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Content for  TS 25.224  Word version:  16.0.0

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4 Physical layer procedures for the 3.84 Mcps option  4.1 General  4.2 Transmitter power control  4.3 Timing advance  4.4 Synchronisation procedures  4.5 Discontinuous transmission (DTX) procedure  4.6 Downlink transmit diversity  4.7 Random access procedure  4.7A E-RUCCH transmission procedure  4.8 DSCH procedure  4.9 Node B synchronisation procedure over the air  4.10 Idle periods for IPDL location method  4.11 HS-DSCH procedure  4.12 Macro-diversity procedure  4.13 E-DCH related procedures  4.14 Physical layer procedures for 3.84 Mcps MBSFN IMB 
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4  Physical layer procedures for the 3.84 Mcps option  Word‑p. 11

4.1  General

4.2  Transmitter power control

4.2.1  General parameters

4.2.2  Uplink control

4.2.2.1  General limits

4.2.2.2  PRACH  Word‑p. 12

4.2.2.3  DPCH, PUSCH and HS-SICH

4.2.2.3.1  Gain factors
4.2.2.3.2  Out of synchronisation handling  Word‑p. 13

4.2.2.4  E-PUCH |R7|

4.2.2.4.1  Gain factors for E-PUCH  Word‑p. 14

4.2.2.5  E-RUCCH |R7|  Word‑p. 15

4.2.3  Downlink control

4.2.3.1  P-CCPCH

4.2.3.2  S-CCPCH, PICH

4.2.3.2A  MICH |R6|

4.2.3.3  SCH  Word‑p. 16

4.2.3.3A  PNBSCH |R4|

4.2.3.4  DPCH, PDSCH

4.2.3.4.1  Out of synchronisation handling  Word‑p. 17

4.2.3.5  HS-PDSCH |R5|

4.2.3.6  HS-SCCH |R5|

4.2.3.7  E-AGCH |R7|

4.2.3.8  E-HICH |R7|

4.3  Timing advance

4.4  Synchronisation procedures  Word‑p. 18

4.4.1  Cell search

4.4.2  Dedicated channel synchronisation

4.4.2.1  Synchronisation primitives

4.4.2.1.1  General
4.4.2.1.2  Downlink synchronisation primitives
4.4.2.1.2A  Downlink synchronisation primitives for HS-channels |R8|  Word‑p. 19
4.4.2.1.3  Uplink synchronisation primitives

4.4.2.2  Radio link monitoring  Word‑p. 20

4.4.2.2.1  Downlink radio link failure
4.4.2.2.2  Uplink radio link failure/restore

4.5  Discontinuous transmission (DTX) procedure

4.5.1  Description of special bursts

4.5.2  Use of special bursts during DTX  Word‑p. 21

4.5.3  Use of special bursts for initial establishment / reconfiguration

4.5.4  Use of special bursts for DTX on beacon channels |R8|

4.6  Downlink transmit diversity

4.6.1  Transmit diversity for PDSCH, DPCH, HS-SCCH, HS-PDSCH and E-AGCH

4.6.2  Transmit diversity for SCH and S-CCPCH  Word‑p. 22

4.6.2.1  SCH transmission scheme

4.6.2.2  S-CCPCH transmission scheme |R6|  Word‑p. 23

4.6.3  Transmit diversity for beacon channels

4.6.3.1  SCTD transmission scheme

4.7  Random access procedure  Word‑p. 24

4.7.1  Physical random access procedure

4.7A  E-RUCCH transmission procedure |R8|  Word‑p. 25

4.8  DSCH procedure

4.8.1  DSCH procedure with TFCI indication

4.8.2  DSCH procedure with midamble indication  Word‑p. 26

4.9  Node B synchronisation procedure over the air |R4|

4.9.1  Frequency acquisition phase

4.9.2  Initial synchronisation

4.9.3  Steady-state phase

4.9.4  Late entrant cells

4.10  Idle periods for IPDL location method |R4|  Word‑p. 27

4.10.1  General

4.10.2  Parameters of IPDL

4.10.3  Calculation of idle period position

4.11  HS-DSCH procedure |R5|  Word‑p. 28

4.11.1  Link adaptation procedure

4.11.2  HS-DSCH channel quality indication procedure  Word‑p. 29

4.12  Macro-diversity procedure |R6|  Word‑p. 30

4.13  E-DCH related procedures |R7|

4.13.1  ACK/NACK detection

4.13.2  Serving and neighbour cell pathloss metric derivation

4.13.3  Channelisation code hopping procedure for E-PUCH  Word‑p. 31

4.14  Physical layer procedures for 3.84 Mcps MBSFN IMB |R8|  Word‑p. 33

4.14.1  Radio frame timing on the MBSFN layer

4.14.2  Downlink power control

4.14.2.1  S-CCPCH

4.14.2.2  MICH

4.14.2.3  P-CPICH  Word‑p. 34

4.14.2.4  T-CPICH

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