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Content for  TS 25.425  Word version:  16.0.0

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5  Common Transport Channel Data Streams User Plane Procedures

6  Frame Structure and CodingWord‑p. 21

6.1  General

6.2  Data Frame structureWord‑p. 22

6.2.1  RACH Channels

6.2.2  FACH ChannelsWord‑p. 23

6.2.3  USCH Channels [TDD]Word‑p. 24

6.2.4  DSCH Channels [TDD]

6.2.4A  HS-DSCH Channels |R5|

6.2.4B  E-DCH for CELL_FACH and Idle Channels [FDD and 1.28Mcps TDD] |R8|Word‑p. 27

6.2.5  Coding of Information Elements in DATA FRAMEsWord‑p. 29

6.2.5.1  Header CRC

6.2.5.2  Frame Type (FT)

6.2.5.3  DRNTI

6.2.5.4  S-RNTI

6.2.5.5  UE-ID Type Indicator (UE-ID Type)

6.2.5.6  S-CCPCH Indicator (S-CI)

6.2.5.7  Common Transport Channel Priority Indicator (CmCH-PI)Word‑p. 30

6.2.5.8  MAC-c/sh SDU Length

6.2.5.9  NumOfSDU

6.2.5.10  Propagation delay [FDD]

6.2.5.10A  Ext Propagation Delay [FDD] |R7|

6.2.5.11  Rx Timing Deviation [3.84Mcps TDD]

6.2.5.11A  Received SYNC UL Timing Deviation [1.28Mcps TDD] |R4|Word‑p. 31

6.2.5.11B  Rx Timing Deviation [7.68Mcps TDD] |R7|

6.2.5.12  User Buffer Size

6.2.5.13  MAC-c/sh SDU

6.2.5.14  Payload CRC

6.2.5.15  Spare Extension

6.2.5.16  MAC-d PDU Length |R5|Word‑p. 32

6.2.5.17  NumOfPDU |R5|

6.2.5.18  MAC-d PDU |R5|

6.2.5.19  Cell Portion ID [FDD] |R6|

6.2.5.20  New IE Flags |R6|

6.2.5.21  Flush |R6|

6.2.5.22  DRT (Delay Reference Time) |R6|

6.2.5.23  Frame Sequence Number |R6|Word‑p. 33

6.2.5.24  Logical Channel ID in block n |R7|

6.2.5.25  Total Number of PDU blocks |R7|

6.2.5.26  MAC-d PDU length in block n |R7|

6.2.5.27  Number of MAC-d PDUs in block n (#PDUs in block n) |R7|

6.2.5.28  DRT Indicator |R7|

6.2.5.29  FACH Indicator (FI) [FDD and 1.28Mcps TDD] |R7|Word‑p. 34

6.2.5.30  S-RNTI [FDD and 1.28Mcps TDD] |R7|

6.2.5.31  UE-ID Type Indicator (UE-ID Type) |R7|

6.2.5.32  FSN/DRT Reset |R7|

6.2.5.33  MAC-d Type 2 PDU |R7|

6.2.5.34  PCH Indicator (PI) [FDD] |R7|

6.2.5.35  DRX Cycle Length Coefficient [FDD] |R7|

6.2.5.36  Number of Subframes [FDD and 1.28Mcps TDD] |R8|Word‑p. 35

6.2.5.37  Number of MAC-is SDU in frame [FDD and 1.28Mcps TDD] |R8|

6.2.5.38  Number of MAC-is PDUs [FDD and 1.28Mcps TDD] |R8|

6.2.5.39  Subframe Number [FDD and 1.28Mcps TDD] |R8|

6.2.5.40  E-DCH User Buffer Size [FDD and 1.28Mcps TDD] |R8|

6.2.5.41  MAC-is PDU descriptor [FDD and 1.28Mcps TDD] |R8|Word‑p. 36

6.2.5.42  eDRX Indication [FDD] |R8|

6.2.5.43  Cell Portion LCR ID [1.28Mcps TDD] |R9|

6.2.5.44  TS0 Indication [1.28Mcps TDD] |R9|

6.2.5.45  MU-MIMO Indication(MI) [1.28Mcps TDD] |R9|

6.2.5.46  CPC Recovery (CPC Recov) [FDD] |R10|

6.2.5.47  FeDRX Indication [FDD] |R11|

6.2.5.48  NodeB Triggered HS-DPCCH Transmission(NTHT) [FDD] |R11|

6.2.5.49  TTI length [FDD] |R11|Word‑p. 37

6.2.5.50  SN, Frame Number |R11|

6.2.5.51  S/D, Store/Discard indicator |R11|

6.2.5.52  Connection Frame Number (CFN) |R11|

6.2.5.53  CR Ind (Cell Reselection Indication) |R11|

6.2.5.54  CRR Rec (Cell Reselection Request Received) |R12|

6.2.5.55  Extended S-RNTI |R12|

6.2.5.56  Operation Preference of Common E-DCH resource Indication (OPCE Ind) [FDD] |R13|Word‑p. 38

6.3  Control Frame structure

6.3.1  Introduction

6.3.2  Header structure of the control frames

6.3.3  Payload structure and information elementsWord‑p. 39

6.3.3.1  FACH FLOW CONTROL

6.3.3.2  DSCH CAPACITY REQUEST [TDD]

6.3.3.3  DSCH CAPACITY ALLOCATION [TDD]

6.3.3.4  FACH CAPACITY REQUEST

6.3.3.5  HS-DSCH CAPACITY REQUEST |R5|

6.3.3.6  HS-DSCH CAPACITY ALLOCATION |R5|

6.3.3.7  DL NODE SYNCHRONISATION |R6|

6.3.3.8  UL NODE SYNCHRONISATION |R6|

6.3.3.9  HS-DSCH UL SYNCHRONIZATION ESTABLISHMENT FAILURE [1.28Mcps TDD] |R8|

6.3.3.10  HS-DSCH PDU DROP INDICATION |R11|

7  Handling of Unknown, Unforeseen and Erroneous Protocol Data

$  Change HistoryWord‑p. 49


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