08 Iu Iur Iub UMTS 25.4xx B C D E F G 7 MAP G UMTS Release 4 UMTS IP 3G TD SCDMA GPP Technical Specification , Network Architecture 2. 3GPP Technical Specification , General UMTS Architecture 3. 3GPP Technical Specification Access Stratum (AS): Services and Functions 4. 3GPP Technical Specification Digital cellular telecommunication system (Phase 2+); General Packet Radio Service (GPRS); Service Description; Stage GPP Technical Specification GSM-UMTS Public Land Mobile Network (PLMN) Access Reference Configuration 6. 3GPP Technical Specification Mobile radio interface signalling layer 3; General Aspects Harri, Holma, Antti Toskala handbook on deployment of IMT-2000 System ITU-R 33

34 5 UTRAN Iu Iur Iub 3GPP 3G ATM IP 7 UTRAN TD-SCDMA 3 1 UTRAN CN Iu Iu UTRAN RNS RNC Iur RNS RNC Iub Iub Iub Iub Node B Node B Node B Node B UTRAN 15 UTRAN 3G 3.1 UTRAN RNS Radio Network Subsystems Iu RNS RNC 34

35 Node B Node B RNC Iub 5 10 UTRAN Uu Iu UE SAP 3.2 Uu Iu (1) UE Uu Iu (2) (1) UTRAN Iu Iu (2) Uu Iu Uu 3GPP TS 25.2xx and TS 25.3xx Iu 3GPP TS 25.41x Uu Iu 35

36 CM,MM,GMM,SM (3 ) CM,MM,GMM,SM (3 ) (1) Iu (2) (1) Iu (2) UE Uu UTRAN Iu 3-.3Uu Iu 5 Uu 3GPP TS 25.2xx and TS 25.3xx Iu 3GPP TS 25.41x CM MM GMM SM UE CN 10 UTRAN RNS SRNS Serving RNS WCDMA UE UTRAN RNS DRNS Drift RNS SRNS DRNS 3.4 CN Iu DRNS Iur SRNS UE SRNS DRNS UTRAN RNC Radio Network Controller, 36

37 5 10 RRC RNC * SRNC RNC SRNC / CN Iu UE SRNC RAB Uu * DRNC RNC SRNC RNC UE SRNC DRNC 2 Iub Iur UE DRNC * CRNC RNC SRNC CRNC 15 RNC SRNC DRNC CRNC RNC SRNC DRNC UE UTRAN CRNC 20 NodeB B 3 2 UTRAN O&M / SRNS / 35 3G TDD 37

38 5 10 3GPP GPS TDD 3.84Mcps TDD PNBSCH (Physical Node B Synchronisation channel) TD-SCDMA DwPTS 3.5 CN RNC RNS RNC Node B Node B Node B Node B Node B [TDD] UE 1 UE 2 UTRAN [ ] TDD GPP TS Network Synchronisation 20 O&M O&M 3GPP O&M UTRAN,

39 CN O&M RNS RNC RNC Node_B UE UE UE UE UE O&M RNS O&M O&M RNC Node-B RNC Node-B RNS 20 O&M 1. RNS

40 Q3 O&M O&M 15 NodeB NodeB Implementation Specific O&M logical O&M NodeB Iub RNC 3.7 Node B RNC Node B O&M O&M Node B Node B O&M RNC O&M O&M O&M I ub Node B O&M I ub O&M RNC O&M RNS 40

41 3GPP TS32 series 3.3 UTRAN 5 UTRAN UE CN UTRAN 3.8 UTRAN ALCAP(s) UTRAN ALCAP Access Link Control Application Part 15 UTRAN UTRAN UTRAN 41

42 RANAP RASAP NBAP UE Iu ALCAP O&M ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP ALCAP O&M O&M Iu Iu UTRAN CN RNS CN GSM A Iu UTRAN CN 42

43 5 Iu CS PS Iu-CS Iu-PS Iu 3.9 Iu CN RNC RNC CN Iu Iu-CS Iu-PS Iu-BC UTRAN (CN) Node B Node B Node B Node B RNC RNC CS Iu-CS PS Iu-PS BC Iu-BC 10 Iu 3.9 Iu Iu Iu 1 RAB RAB RAB Uu Iu 2 RAB 3 UTRAN CN Iu UTRAN CN 43

44 5 4 RAB R99 RNC CN BC RNC CN 3GPP SA 15 Intra-domain connection of Radio Access Network (RAN) nodes to multiple Core Network (CN) nodes Iu Iu-flex Iu-CS Iu-CS 3GPP Release 5 IP IP IP Release99 ATM 44

45 RANAP Iu Q FFS SCCP Q FFS**) M3UA MTP3b MTP3b SCTP SSCF- NNI SSCOP SSCF- NNI SSCOP AAL2 RTP/ RTCP*) IP AAL5 AAL5 IP UDP/IP ATM ATM ATM *) RTCP **) 3.10 Iu CS 5 FFS For further study IP Iu-CS Release99 7 RANAP SCCP MTP3-b ATM SAAL-NNI SAAL-NNI SSCF SSCOP AAL5 IP SCCP M3UA(MTP3 User Adaptation Layer) SCTP(Stream Control Transmission Protocol) IP Iu-CS Release99 CS AAL2 Release5 RTP/IP 45

46 Iu-CS AAL2 Q Q IP Iu-PS Iu-PS IP RANAP Iu MTP3-B SSCF-NNI SCCP M3UA M3UA SCTP SCTP GTP-U GTP-U UDP UDP SSCOP IP IP AAL5 IP AAL5 IP ATM ATM 3.11 Iu PS Iu-CS Release99 ATM Iu-PS Iu-PS Release99 7 RANAP CS PS IP SCCP AAL5 M3UA(MTP3 User Adaptation Layer) SCTP(Stream Control Transmission Protocol) IP 46

47 5 10 Release5 IP AAL5 ATM Iu-PS Release99 PS AAL5 PVC GTP_U GPRS UDP IP Release5 IP AAL5 ATM Iu-PS PS GTP RANAP RAB RANAP RANAP RANAP Iu EP UE RANAP EP EP 1 EP 2 EP 3 EP RANAP EP Iu Iu RAB CN Iu RAB UE RAB Iu Iu RAB RAB RAB Iu Iu PDU Iu 47

48 5 SDU SDU AMR CS Iu-BC SABP Iu-CS Iu-PS Iu-BC SABP SABP service area broadcast protocol Iu-BC BC CN CBC RAN BMC SABP -- / / -- / RNC -- / RNC CN / 3.12 SABP 48

49 SA SABP TCP TCP IP AAL5 IP ATM 3.12 Iu BC 5 Release5 IP Iu Iu-flex Iu-Flex BSC/RNC MSC/SGSN 10 a) BSC/RNC MSC/SGSN BSC MSC 40% BSC MSC b) MSC/SGSN, MSC/SGSN, MSCs SGSNs HLRs 15 Release 5 Iu-Flex BSC/RNC 49

50 A/Gb Iu MSCs/SGSNs MSCs/SGSNs Iu-Flex PLMN CN GERAN RAN pool area NNSF(NAS Node Selection Function) * MSC/SGSN * * CN * RNC/BSC * CS PS * RAN Location Areas Routing Areas

51 MSC 3 MSC 2 MSC 1 MSC 6 MSC 5 MSC 4 MSC 7 CS 1 CS 2 RAN node RAN node RAN node RAN node RAN node RAN node RAN node RAN node PS 1 PS 2 SGSN 1 SGSN 2 SGSN 3 SGSN 4 SGSN 5 SGSN RAN CN CN NNSF Network Resource Identifier (NRI) CN CN RAN CN Iu-flex Release6 MBMS Multimedia Broadcast/Multicast Service 51

52 3 5 Iub Iub RNC--Node B RNC Node B 5 NBAP FP ATM Release 5 IP E1 T1 STM-1 E1 STM NBAP DCH FP RACH FP FACH FP PCH FP DSCH FP USCH FP CPCH FP ALCAP Q SSCF-UNI SSCOP Q SSCF-UNI SSCOP AAL Type 5 AAL Type 5 AAL Type 2 ATM Iub : 3.14,3.15 CPCH FDD Iub NodeB 15 Iub -- Iub 52

53 Node B O&M -- O&M Iur RNC Node B SS7 SAAL-UNI IP/SCTP Iub ATM AAL2 AAL5 SAAL SSCOP SSCF-UNIALCAP AAL2 AAL5 ATM ATM AAL2 AAL5 AAL5 AAL2 ITU-T ALCAP AAL2 AAL2 Q Q SAAL SSCOP SSCF-UNI NBAP 4096 APPSAR 4096 NBAP APPSAR 3GPP Iub Node B

54 RNC Node B Iub Iub RACH FDD CPCH Iub Iub FACH PCH Iub DSCH Iub TDD USCH Iub DCH Iub DSCH Iub TDD USCH Iub DCH Node B Node B Node B / / 10 NBAP NBAP EP Class1 Class2 Class1 Class NBAP NBAP NBAP NodeB UE UE NBAP NodeB O&M NBAP -- UE TDD -- TDD -- NodeB -- NBAP 54

55 NBAP UE RNC NBAP UE UE NBAP NBAP -- UE FDD FP [Iub FP] Iub Iub Iub FP IE QE 7 0 CRC FT 20 CRC Head CRC CRC -- FT TFI 55

56 5 -- Other information TB -- Spare Extension IE -- Payload CRC CRC CRC FT (2 bytes) ( ) Frame CRC CRC -- FT Control Frame Type Iub GSM Abis Abis BTS 3G Iub Iur Iu Node B 3G Iub CWTS Iub 56

57 3 6 Iur 5 10 Iur RNC RNC Iu Iur Iur RNC Iur -- RNC Iub Iur RASAP FP ATM Release5 IP E1 T1 STM-1 E1 STM-1 Iur Release5 RNSAP Iur ALCAP(Q ) FFS**) SCCP STC (Q ) MTP3-B M3UA M3UA MTP3-B M3UA FFS**) SSCF-NNI SCTP SCTP SSCF-NNI SCTP SSCOP AAL5 IP IP SSCOP AAL5 IP IP AAL2 UDP/IP ATM ATM ATM Iur Iur DRNS

58 Iur Iur Iur DCH Iur Iur DCH DSCH Iur DSCH Iur HS-DSCH Iur Iur HS-DSCH TDD USCH Iur TDD USCH Iur RACH/ CPCH[FDD]/ FACH Iur RACH/ CPCH[FDD}/ FACH RACH/FACH DRNS 3.19 DRNS Iur Iur DRNS SRNC Iur DRNC Iur Iur RASAP RNC UTRAN Iur UE RNC RNC -- / SRNC DRNC -- SRNC -- RNC -- RNC Iur RASAP 3GPP SRNC MAC 58

59 Iur MAC MAC-d MAC-C/sh SRNC DRNC DCH RNC DCH DRNC Iur Iub -- FDD -- DRNC -- RNC DCH DRNC UE CRNC Iur O&M Release99 -- RNC -- RNC Node B Iur Iur Iub Iur Iub Iub Iur FP RACH/CPCH[FDD] FACH RACH/CPCH[FDD] RACH/CPCH[FDD] DRNC SRNC CRC MAC-c/sh SDU RACH FACH FACH SRNC DRNC MAC-c/sh SDU FACH SDU DRNS Uu SRNC DRNC USCH USCH USCH 59

60 SRNC USCH USCH DRNC SRNC CRC MAC-c/sh SDU USCH DRNC SRNC SRNC DSCH MAC-c/sh SDU DSCH DSCH UE SDUDRNS Uu SRNC Iur FP FACH DSCH DSCH 8 -- FACH FACH DRNC -- DSCH SRNC DSCH SRNC -- DSCH DSCH DRNC DRNC Iur UE DRNC GPP RAN SRNC NodeB (direct transport bearers between SRNC and Node-B) WI 3.20, DRNC Node B ID DRNC NodeB SRNC DRNC ID SRNC DRNC DRNC SRNC Node B DRNC ID Node B SRNC Node B DRNC DRNC ATM IP 60

61 WCDMA FDD/TDD BS DRNC WCDMA FDD/TDD SRNC Iu CN BS 3.20 / 3 7 Iupc Iur-g 5 Iupc 2 3 Iur-g Iupc G FCC Federal Communications Commission "911" FCC "911" FCC 61

62 Commercial LCS Value Added Services -- Internal LCS -- Emergency LCS -- Lawful Intercept LCS Iupc GPS 3.21 LMU A SAS Uu Iupc UE Node B Iub (LMU B) RNC Iu CN Iur Node B (LMU B) Iub RNC LMU Location Measurement Unit SAS Stand-Alone SMLC SMLC-- Serving Mobile Location Centre logical node that interconnects to the RNC over the Iupc interface via the PCAP 62

63 5 protocol Iupc PCAP RNC PCAP Position Calculation Application Part( ) RNC CN UE LMU SAS Node B UE CN SRNC MSC UE CN LCS UTRAN 3.22 UE GPP Release OTDOA Observed Time Difference Of Arrival -- GPS A-GPS Release5 TD-SCDMA AOA OTDOA Iur-g 20 3GPP GERAN(GPRS EDGE RAN) BSC RNC Iur-g 63

64 VLR B MSC Gs SGSN CN A Gb IuCS IuPS BSS BSC Iur-g RNC RNS Iur RNC Abis Iubis BTS BTS Node B cell Node B Um Uu UE 3.22 Iur-g 5 Iur GERAN Iur-g GPP Technical Specification , UTRAN Overall Description 3GPP Technical Specification , Synchronization in UTRAN Stage 2 3GPP Technical Specification UTRAN Iu Interface: General Aspects and Principles 3GPP Technical Specification UTRAN Iu interface Layer 1 3GPP Technical Specification UTRAN Iu interface signalling transport 3GPP Technical Specification UTRAN Iu interface RANAP signaling 3GPP Technical Specification UTRAN Iu-BC interface: Service Area Broadcast Protocol (SABP) 3GPP Technical Specification UTRAN Iur Interface: General Aspects and Principles 3GPP Technical Specification UTRAN Iur interface Layer 1 3GPP Technical Specification UTRAN Iur interface signalling transport 3GPP Technical Specification UTRAN Iur interface RNSAP signalling 3GPP Technical Specification UTRAN Iub Interface: General Aspects and Principles 3GPP Technical Specification UTRAN Iub interface NBAP signalling 3GPP Technical Specification UTRAN Iub interface user plane protocols for CCH data streams 64

65 5 3GPP Technical Specification , UTRAN implementation-specific O&M transport 3GPP Technical Report , UTRA TDD low chip rate option; Radio protocol aspects 3GPP Technical Report Direct Transport Bearers Between SRNC and Node-B 3GPP Technical Report NAS node selector function 3GPP Technical Specification User Equipment (UE) positioning in Universal Terrestrial Radio Access Network (UTRAN); Stage 2 3GPP Technical Specification Functional stage 2 description of location services (LCS) 65

66 TD-SCDMA UE Uu L1 L2 L / (RRC) (MAC) G MAC 3 RRC MAC RRC - FEC / / ( ) 66

67 5 RF FER SIR ( ) UE ( ) TD-SCDMA L TD-SCDMA (DS-CDMA) 1.28Mcps 1.6MHz TDD( ) TD-SCDMA DS-CDMA TDMA TD-SCDMA TDMA/CDMA TD-SCDMA 10ms 2 5ms Mcps K / 1.28M / MAC RLC : 67

68 5 UE ID UE (DCH) / UE BCH PCH FACH RACH USCH DSCH 1) (BCH) 2) (PCH) 3) (FACH) (FACH) FACH 4) (RACH) RACH 5) (USCH) (USCH) UE 6) (DSCH) (DSCH) UE TD-SCDMA / TDMA

69 (10ms) #i #i+1 (5ms) #2i #2i+1 (0.675ms) TS0 TS1 TS2 TS3 TS4 TS5 TS6 DwPTS (75us) G (75us) UpPTS (125us) Time slot#n (n from 0 to 6): the n th traffic time slot, 864 chips duration; DwPTS: downlink pilot time slot, 96 chips duration; UpPTS: uplink pilot time slot, 160 chips duration; 5 GP: main guard period for TDD operation, 96 chips duration; 4.2 TD-SCDMA 10 TDD midamble 69

70 5 OVSF midamble midamble midamble shift OVSF OVSF midamble TD-SCDMA 1.28Mcps 5ms ( 6400chip ) 10 Dw PTS UpPTS GP (96chips) ( 96 chip s ) (160chip s ) 4.3 TD-SCDMA TD-SCDMA TDMA 10ms 5ms us 7 3 DwPTS( ) G( ) UpPTS( ) 7 Ts0 Ts1 TD-SCDMA 5ms UL DLDL UL TD-SCDMA ms Ts0 70

71 (DL/UL ) 5 ms Ts0 (DL/UL ) : TD_SCDMA (DwPTS) 64chips SYNC_DL 32chips us 10 GP(32chips) SYNC_DL(64chips) 4.5 DwPTS SYNC_DL PN 32 SYNC-DL SYNC-DL PN DwPTS DwPTS (UpPTS) UE UpPTS RACH 128chips SYNC_UL 32chips us SYNC_UL(128chips) GP(32chips) UpPTS 71

72 SYNC_UL PN, UE (GP), Node B, 75us(96chips) TD-SCDMA burst 352 chips Midamble 144 chips 864*T c 352 chips GP 16 CP (GP CP ) TD-SCDMA chips 144chips midamble 16chips 704chips, 4-2 (SF) (CN) (chip ) ( ) (µs) Midamble (Q) (N)

73 5 TD-SCDMA 4.7 L1 L1 TFCI, TPC, SS L1 L1 L1 TFCI TFCI TFCI TFCI Midamble x (864 Chips) 5ms G P G Midamble P x (864 Chips) 5ms 10ms 4.8 SS( ) TPC( ) TFCI TFCI SS Midamble TPC x (864 Chips) 5ms TFCI TFCI TPC SS G P Midambl x (864 Chips) 5ms TFCI G P 10 10ms 4.9 SS( ) TPC( ) TFCI TFCI 10ms TFCI TFCI TPC 5ms TD-SCDMA SS 5ms, SS M (k/8)tc M k SS SS 73

74 midamble 5 midamble midamble midamble TD-SCDMA midamble 128chips 32 4 Midamble midamble m : P = ( m m,..., ) m (4-1) 1, 2 m P m P 128 P=128 QPSK P 10 m P : P = ( m m,..., ) m (4-2) 1, 2 m P m P m (4-3) m m i P i m i i ( mi for all i 1,..., P = j) = (4-3) midamble m i 15 m : P i = Lm + ( K 1) W (4-4) max (4-4) :, L m =144, K,W K=2, 4, 6, 8, 10, 12, 14, 16, 20 P W = K, P=128 x x 74

75 m : = ( m,..., m ) = ( m, m m ) m 1, 2 i 1 2,..., max Lm + ( K 1) W m (4-5) m P m P m = for the subset i = ( P + 1),..., imax (4-6) i m i P 5 (k ) k, m L m, m ( k ) = ( k ) ( k ) ( k ) ( m, m,..., m ) m (4-7) 1 2 Lm k (k = 1,...,K) L m m : (k ) i ( k ) m i mi+ ( K k ) W = with i 1,..., Lm = and k 1,..., K = (4-8) midamble (DPCH) DCH DPCH * (P-CCPCH) BCH P-CCPCH TD-SCDMA P-CCPCHs ( / ) (Ts0) P-CCPCHs SF=16 TS#0 C (k=1) (k=2) Q=16 C Q=16. P-CCPCH TFCI 0 TS#0 m (1) m (2) P-CCPCH, P-CCPCH Space Code Transmit Diversity (SCTD) P-CCPCH SCTD P-CCPCH SCTD m(1) m(2). P-CCPCH SCTD 1 m(1) 2 m(2) * (S-CCPCH) PCH FACH (S-CCPCH) FACH S-CCPCHs 75

76 5 10 SF=16,S-CCPCH S-CCPCHs TFCI * (PRACH) RACH RACH PRACH SF=16, SF=8 SF=4 ( ) * Fast Physical Access CHannel (FPACH) TD-SCDMA, UE UpPTS, NodeB FPACH UE FPACH burst FPACH SF=16 ( ) FPACH 32bits, FPACH ( ) 3 ( ) 2 UpPCH (UpPCH POS ) 11 RACH 7 9 ( ) ( : 0) * (PUSCH) USCH PUSCH TFCI UE PUSCH * (PDSCH) DSCH PDSCHPDSCH TFCI DSCH 1 PDSCH TFCI 2 DSCH midamble midamble 3 midamble UE midamble PDSCH UE midamble PDSCH * PICH PICH N PIB =352 PICH 76

77 Bits for Page Indication Bits for Page Indication Bits for Page Indication Bits for Page Indication s 1 s 5 s 173 s3 s Midamble... Guard Period s 179 s177 s181 s s Midamble... Guard Period... Midamble... Guard Period... Midamble... Guard Period s s s4 s 176 s s 6 s s 180 s182 s 352 Time Slot#i, subframe #1 Time Slot#i, subframe #2 i {0, 2, 3, 4, 5, 6} PICH P q (q = 0,..., N PI -1, P q {0, 1}) 1 2 bit {s 2LPI *q+1,...,s 2LPI *(q+1)} L PI =2, 4 8 L PI N PI L PI Radio frame N PI L PI =2 L PI =4 L PI =8 NPI N PICH PICH N PICH PICH N P =N PICH *N PI 1 PICH Block P 0,..., P NPI-1 P 0,..., P NPI-1... P 0,..., P NPI-1 P 0,..., P NPI-1 Frame #n 0 1 N PICH -2 N PICH PICH 20 UE PI PI=0 1...N P -1 PICH n P q q n q = PI mod N PI n = PI div N PI Iub PCH PI PI PI Pq 0 1 NodeB PI Pq 77

78 k = TD-SCDMA 0 TS#0 c 1) k = c 2). ( Q= 16 m (1) m (2) 1 P-CCPCH m(1) 2 P-CCPCH SCTD m(1) m(2) 1 m(1) m(2) P-CCPCH SCTD ( Q= midamble midamble midamble, - UE UE

79 4-5 DCH (DPCH) BCH (P-CCPCH) PCH FACH RACH USCH DSCH (S-CCPCH) (S-CCPCH) (PRACH) (PUSCH) (PDSCH) (DwPCH) (UpPCH) PICH FPACH DwPCH, UpPTCH PICH FPACH 79

80 4.3 5 MAC / MAC TD-SCDMA / TTI {5ms,10 ms, 20 ms, 40 ms, 80 ms} 5ms TTI RACH / - CRC - / ( ) bit - - / 4.12 (CCTrCH) bit CCTrCH 80

81 a, a, a,, a im1 im1 o, o, o,, o ir 1 im 2 im 2 ir 2 im 3 b, b, b,, b im 3 ir 3 irk i ima i imb i CRC / c, c, c,, c i1 i 2 i3 ie i t, t, t,, t i1 d, d, d,, d i1 i 2 i 2 i 3 i3 it i it i st e, e, e,, e i1 i 2 i3 in i f, f, f,, f i1 i 2 i 3 h, h, h,, h 1 2 s, s, s,, s S S iv i u,, u, u, u p1 p 2 p3 ( t )1 ( t ) 2 ( t )3 pu p v, v, v,, v g, g, g,, g p1 p 2, u, u p1 p 2 p3 p 3 u,, u nd ( t ) U ( ) pu p pu p w,, w, w, w p1 p 2 p3 pu p Ph C Ph C H# H# 81

82 4.12 / CCTrCHs * CRC 24,16,12,8 0 CRC CRC * TTI TrCH : Z = 504; turbo : Z = 5114; : Z = unlimited * 9 1/2 1/3 Turbo 4-6 BCH 1/3 PCH RACH DCH, DSCH, FACH, USCH * 82 1/3 1/2 1/2 Turbo 1/3

83 10ms * CCTrCH bit bit * TrCH TrCH * TrCH 10 ms, TrCH TrCH (CCTrCH) * 20 PhCHs TD-SCDMA 5ms, * CCTrCH CCTrCH CCTrCH 1 CCTrCH CCTrCH 30 3 CCTrCH 4 CCTrCH 83

84 5 FACH PCH CCTrCH 6 BCH CCTrCH BCH 7 RACH CCTrCH RACH CCTrCH 5 1 CCTrCH DCH 2 CCTrCH RACH USCH DSCH BCH FACH PCH CCTrCH, TFCI : - ; 10 - USCH ; - DSCH ; - FACH / PCH. 0 ms 10 ms 20 ms 30 ms 40 ms 50 ms 60 ms 70 ms 80 ms 90 ms100 ms 110 ms 120 ms 130 ms 140 ms 150 ms 160 ms 10 ms 20 ms 40 ms 80 ms CCTrCH UE CCTrCH CCTrCH 20 1 CCTrCH 2 CCTrCH 3 CCTrCH 84

85 4 CCTrCH * / (TFCI) TFCI TFCI * (TFCI) TFCI TFCI QPSK TFCI 6-10 R-M TFCI 1 2 TFCI 4 TFCI 4 TFCI N TFCI =4 TFCI 8 TFCI N TFCI =8 TFCI R-M TFCI * TFCI N TFC TFCI b k k= N TFC -1 TFCI TFCI b b 0 N/4-1 b N/4 b N/2-1 b N/2 b 3N/4-1 b 3N/4 b N-1 TFCI TFCI TFCI TFCI TFCI TD-SCDMA N=N TFCI 85

86 * FPACH bit FPACH 32 bit, 1. 8 bit CRC /2 96bit

87 BCH 4-7 BCH CRC TTI TFCI TPC 4-7 BCH 246 bit 16 bit CC, = 1/3 20 ms SF = 16 x 2 x 1 0 bit 0 bit CRC bit 246 R=1/3 246 CRC Tail code 1 - SF=16 MA MA MA MA code 2 - SF=16 MA MA MA MA #1 #2 #1 #2 #i #i TD-SCDMA CRC Kbps 3.4Kbps 3.4kbps 12.2Kbps

88 kbps 148 bits 148*B bits (B=0, 1) CRC 16 bits CC, = 1/3 TTI 40 ms kbps TrChs 3 TrCH#a 0, 39 or 81bits TrCH#b 103 bits TrCH#c 60 bits TFCS #1 N TrCHa =1*81, N TrCHb =1*103, N TrCHc =1*60 bits #2 N TrCHa =1*39, N TrCHb =0*103, N TrCHc =0*60 bits #3 N TrCHa =1*0, N TrCHb =0*103, N TrCHc =0*60 bits CRC 12 bits ( TrCh#a ) CRC parity bit attachment for 0 bit transport block TrCH#a CC, = 1/3 for TrCh#a, b = 1/2 for TrCh#c TTI 20 ms kbps and 3.4 kbps TFCI TPC + SS SF16 x 2 x 1 16 bit 2 bit + 2bit 88

89 12.2 kbps data 12.2 kbps data 3.4 kbps data #1a #2a #1b #2b #1c #2c #1a #1b #2a #2b #3a #3b #1 #2 #3 #4 #1a #1b #1c #1 #2a #2b #2c #2 #1a #1b #1c #3 #2a #2b #2c # SF=16 MA MA T MA T T MA T #1 # MA MA T MA T T MA T #1 #2 T TFCI #i # i+1 # i+2 # i+3 TPC+SS kbps and 3.4 kbps

90 4.4 TD-SCDMA QPSK 8PSK QPSK 3 8PSK TD-SCDMA 1.28 Mchip/s 1~ K / 1.28M / TD-SCDMA QPSK 2M bit/s 8PSK (k ) s F T = Q T ( k ) s k c 4-9 T c = 1 chiprate (k ) s F =1/ T =chiprate/ Q k = µs Qk (k ) s d ( k, i) ( k, i) ( k, i) ( k, i) = ( d1, d 2,..., d N k ) T i = 1, 2; k = 1,...,K Nk k Qk d (k,1) (k,2) midamble d Nk midamble d n ( k) T s = Q k. T c QPSK d n ( k, i) ( k, i) { 0,1} l = 1,2; k = 1, Κ K; n = 1, Κ, N ; i 1, 2 ( k, i) bl, n k = QPSK

91 ( k, i) ( k, i) b 1n, b 2n, d ( k, i) n 00 +j j ( k, i) b l, n QPSK 8PSK d ( k, i) ( k, i) ( k, i) ( k, i) = ( d1, d 2,..., d Nk ) T i = 1, 2; k = 1,...,K N k k. Q k. d (k,1) d (k,2) ( k, i) d n midamble N k ; i=1, 2; k=1,...,k; n=1,...,n k ; T s = Qk. Tc ( k) ( k, i) d n 8PSK, ( k, i) b l, n 8PSK PSK ( k, i) ( k, i) ( k, i) ( k, i) b 1n, b 2n, b 3n, d n 000 cos(11pi/8)+ jsin(11pi/8) 001 cos(9pi/8)+ jsin(9pi/8) 010 cos(5pi/8)+ jsin(5pi/8) 011 cos(7pi/8)+ jsin(7pi/8) 100 cos(13pi/8)+ jsin(13pi/8) 101 cos(15pi/8)+ jsin(15pi/8) 110 cos(3pi/8)+ jsin(3pi/8) 111 cos(pi/8)+ jsin(pi/8) TD-SCDMA 3G CDMA Scrambling

92 TD-SCDMA OVSF OVSF a ( k= 1) Q= 1 = (1) a a ( k= 1) = Q= 2 ( k= 2) Q= 2 (1,1) = (1, 1) a a a a ( k= 1) = Q= 4 ( k= 2) Q= 4 ( k= 3) Q= 4 ( k= 4) Q= 4 (1,1,1,1) = (1,1, 1, 1) = (1, 1,1,1) = (1, 1, 1,1) Q k = 1 Q k = 2 Q k = (OVSF) Qk TD-SCDMA 1~16 w k ( k ) ( k ) ( k ) ( k ) ( k ) w Q = 1 w Q = 2 w Q = 4 w Q = 8 w Q = j j 1 +j -j 3 +j +j j +j j j 10 +j j 13 -j 14 -j 15 +j 16-1 (k) Q k 92

93 (k ) Q k c ν = ν, ν,..., ν ( ) 16 V ν = { 1, j, -1, - j}. (4-12) j ( ) ν 16 ν = ν1, ν2,..., ν16 ν νi = i ( j) ν i νi { 1, 1 }; i = 1,..., 16 (4-13) QMAX/Qk 4.18 d ( k, i) 1 ( k, i) d 2 d data symbols ( k, i) QMAX Qk Weighting of each data symbol by multiplier w Q (k) Spreading of each weighted data symbol by channelisation code c (k) (k) (, i) (, i) (, i) (, i) d k.( c k, c k,..., c k (k) (, i) (, i) (, i) (, i) ) d k.( c k, c k,..., c k (k) ( k, i) ( k, i) ( k, i) ( k, i) w Q. w Q. ) w Q. d.( c, c,..., c ) Qk Qk QMAX Qk 1 2 Qk Chip by chip multiplication by scrambling code ν ν ν ν ν ν ν, 1, 2,...., Q, k Qk + 1,, 2Q,..., k QMAX Qk + 1 ν QMAX Spread and scrambled data 4.18 Midamble =

94 cos( ω t) Re{S} S Im{S} -sin( ω t) SYNC_DL TD-SCDMA SYNC_DL (DwPTS) SYNC_DL P-CCPCH DwPTS, 64chips SYNC_DL 32chips GP SYNC_DL SYNC_DL 4 midamble TD-SCDMA DwPTS TDD DwPTS SYNC_UL TD-SCDMA SYNC_UL SYNC_UL UpPTS UE UE UpPTS UpPTS 128chips SYNC_UL 32chips GP 256 SYNC_UL SYNC_UL UE UE 8 SYNC_UL 1 UpPTS TD-SCDMA UpPTS 94

95 UpPTS UpPTS TD-SCDMA Midamble SYNC_UL SYNC_DL Midamble SYNC_UL SYNC_DL ID ID Midamble ID ID SYNC_DL 8 SYNC_UL 4 4 midamble midamble 95

96 4.5 TD-SCDMA CDMA UE TD-SCDMA 4-15 TD-SCDMA : / : / : 200us 3575us 1,2,3 db ( ) 1,2,3 db ( ) TD-SCDMA UE * UpPCH UE UpPCH P UpPCH = L PCCPCH + PRX UpPCHdes + (i-1)* Pwr ramp 4-14, P UpPTS : UE (dbm) L P-CCPCH : (db) (P-CCPCH BCH ) PRX UpPTS,des : (dbm) BCH Pwr ramp :UE UpPCH "Power Ramp step" i=1 * PRACH UE P-RACH 96

97 P PRACH = L P-CCPCH + PRX P-RACH, des P PRACH : P-RACH ; 4-15 PRX P-RACH, des : P-RACH F-PACH * (DPCH) DPCH TPC 80dB 1,2,3dB DPCH SIR TPC Node B SIR SIR TPC up TPC down UE TPC up down SIR TPC SIR TPC up * P-CCPCH P-CCPCH BCH,UE P-CCPCH * F-PACH F-PACH * S-CCPCH PICH S-CCPCH PICH P-CCPCH PICH P-CCPCH BCH 2 (DPCH) DPCH Node B SIR SIR UE TPC down TPC up Node B TPC down up TPC SIR TPC up CDMA CDMA TDD 97

98 1 UE DwPTS Node B UE Node B UpPTS SYNC_UL DwPTS / P-CCPCH Node B SYNC_UL Node B UE, UE NodeB SYNC-UL 4 UE UE 4 Node B UE 2 UE Node B Node B Midamble UE Node B UE midamble UE (SS) (PC) UE Tx TDD 1/8 1chip 3 TD-SCDMA 1/8 100 ns 1/8 1 5 ms UE UE TD-SCDMA TD-SCDMA 3GPP DPCH, P-CCPCH, DwPTS UE 1 DPCH DPCH (TSTD) * TSTD TSTD DPCH TSTD 4.20 midamble 98

99 DPCH 1 2 DPCH DPCH TSTD 4.21 DPCH TSTD Switching control ANT 1 I cos w c t Midamble Q I FIR ANT 2 Data ENC INT DEMUX Q I SPR SPR SCR SCR I Q TDM Q FIR -sin w c t 4.20 DPCH P-CCPCH TSTD :switching control: (5ms) (5ms) ANT 1 ANT micro sec 12.5 micro sec 4.21 DPCH P-CCPCH TSTD * DPCH DPCH 4.22 w 1 w 2 ( w i = a i + jb i ) UTRAN 99

100 ANT1 FIR RF Midamble w 1 MUX Data ENC INT SPR+SCR ANT2 FIR RF w TD-SCDMA DPCH (UTRAN ) * DwPTS DwPCH 4.23 DwPCH 1 2 Ant 1 FIR RF DwPCH Ant 2 FIR RF 4.23TD-SCDMA DwPCH (UTRAN ) 2) P-CCPCH P-CCPCH TSTD SCTD * TSTD TSTD DPCH midamble P-CCPCH 1 2 TSTD DPCH TSTD P-CCPCH * SCTD P-CCPCH 4.24 P-CCPCH1 c ( k= 1)

101 16= ( k c 3) ( k= 2) P-CCPCH2 c 16 ( k= 4) 16 c SCTD Midamble m (2) * s(4) MUX X X * s(3) MUX + Tx Antenna 2 Midamble m (2) Midamble m (1) * s(2) MUX P-CCPCH2 X P-CCPCH1 X * s(1) MUX + Tx Antenna 1 Midamble m (1) * S K C K 4.24 TD-SCDMA SCTD UE DwPTS midamble BCH : DwPTS UE SYNC_DL DwPTS ( ) SYNC_DL UE 32 SYNC_DL 101

102 : midamble UE midamble TS#0 midamble TD-SCDMA 128 midamble SYNC-DL 4 midamble midamble 4 SYNC_DL 32 SYNC_ DL 32 midamble SYNC_DL UE 4 midamble UE midamble midamble midamble midamble UE UE BCH MIB Master Information Block P-CCPCH QPSK DwPTS TS#0 midamble [n] DwPTS P-CCPCH P-CCPCH SFN MIB UE BCH UE BCH UE DwPTS SYNC-DL UE UpPTS 8 SYNC_UL ( ) P-RACH FPACH S-CCPCH ( FACH ) ( midambles ) BCH SYNC-UL UE FPACH P-RACH CCPCH UE UpPCH BCH 1 CPHY-TrCH-Config-REQ RRC - FPACH FPACH PRACH PRACH CCPCH - FPACH i RACH L i ms 10 ms 20 ms N RACHi PRACHs FPACH i N RACHi L i - (ASC) UpPCH UpPCH ( ) - PRACH 102

103 - UpPCH "M" - "WT" (1..4) "Signature_Initial_Power" 1 (MAC) - PRACH - ASC - ( ) 2 * UE 1 M 2 Signature_Initial_Power 3 ASC UpPCH 4 UpPCH 5 FPACH WT UE UpPCH FPACH i (SFN mod L i )=n RACHi ; n RACHi =0,, N RACHi -1, 6, MAC 7 a) FPACH i b) PRACH RACH L i 1 UE PRACH FPACH i n RACHi PRACH (SFN mod L)=n RACHi ; SFN UpPCH PRACH * - node B UpPCH FPACH i 103

104 (SFN mod L)=n RACHi ; n RACHi =0,, N RACHi -1, - Node B WT UpPCH - UpPCH T ref FPACH FPACH 3 Node B FPACH SYNC-UL UE Node B UE SYNC-UL UE SYNC-UL UpPCH RACH RU RACH RU UL 104

105 4.6 UE UTRAN UE UTRAN UE ID / UE UTRAN ID DCA / PLMN UE,UE ( ) BCH UE UE BCH UE / UE BCH UE RAN SIR BCH UE RAN - UE RAN UE 3 4 BCH 105

106 4.6.2 UE RAN UE ( TD-SCDMA GSM ) UE DPCH TD-SCDMA TD-SCDMA UE DPCH UE RAN TD-SCDMA GSM UE DwPCH TDD P-CCPCH midamble UE P-CCPCH DCA DCA DCA UTRAN UE UTRAN DCA TD-SCDMA DCA DCA * TD-SCDMA DCA UE BCH ( ) RAN UE UL UE - CCPCH midamble ( ) - RAN DL - RAN CCPCH midamble * DCA DCA UE - CCPCH midamble ( ) - RAN DL - RAN CCPCH midamble ( ) - DL DPCH SIR - DL DPCH BER - BER - FER * DCA Node B - RAN (5 ) - UL DPCH SIR - UL DPCH BER - BER 106

107 - FER UE UTRAN UL (PRACH, DPCH, PUSCH) UL UE 1. 3GPP Technical Specification , Physical layer - general description 2. 3GPP Technical Specification , Physical channels and mapping of transport channels onto physical channels (TDD) 3. 3GPP Technical Specification , Multiplexing and channel coding (TDD) 4. 3GPP Technical Specification , Spreading and modulation (TDD) 5. 3GPP Technical Specification , Physical layer procedures (TDD) 6. 3GPP Technical Specification , Physical layer; Measurements (TDD) 7. 3GPP Technical Report , 1,28 Mcps functionality for UTRA TDD physical layer 8. 3GPP Technical Report , Channel coding and multiplexing examples 107

108 5.1 UE UTRAN Uu 3G RTT 3G TD-SCDMA WCDMA CDMA2000 Iu 3G message IE information element TD-SCDMA 3GPP 25 L2 L3L2 MAC RLC PDCP / BMC L3 RRC UTRAN MAC RLC RLC RRC RRC 3G 2G GSM 3G

109 MAC MAC RLC 5.3 RLC SAP RLC ARQ RLC signaling radio bearer SRB RRC PDCP BMC RLC PDCP radio bearer RBRLC 5.5 PDCP / BMC L2 RLC PDCP PS Ipv6 UMTS UMTS BMC GSM GC Nt DC GC Nt DC RRC L3 PDCP PDCP L2/PDCP BMC L2/BMC RLC RLC RLC RLC RLC RLC RLC RLC L2/RLC MAC L2/MAC PHY L1 5.1 L2 RLC MAC 109

110 RRC UE NAS RRC UTRAN Iu RANAP NAS RRC UTRAN RRC RRC UE RRC RRC RNC RRC Iub Iub FP NodeB L2 RNC RRC Iub NBAP NodeB 5.3 MAC MAC MAC RLC TF MAC 5.2 PCCH BCCH CCCH CTCH SHCCH ( TDD) MAC DCCH DTCH DTCH BCCH Mac MAC-d MAC-c/sh MAC-b PCH FACH FACH RACH CPCH USCH USCH DSCH DSCH ( FDD) ( TDD) ( TDD) DCH DCH BCH 5.2 MAC MAC MAC-d MAC-c/sh MAC-b SAP SAP RRC RRC MAC-b MAC-c/sh 110

111 MAC-d UE UE UTRAN UE MAC-d MAC-c/sh MAC-b UTRAN MAC-b Node B CELL MAC-c/sh CRNC MAC-d SRNC UE MAC-d MAC-d MAC-c/sh RNC Iur R5 HSDPA MAC MAC-hs HSDPA MAC MAC BCCH PCCH CCCH FACH/RACH DCCH UE RRC SHCCH / CTCH UE DTCH UE MAC MAC MAC UE UTRAN 111

112 CCCH SHCCH DTCH/ PCCH BCCH DCCH SHCCH (TDD ) CTCH/ CCCH DTCH/ DCCH RACH USCH (TDD ) DCH PCH BCH FACH DSCH DCH MAC MAC MAC MAC MAC MAC UE UE RB RLC buffer TFCS TFC UE MAC MAC RRC UE MAC PDU UE UE CRNTI 16bit UTRAN UE URNTI 32 bit PDU PDU PDU PDU PDU PDU MAC MAC MAC RLC buffer RRC MAC / 112

113 RRC TM MAC UM/AM RLC RACH ASC RACH RACH ASCASC RRC MAC 0 i NumASC 7 ASC i Pi i Pi RACH Slotted ALOHA Pi slot / MLP (MAC ) 1 8 UE MAC RACH MLP MAC ASC ASC - TB TB MLP ASC = min(numasc, MLP); - TB TB ASC = min(numasc, MinMLP) NumASC ASC MinMLP MAC URNTI MAC ASC MAC URNTI MAC MAC ASC MAC MAC UTRAN DTCH/DCCH MAC SDU MAC MAC PDU FACH PCCH BCCH CCCH CTCH DCCH DTCH DCCH/DTCH MAC-d MAC SDU TFC C/ T MAC SDU MAC-C/sh TCTF UE-id TC TF TY PE TY PE UE id UE id C/ T C/ T MAC SDU MAC SDU TF MAC PDU PCH FACH FACH DSCH DCH FACH 5.4 DCCH/DTCH FACH DCCH/DTCH SAP MAC 113

114 MAC CCH/SHCH/DCH MAC SDU C/T MAC-c/sh UE FACH MAC-d MAC PDU MAC-c/sh MAC MAC buffer MAC-d MAC-c/sh MAC-c/sh UE-id Type RNTI CRNTI/URNTIUE-id 16bit/32bit TCTF( ) FACH MAC DTCH/DCCH FACH 5.4 RLC RLC RLC MAC RLC RRC TM UM AM RLC SRB PDCP BMC RLC RB RB PDCP BMC 5.5 RLC RLC RLC CRC RLC RLC * PDU RLC * PDU RLC PDU PDU UM IP * ARQ RLC RLC PDU RLC PDU RLC PDU / AM www 114

115 5.4.2 RLC RLC / PDU RLC PU RLC SDU RLC PDU RLC SDU PU RLC SDU RLC SDU RLC PDU PDU RLC PDU AM RLC RLC RLC PDU UM PDU RLC PDU RLC SDU RLC PDU RLC SDU RLC UM/AM / RRC 115

116 RLC MAC 5.5 RLC 116

117 5.4.3 RLC AM 5.6 RLC UE/UTRAN AM-SAP / RLC & RLC MUX RLC & & PDU ( ) & PDU ( AMD PDU) / DCCH/ DTCH ** DCCH/ DTCH * DCCH/ DTCH ** DCCH/ DTCH ** DCCH/ DTCH * DCCH/ DTCH ** 5.6 AM RLC AM-SAP RLC SDU PU PU RB RRC PU SDU Length Indicator Tx Buffer Tx Buffer PU RLC PDU SN P PU AMD PDU Status Status PDU RLC AMD PDU 117

118 MAC AM MAC RLC AMD PDU CRC MAC RLC PDU PDU RLC ARQ Status PDU AMD PDU PDU PU PU Rx Buffer SDU PU Rx Buffer SDU RLC TM/UM/AM RLC TM/UM/AM QoS TM/UM RLC RLC Iub RLC QoS buffer AM TM/UM AM ARQ AM RLC QoS RLC 150ms TM/UM/AM - TM/UM - AM ROHC IP ROHC RFC 3095 PDCP TM/UM/AM RLC 5.5 PDCP PDCP PS UMTS IPv4 IPv6 UTRAN UTRAN UTRAN UTRAN PDCP UTRAN PDCP 118

119 IETF RFC2507 RFC3095 IPv4 IPv6 RTP/UDP/IP 40~60 IP 20 PDCP PDCP 5.7 PDCP PDCP-SAP PDCP PDCP PDCP PDCP-C-SAP PDCP RB PDCP PDCP RLC PDCP RLC PDCP PDCP PDCP SAP PDCP 5.7 PDCP, PDCP-SDU PDCP-SAPs... C-SAP PDCP 1 2 PDCP PDCP- PDU 1 2 PDU 1 RLC-SDU... UM-SAP AM-SAP Tr-SAP RLC 5.7 PDCP PDCP PDCP IP ( TCP/IP RTP/UDP/IP ) 119

120 PDCP PDCP PDCP-C-SAP PDCP PDCP PDCP Release99 RFC 2507 RFC 2507 RLC PDCP RLC IETF RFC2507 Release5 PDCP RFC 3095 RFC 3095 Robust Header Compression (ROHC) PDCP IETF PDCP-SDU RLC PDCP_DATA_REQ PDCP RLC PDCP PDCP-PDU RLC AM RLC PDCP user PDCP RLC RLC PDCP PDCP user PDCP-DATA.req RLC-AM-DATA.req RLC-AM-DATA.cnf... Ack RLC-AM-DATA.ind PDCP-DATA.ind 5.8 RLC SRNC SRNS RLC RLC PDCP SRNS PDCP SRNS SRNS,PDCP -- PDCP SDU RNC -- PDCP SDU RNC RNC PDCP SDUs RNC RNC PDCP SDU -- SRNC UL_Receive PDCP SDU UE UE DL_Receive PDCP SDU SRNC PDCP SDUs SRNS 120

121 5.6 BMC / BMC / BMC L2 RLC L2/BMC / BMC UTRAN BMC BMC BMC CTCH MAC RLC RLC BMC GSM SMS BMC RNC CBC UE BMC CELL_PCH URA_PCH RRC BMC 5.9 L2/BMC RRC BMC-SAP L2/BMC CBMC- SAP BMC UM L2/RLC RLC CTCH-SAP 5.9BMC BMC BMC Iu Iu-BC Iu-BC 121

122 SABP service area broadcast protocol BC CN CBC RAN BMC BMC BMC CBC-RNC CBS UTRAN BMC CBC-RNC RRC CTCH/FACH SMS CB, CTCH UE RRC BMC BMC CBC-RNC UTRAN BMC BMC UE BMC RRC RRC CBS UE BMC BMC NAS UE 5.7 RRC GPP TS RRC Radio Resource Control UTRAN UE UTRAN UE UE UTRAN GSM GPRS GSM UTRAN CELL_DCH CELL_FACH CELL_PCH URA_PCH UE 3GPP RRC UE UTRAN RRC RRC 2 NAS 122

123 MM CM SM RRC RRC 5-11 R R C R R C R L C R L C RLC Control Control M A C M A C L 1 L 1 U T R A N U E 5.11 RRC RRC UE RRC 123

124 NAS NAS GC-SAP DC-SAP... Nt-SAP GC-SAP GC-SAP Nt-SAP DC-SAP Nt-SAP DC-SAP RFE RFE RFE RRC SAPs RRC BCFE PNFE DCFE SCFE TME RLCctrl Tr-SAP UM SAP AM SAP L1-ctrl MAC ctrl RLC MAC L UE RRC RRC (RFE) / UE UTRAN (BCFE) GC-SAP RRC BCFE Tr-SAP UM-SAP (PNFE) RRC UE Nt-SAP RRC Tr-SAP UM-SAP (DCFE) UE DC-SAP RRC UE DCFE Tr-SAP UM/AM-SAP (SCFE) PDSCH PUSCH Tr-SAP UM-SAP TDD SCFE (TME RRC RLC RRC RRC UE UE RRC 124

125 RRC UE UTRAN RRC RRC RRC QoS UE DCH RRC CBS RRC RRC UE CELL_DCH CELL_FACH CELL_PCH URA_PCH UE 5.13 RRC UTRAN PSTN/ISDN GSM UTRAN GSM/GPRS UTRAN 125

126 URA_PCH CELL_DCH UTRAN CELL_PCH CELL_FACH UTRAN: I GSM: GPRS GSM RR RR RRC RRC RRC RRC I 1 GPRS UTRAN 1 GSM / GPRS RRC UE UE UE PLMN UE UE RRC UE IMSI TMSI P-TMSI UTRAN UE UE UE UE RRC CELL_DCH CELL_FACH UTRAN CELL_DCH CELL_FACH CELL_PCH URA_PCH 1 CELL_DCH UE SRNC UE UE RNC CELL_DCH RRC CELL_FACH CELL_DCH UE RRC 2 CELL_FACH UE RACH/FACH USCH/DSCH UE UE UE 126

127 UE FACH FACH UE BCH CELL_FACH UE UTRAN UE UE CELL_FACH UE RRC CELL_PCH URA_PCH UE CELL_DCH 3 CELL_PCH CELL_PCH UE UE PCH DRX PICH CELL_PCH UE UE CELL_FACH UE BCH CBS UE BMC UTRAN UE CELL_FACH UE CELL_PCH UE UE UTRAN UE URA_PCH CELL_FACH 4 URA_PCH URA_PCH CELL_PCH UTRAN UE UE BCH UTRAN URA URA UE SRNC URA CELL_PCH CELL_FACH UE URA_PCH URA URA UE URA URA RRC RRC UE UTRAN RRM RRC RRC RRC RRC RRC 1 RNC 127

128 BCCH BCCH BCH FACH BCH FACH UE SIB SIB SIB BCH FACH SIB SIB UTRAN SIB UE RRC SIB SIB13.1 SIB13.4 SIB15.1 SIB15.3 SIB1 SIB2 SIB3 SIB13 SIB14 SIB15 SIB16 SIB17 SIB MIB BCH PLMN CELL PLMN UE UE PLMN UE UE UE UE CELL_FACH CELL_PCH URA_PCH BCH UTRAN PCH FACH UE CELL_FACH UE 2 PCCH CELL_PCH URA_PCH UE 128

129 Iu UTRAN CELL_PCH URA_PCH UE CELL_PCH URA_PCH UE PAGING TYPE1 PAGING TYPE2 DCCH UE UE 3 RRC UE UTRAN RRC UE UE RRC Iu RRC UE UTRAN RRC UE CN RRC RRC 5.15 UE UTRAN RRC RRC RRC 5.15 RRC UE RRC IE Information Element RRC r UE CELL_DCH CELL_FACH RRC 3 4 SRB RB1 RB4 SRB CCCH (UL: RLC-TM, DL: RLC-UM) RB 0 URA RLC RLC-UM DCCH RB 1 RLC-AM DCCH RB2 NAS Direct transfer RRC DCCH RLC-AM RB3 RB4 RB3 NAS DCCH RLC-AM RB3 UE RRC DCH 129

130 UE Node B RNS RNC RRC 1. CCCH : RRC RRC RNTI L1 and L2 NBAP 2. NBAP NBAP 3. NBAP 4. ALCAP Iub RRC 5. CCCH : RRC up RRC RRC 6. DCCH : RRC RRC 5.16 DCH UE 1 UE CCCH RRC 2 SRNC RRC DCH SRNC NodeB NBAP 3 NodeB SRNC 4 Iub AAL2 Iub DCH 5 6 SRNC CCCH UE RRC UE DCCH RRC 4 RB L2 SRB RRC RB RAB RNC RB UTRAN RB 5 130

131 RRC UTRAN UE UE UE UE URA CELL_DCH CELL_PCH CELL_FACH UE URA_PCH URA UE UTRAN GSM 1 URA_PCH CELL_PCH UTRAN UTRAN RLC CELL_FACH CELL_PCH URA_PCH UTRAN UE CELL_DCH URA_PCH CELL_PCH UTRAN CELL_FACH UE UTRAN UTRAN RB UE 5.17 UE UTRAN CCCH: DCCH: DCCH:UTRAN DCCH: DCCH: DCCH:RB DCCH:RB URA URA URA_PCH UE URA URA UE URA RNTI UE 131

132 UTRAN RNC UE URA_PCH UE UE CELL_FACH UE UTRAN URA URA UTRAN 5.18 URA UTRAN URA UE URA 3 SRNC SRNC SRNC RRC RRC Container RRC RNC UE RRC RLC MAC PDCP PHY RNC SRNS PDCP RNC UE 4 UE DCA CELL_DCH 2 GSM RRM 6 UE UE UTRAN RNC UE SIB11 SIB12 CELL_FACH CELL_PCH URA_PCH CELL_DCH UE GSM 132

133 RLC BUFFER UE UE UE UE UE UE UE UE UE AM RLC UM RLC UTRAN 5.19 UE UTRAN 5.19 CELL_DCH CELL_FACH UE DCCH - CELL_FACH CELL_PCH URA_PCH UE CELL_FACH MEASUREMENT_IDENTITY DCCH UTRAN UE RRC 7 RRC BLER SIR CRC BLER UTRAN 8 TD-SCDMA PUpPCH = LPCCPCH + PRXUpPCHdes + (i-1)* Pwrramp PPRACH = LPCCPCH + PRXPRACHdes + (iuppch-1) * Pwrramp P USCH = PRXPUSCHdes + L PCCPCH P DPCH = PRXPDPCHdes + L PCCPCH 133

134 * P UpPCH, P PRACH, P DPCH, & P USCH dbm * L PCCPCH db (" CCPCH " 5 6 IE" " ) * i UpPCH i=1 Mmax * i UpPCH I * PRX PRACHdes PRACH dbm SYNC_UL FPACH UE * PRX UpPCHdes UpPCH dbm 5 6 IE "SYNC_UL info" * PRX PUSCHdes PUSCH dbm IE " " * PRX PDPCHdes PDPCH dbm IE " " * Pwr ramp UpPCH UE IE " " UE 9 RRC CBS BMC CBS CTCH FACH CBS 10 UE FCC 911 3GPP Release OTDOA Observed Time Difference Of Arrival -- GPS A-GPS TD-SCDMA Release5 AOA 5.20 UE CN LCS UTRAN t 134

135 5.20 UE 5.8 3G 3G 3G * * * * * IMT UMTS (IV) (III) ME USIM (I) (I) (I) (I) AN SN (I) (II) HE /

136 (I) 3G (II) (III) (IV) (V) 5.22 USIM UE RNC VLR (SGSN) HLR UIDN EUIC USIM EUIC LIDN UIC UE UIC HE SN AKA USIM AKA VLR SN AKA VLR HLR DC UE DC RNC DI UE DI RNC USIM UE -- SN RNC VLR SGSN -- HE HLR/AuC UIDN 2. --EUIC HE -- UIC --AKA -- DC -- DI -- DEC UTRAN 136

137 GPP 3G 3G GSM f8 f9 f8 f9 f8 f9 UTRAN RRC RLC MAC f9 COUNT-I COUNT-I IK f 9 IK f 9 MAC -I XMAC -I UE/ RNC RNC /UE 5.23 MAC-I ( XMAC-I) f9 (IK) (COUNT-I) (FRESH) DIRECTION MESSAGE f9 MAC-I XMAC-I COUNT-I 32 bits (SRB) COUNT-I RRC HFN IK 128 bits IK HLR/AuC VLR/SGSN VLR/SGSN VLR/SGSN RNC FRESH 32 bits FRESH FRESH f8 137

138 COUNT-C COUNT-C CK f8 CK f8 UE / RNC RNC / UE 5.24 f8 CK COUNT-C BEARER DIRECTION LENGTH f8 COUNT-C 32 bits COUNT-C HFN CK 128 bits CK HLR/AuC VLR/SGSN VLR/SGSN VLR/SGSN RNC BEARER 5 bits 10ms BEARER RLC AM RLC UM RLC RLC TM MAC-d RLC TM RLC MAC-d MAC SDU MAC MAC SDU TCTF UE-Id type UE-Id C/T MAC SDU 5.25 MAC PDU 138

139 MAC [33.102] MAC a) MAC HFN( RLC ) b) BEARER ID c) CK RLC AM RLC UM - RLC AM UM RLC RLC UM UMD PDU E E Oct1 ( ) (1)... E ( ) OctN ( ) 5.26 UMD PDU RLC AM AMD PDU RLC PDU D/C P HE E Oct1 Oct2 Oct3 ( )... E PDU OctN 5.27 AMD PDU RLC a) RLC AM HFN ( RLC AM ) b) RLC UM HFN ( RLC UM ) 139

140 c) BEARER ( ID) d) CK ( ) 3G CWTS 3G 1. 3GPP Technical Specification Radio Interface Protocol Architecture 3GPP Technical Specification 2. 3GPP Technical Specification Services provided by the physical layer 3. 3GPP Technical Specification UE Radio Access capabilities definition 4. 3GPP Technical Specification Medium Access Control (MAC) protocol specification 5. 3GPP Technical Specification Radio Link Control (RLC) protocol specification 6. 3GPP Technical Specification Packet Data Convergence Protocol (PDCP) specification 7. 3GPP Technical Specification Broadcast/Multicast Control (BMC) 8. 3GPP Technical Specification Radio Resource Control (RRC) protocol specification 9. 3GPP Technical Report UTRA TDD low chip rate option; Radio protocol aspects 10. 3GPP Technical Report , 1,28 Mcps TDD UE Radio Access Capabilities 140

141 TD-SCDMA TD-SCDMA TD-SCDMA a) MHz: / MHz: / MHz / b)* MHz: / MHz: / c)* MHz: / 1 * ITU TD-SCDMA TDMA 7 ( 4.2 ) 7 Ts0 Ts1 5ms DL UL UL DL * 1.6MHz * 200kHz 141

142 TD-SCDMA RFCN N t = 5 F MHz 0.0 F MHz F MHz Pout P RAT Pmax * ±2dB * ±2.5dB ± 0.05 PPM UE TPC CCTrCH UE SIR UE TPC 142

143 2 * UE TPC * 1, 2, 3 db * dB +/-0.5dB +/-8dB +/-12dB 2dB +/-0.75dB +/-16dB +/-24dB 3dB +/-1dB +/-24dB +/-36dB 10 3 * * 30 db 4 * * 30dB 5 P-CCPCH * P-CCPCH P-CCPCH P-CCPCH BCH UE * P-CCPCH BCH 6 2 Pout P RAT 6 2 P-CCPCH (dbm) P-CCPCH P RAT 3 < Pout P RAT + 2 P RAT 6 < Pout P RAT 3 P RAT 13 < Pout P RAT 6 +/ 2.5 db +/ 3.5 db +/ 5 db 6 P-CCPCH * P-CCPCH P-CCPCH P-CCPCH 143

144 * P-CCPCH +/ 0.5 db RRC 82dBm dBm -82dBm 8 chips 8 chips 85 chips 3chips 8 chips % TD-SCDMA 1.28Mcps 1.6MHz 2 144

145 (1) 6 3 ~ 6 5 f = 0.8 MHz f max BS 6 3 ~ 6 5 f 3dB f_offset f_offset max 4 MHz UMTS f max f_offset max [MHz] f f max 30kHz [dbm] P = 34 dbm P = 26 dbm MHz [dbm] BS P 34 dbm -3dB f f_offset 0.8MHz f < 1.0 MHz 0.815MHz f_offset < 1.015MHz -20 dbm 30 khz 1.0MHz f < 1.8 MHz 1.015MHz f_offset < 1.815MHz f _ offset 20 dbm 10 1, 015 db MHz 30 khz 1.815MHz f_offset < 2.3MHz -28 dbm 30 khz 1.8MHz f f max 2.3MHz f_offset < f_offset max -13 dbm 1 MHz 145

146 6 4: BS 26 P < 34 dbm -3dB f f_offset 0.8MHz f < 1.0 MHz 0.815MHz f_offset < 1.015MHz P 54 db 30 khz f _ offset 1.0MHz f < 1.8 MHz 1.015MHz f_offset < 1.815MHz P 54 db 10 1, 015 db 30 khz MHz 1.815MHz f_offset < 2.3MHz P 62 db 30 khz 1.8MHz f f max 2.3MHz f_offset < f_offset max P 47 db 1 MHz 6 5 BS P < 26 dbm -3dB f f_offset 0.8MHz f < 1.0 MHz 0.815MHz f_offset < 1.015MHz -28 dbm 30 khz f _ offset 1.0MHz f < 1.8 MHz 1.015MHz f_offset < 1.815MHz 28 dbm 10 1, 015 db 30 khz MHz 1.815MHz f_offset < 2.3MHz -36 dbm 30 khz 1.8MHz f f max 2.3MHz f_offset < f_offset max -21 dbm 1 MHz f_offset 9 2 ACLR 0.22 α=0.22 RRC 1 ACLR 6 6 BS 6 6 ACLR ACLR ± 1.6 MHz 40 db ± 3.2 MHz 45 db 2 TDD FDD a. TDD UTRA 1.28 Mcps TDD

147 Mcps TDD ±1,6 MHz -29 dbm 1,28 MHz ±3,2 MHz -29 dbm 1,28 MHz 6 8 TDD ±3,4 MHz -29 dbm 3,84 MHz TDD 74dB TR b. FDD a) 1916, MHz 6 9 FDD 1922,6 MHz -36 dbm 3,84 MHz TDD FDD 74dB TR TDD FDD a. TDD UTRA 1.28 Mcps TDD Mcps TDD ±1,6 MHz -73 dbm 1,28 MHz ±3,2 MHz -73 dbm 1,28 MHz 6 11 TDD ±3,4 MHz -73 dbm 3,84 MHz TDD 30dB TR b. FDD a) 1916, MHz 147

148 6 12 FDD 1922,6 MHz -80 dbm 3,84 MHz TDD FDD 74dB 3 TD-SCDMA 4MHz 4MHz 1 A B 1 A A ITU-R SM 329-8[1] BS (A ) 9kHz 150kHz 1 khz ITU SM.329-8, s kHz 30MHz 10 khz ITU SM.329-8, s4.1 30MHz 1GHz -13 dbm 100 khz ITU SM.329-8, s4.1 1GHz GHz 1 MHz ITU SM.329-8, s B B ITU-R SM.329-8[1] BS (B ) 9kHz 150kHz -36 dbm 1 khz ITU SM.329-8, s kHz 30MHz - 36 dbm 10 khz ITU SM.329-8, s4.1 30MHz 1GHz -36 dbm 100 khz ITU SM.329-8, s4.1 1GHz Fc1-19.2MHz Fl 10MHz -30 dbm 1 MHz ITU SM.329-8, s

149 Fc MHz Fl 10MHz Fc1 16 MHz Fl 10MHz -25 dbm 1 MHz ITU-R SM.329-8, s4.1 Fc1 16 MHz Fl 10MHz Fc MHz Fu +10MHz -15 dbm 1 MHz ITU-R SM.329-8, s4.1 Fc MHz Fu + 10MHz Fc MHz Fu + 10MHz -25 dbm 1 MHz ITU-R SM.329-8, s4.1 Fc MHz Fu + 10MHz -30 dbm 1 MHz 12,5 GHz ITU-R SM.329-8, s4.1. ITU-R SM.329-8, s2.5 1 Fc1 Fc2 Fl TDD Fu TDD 2 TD-SCDMA GSM900 1 TD-SCDMA GSM900, GSM900,TD-SCDMA TD-SCDMA ( GSM900 ) MHz -57 dbm 100 khz 2 TD-SCDMA GSM900 TD-SCDMA GSM900, GSM900,TD-SCDMA GSM,TD-SCDMA MHz 98 dbm 100 khz 149

150 3 TD-SCDMA DCS TD-SCDMA DCS1800, DCS1800 TD-SCDMA ( DCS1800 ) MHz -47 dbm 100 khz 2 TD-SCDMA DCS1800 TD-SCDMA DCS1800, DCS1800,TD-SCDMA ( DCS1800 ) MHz -98 dbm 100 khz 4UTRA-FDD ~ 2025MHz TD-SCDMA ~ 1920MHz TD-SCDMA 4MHz TD-SCDMA UTRA-FDD MHz -43dBm(*) 3.84MHz MHz -52 dbm 1 MHz TD-SCDMA MHz TD-SCDMA 6.6MHz TDD FDD 67dB TR TD-SCDMA UTRA-FDD, UTRA-FDD,TD-SCDMA 2010 ~ 2025MHz TD-SCDMA ~ 1920MHz TD-SCDMA 4MHz