WCDMA Downlink (FDD) Logical Channels (Layers 2+) BCH Broadcast Ch. BCCH Broadcast Control Ch. MTCC MBMS Control Ch. FACH Forward Access Ch. MCCH MBMS Traffic Ch. Physical Channels (Layer 1) Transport Channels (Layer 2) Null Data CPICH Common Pilot Channel Data Encoding P-CCPCH(*) Primary Common Control Physical Ch. Data Encoding Cch 256,0 S-CCPCH Secondary Common Control CCCH Common Control Ch. CTCH Common Traffic Ch. DCCH Dedicated Control Ch. DTCH Dedicated Traffic Ch. PCH Paging Ch. Data Encoding S-CCPCH Secondary Common Control FACH Forward Access Ch. Data Encoding CCTrCH Physical Ch. DCH Dedicated Ch. Data Encoding DCH Dedicated Ch. Data Encoding Data Encoding DCH Dedicated Ch. M U X Pilot, TPC, TFCI bits Access Indication data Paging Indication bits MBMS Indication bits HSDP A HS-DSCH High Speed DL Shared Ch. Data Encoding Data Encoding TFRI, UE Identity, HARQ Activation flag Power ratio Data Encoding ACK/NACK Relative grant Sdl,n Gain S/P Cch 256,1 Sdl,n Cch Sdl,n Gain Sync Codes(*) PSC S/P Physical Ch. PCCH Paging Control Ch. EUL S/P Gain GP SSCi S/P Cch Sdl,n SCH (Sync Channel) Gain GS DPCH (Dedicated Physical Channel) One per UE DPDCH (one or more per UE) Dedicated Physical Data Ch. M U X S/P Cch DPCCH DPCCH (one (one per per UE) UE) Dedicated Dedicated Physical Physical Control Control Ch. Ch. S/P PICH (Paging Indicator Channel ) S/P MICH (MBMS Notification Indication Ch. ) S/P HS- PDSCH (one or more per UE) High Speed Physical Downlink shared Channel HS-SCCH (<=4 per UE) High Speed Shared Control Channel . E-AGCH (<=4 per UE, serving cell) E-DCH Absolute Grant Channel E-RGCH (non-serving cell) (E-DCH Relative Grant Channel) Downlink RF Out Gain n AICH (Acquisition Indicator Channel) E-HICH (E-DCH Hybrid ARQ Indication Channel) Sdl, SS SS C256,n Sdl,n C256,n Sdl,n Gain C256,n Sdl,n Gain Gain I+jQ I Q Filter Filter I/Q Modulator * Note regarding P-CCPCH and SCH S/P C16 Sdl,n Gain C128 Sdl,n Gain C256,n Sdl,n C128,n Sdl,n S/P S/P Gain Gain Sync Codes are transmitted only in bits 0-255 of each timeslot; P-CCPCH transmits only during the remaining bits of each timeslot Logical Channels (Layers 2+) CCCH Common Control Ch. WCDMA Uplink (FDD) Transport Channels (Layer 2) Physical Channels (Layer 1) Data Coding RACH Random Access Ch. Chd Gd Chc Gc PRACH Physical Random Access Ch. RACH Control Part DCCH Dedicated Control Ch. CCTrCH DTCH Dedicated Traffic Ch. 1 DCH Dedicated Ch. Data Encoding DCH Dedicated Ch. Data Encoding DTCH Dedicated Traffic Ch. N DCH Dedicated Ch. DPDCH #1 Dedicated Physical Data Ch. DPDCH #3 (optional) Dedicated Physical Data Ch. M U X DPDCH #5 (optional) Dedicated Physical Data Ch. DPDCH #2 (optional) Dedicated Physical Data Ch. DPDCH #4 (optional) Dedicated Physical Data Ch. Data Encoding Chd,1 Gd Chd,3 Gd Chd,5 Gd Chd,2 Gd Chd,4 Gd Chd,6 Gd DPDCH #6 (optional) Dedicated Physical Data Ch. Ch256,0 Pilot, TPC, TFCI bits HSDPA ACK, CQI EUL RSN E-TFCI Happy bit E-DCH I I+jQ Q Ch256 Gd j Ch Data Encoding 256,1 Gd E-DPCCH Ch 4,1 Gd Data Encoding Ch E-DPDCH #2 I Gd 4,1 Q j I Uplink RF Out Filter Filter Q j DPCCH Dedicated Physical Control Ch. HS-DPCCH High Speed Dedicated Physical Control Ch. UE Scrambling Code Gd E-DPDCH #1 MAC-es MAC-e j I/Q Mod. Downlink Speech RAB mapping RRC UM 136 136 144 20 msec of each subflow 81 81 93 8 bit RLC 4 bit MAC MAC Layer CRC 12 103 303 (1/3) 294 294 147 147 147 60 103 60 333 (1/3) 316 316 158 158 158 86 2nd interleaving 119 510 34 34 RRC AM or NAS DT normal 40 priority msec 128 147 158 86 2nd interleaving 476 1st interleaving 119 119 119 119 152 510 2 TPC 4 Pilot 2 TPC 4 Pilot DPDCH 60kbps => SF=128 DPDCH 60kbps => SF=128 8 tail bits 516 Rate 1/3 CC 119 34 34 CRC 16 148 164 8 tail bits 136 (1/2) Convolutional coding 172 Rate matching 1st interleaving 172 Frame segmentation 86 86 16 bit RLC 4 bit MAC 128 144 2nd speech block 167 68 #1 110 152 600 600 68 #2 110 600 40 40 167 40 40 600 Uplink Speech RAB mapping RRC UM 136 136 144 RRC AM or NAS DT normal priority 40 msec 128 8 bit RLC 16 bit RLC 128 4 bit MAC 144 4 bit MAC MAC Layer 8 tail bits 60 CRC 16 148 8 tail bits 164 Convolutional coding 1/2 Radio frame equalization 136 516 Rate 1/3 CC 20 msec of each subflow 60 103 81 CRC 12 81 103 93 1/3 1/3 303+1 333+1 304 334 152 152 152 167 167 167 68 Rate match 460 2nd interleaving 40 140 600 40 DPDCH 60kbps => SF=64 PILOT TFCI TPC 1st interleaving 129 129 129 129 Frame segmentation 68 68 Rate match 140 140 140 140 152 167 68 2nd speech block Rate match 460 140 136 1st Interleaving 152 2nd interleaving 600 DPDCH 60kbps => SF=64 DPCCH 15kbps 6 Q 2 2 68 #1 110 152 600 40 40 167 I Branch Q 600 bits (600 symbols) 68 #2 110 600 40 40 167 40 40 600 bits (600 symbols) Downlink PS 384 RAB mapping RRC UM Up to 12X320 TBs in 10 msec => max data rate = 384 kbps 320 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 320 16 16 Turbo Coding 12672 9025 1st interleaving 320 16 16 16 RRC AM or NAS DT normal priority 40 msec 136 128 16 bit RLC 8 bit RLC 136 128 4 bit MAC 4 bit MAC 144 144 MAC Layer CRC 16 148 12 Trellis 8 tail bits 164 termination 516 Rate 1/3 CC bits 380 Rate matching 1st interleaving 95 95 95 95 Next 3 blocks 9025 2nd interleaving 95 9120 608 608 8 TFCI 8 TPC 16 Pilot DPDCH 480ksps => SF=8 600 600 600 Uplink PS 64 RAB mapping Up to 4X320 TBs in 20 msec => max data rate = 64 kbps 1 2 3 4 320 336 16 RRC AM or NAS DT normal priority 40 msec 136 128 136 128 8 bit RLC 16 bit RLC 16 bit RLC 4 bit MAC 144 144 4 bit MAC CRC 16 336 336 336 MAC Layer CRC 16 148 Turbo Coding 4224 12 Trellis termination bits 8 tail bits 164 320 16 RRC UM 16 320 16 16 320 16 16 16 1st Interleaving 4236 2118 2246 2246 2nd interleaving 160 2246 2400 160 Rate matching 2246 154 DPDCH 240kbps => SF=16 PILOT TFCI TPC Frame segmentation 2118 2nd interleaving 154 2400 DPDCH 240kbps => SF=16 DPCCH 15kbps 152 6 Q 2 2 2nd speech block 167 68 #1 110 152 600 160 160 516 Rate 1/3 CC 1st interleaving 129 129 129 129 154 154 154 154 I Branch Q 600 bits (600 symbols) 68 #2 110 600 40 40 167 40 40 600 bits (600 symbols)