Standard No.:	YD/T 1842-2011
English Name:	Test method for HSUPA user equipment of 2GHz TD-SCDMA digital cellular mobile communication network - Protocol conformance
Chinese Name:	2GHz TD-SCDMA数字蜂窝移动通信网 高速上行分组接入（HSUPA） 终端设备协议一致性测试方法
Professional Classification:	YD    Professional Standard - Telecommunication
Source Content Issued by:	MIIT
Issued on:	2011-5-18
Implemented on:	2011-6-1
Status:	valid
Superseding:	YD/T 1842-2009 Test Method for User Equipment HSUPA Protocol Conformance of 2GHz TD-SCDMA Digital Cellular Mobile Communication Network
Target Language:	English
File Format:	PDF
Word Count:	157000 words
Translation Price(USD):	6000.0
Delivery:	via email in 1 business day

1 Scope This standard specifies test method for HSUPA user equipment of 2GHz TD-SCDMA digital cellular mobile communication network - protocol conformance, including Layer 2, RRC layer and radio bearer test. This standard is applicable to test method for HSUPA user equipment of 2GHz TD-SCDMA digital cellular mobile communication network. 2 Normative References The following normative documents contain provisions which, through reference in this text, constitute provisions of this standard. For dated reference, subsequent amendments to (excluding corrections), or revisions, of any of these publications do not applicable to this standard. However, parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editions of these references indicated below. For undated references, the latest edition applies. YD/T 1773 2GHz TD-SCDMA Digital Cellular Mobile Communication Network Test Methods for User Equipment (HSDPA) Protocol Conformance YD/T 1780 Protocol Conformance Testing Methods for User Equipment of 2GHz TD-SCDMA Digital Cellular Mobile Communication Network 3GPP TS25.222 Multiplexing and Channel Coding (TDD) 3GPP TS25.224 Physical Layer Procedures (TDD) 3GPP TS25.304 User Equipment (UE) Procedures in Idle Mode and Procedures for Cell Reselection in Connected Mode 3GPP TS25.306-7100 UE Radio Access Capacities Definition 3GPP TS25.321-7160 Medium Access Control (MAC) Protocol Specification 3GPP TS25.331-7160 Radio Resource Control (RRC) Protocol Specification 3GPP TS34.108-720 Common Test Environments for UE Conformance Testing 3GPP TS34.109-730 Terminal Logical Test Interface; Special Conformance Testing Functions 3GPP TS34.123-1-710 User Equipment (UE) Conformance Specification - Part 1: Protocol Conformance Specification 3GPP TS51.010-1-7120 Mobile Station (MS) Conformance Specification - Part 1: Conformance Specification 3 Abbreviations For the purposes of this standard, the following abbreviations apply. ... ... ... ... 4 General 4.1 Test Environment Temperature: -10~35℃ Relative humidity: 0%~95% Power supply: nominal value as specified by the manufacturer; UE information: Table 1 lists the information that the user equipment manufacturer needs to provide before protocol conformance test.

Foreword i 1 Scope 2 Normative References 3 Abbreviations 4 General 4.1 Test Environment 4.2 UE Statement 5 Layer 2 5.1 MAC-es/e Multiplexing without RRC Restriction 5.2 MAC-es/e Multiplexing Under Restriction 5.3 Correct Setting of MAC-es/e Header 5.4 Correct Setting of MAC-es/e Scheduling Information 5.5 MAC-es/e Non-scheduled Transmission 5.6 MAC-es/e Correctly Handles Scheduled Transmissions When Absolute Grant Changes 5.7 MAC-es/e Combined Non-scheduled and Scheduled Transmission 5.8 MAC-es/e Correctly Handles HARQ Context 5.9 Minimum E-TFC 5.10 MAC-es/e E-TFC Priority 5.11 MAC-es/e Transport Block Size Selection 5.12 MAC-es/e Process Processing 5.13 MAC-es/e Maximum Number of Retransmissions 5.14 Correct Processing of MAC-es/e Reset 6 RRC Layer 6.1 Radio Bearer Establishment during Transformation from CELL_DCH State to CELL_DCH State: Successful (Start E-DCH Transmission) 6.2 Radio Bearer Establishment in case of Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Another Frequency Point, Start E-DCH Transmission) 6.3 Radio Bearer Reconfiguration in Case of Transformation from CELL_DCH State to CELL_DCH State: Successful (Accompanied with E-DCH Transmission) 6.4 Radio Bearer Reconfiguration during Transformation from CELL_FACH State to CELL_DCH State and from CELL_DCH State to CELL_FACH State: Successful (Start and Stop E-DCH Transmission) 6.5 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Another Frequency Point, Start and Stop E-DCH Transmission) 6.6 Radio Bearer Reconfiguration during Transformation from CELL_FACH State to CELL_DCH State and from CELL_DCH State to CELL_FACH State: Successful (Modified at the Frequency Point, Start and Stop E-DCH Transmission) 6.7 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Start and Stop E-DCH Transmission) 6.8 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_PCH State: Successful (Stop E-DCH Transmission) 6.9 Radio Bearer Release during Transformation from CELL_DCH State to CELL_DCH State: Successful (Modified at the Frequency Point, Stop E-DCH Transmission) 6.10 Physical Channel Reconfiguration during Transformation from CELL_DCH State to URA_PCH State: Successful (Modified at the Frequency Point, Stop E-DCH Transmission) 6.11 Physical Channel Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (E-DCH Serving Cell Changes) 6.12 Physical Channel Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Failed (Hard Handoff of Timing Initialization, E-DCH Serving Cell Changes, Physical Channel Fails and Return to the Original Channel) 6.13 Cell Update: Transform from URA_PCH State to CELL_DCH State (Start E-DCH Transmission) 6.14 Cell Update: Transform from CELL_PCH State to CELL_DCH State (Modify Frequency Point, Start E-DCH Transmission) 6.15 Cell Update: Radio Link Failure Where E-DCH Transmission Is Activated 6.16 Successful Command Change for Inter-RAT Cell From URTAN to GPRS /CELL_DCH/ (Stop E-DCH Transmission) 6.17 Physical Channel Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Another Frequency, E-DCH Serving Cell Changes) 6.18 Radio Bearer Establishment during Transformation from CELL_DCH State to CELL_DCH State: Successful (at Main and Auxiliary Frequency Points of the Same Cell, Start E-DCH Transmission) 6.19 Radio Bearer Reestablishment during Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Inter-frequency Band Frequency Point, Start E-DCH Transmission) 6.20 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Reconfigured at Auxiliary Frequency Point, Accompanied with Activated E-DCH Transmission) 6.21 Radio Bearer Reconfiguration during Transformation from CELL_FACH State to CELL_DCH State and from CELL_DCH State to CELL_FACH State: Successful (Configuration between Main and Auxiliary Frequency Points, Start and Stop E-DCH Transmission) 6.22 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Frequency Point of Inter-frequency Band, Start and Stop E-DCH Transmission) 6.23 Radio Bearer Reconfiguration during Transformation from CELL_FACH State to CELL_DCH State and from CELL_DCH State to CELL_FACH State: Successful (Modify Frequency Point of Inter-frequency Band, Start and Stop E-DCH Transmission) 6.24 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Reconfiguration between Main and Auxiliary Frequency Points, Start and Stop E-DCH Transmission) 6.25 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_PCH State: Successful (Reconfiguration between Main and Auxiliary Frequency Points, Start and Stop E-DCH Transmission) 6.26 Radio Bearer Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Reconfigure to Frequency Point of Inter-frequency Band, Stop E-DCH Transmission) 6.27 Physical Channel Reconfiguration during Transformation from CELL_DCH State to URA_PCH State: Successful (Reconfigure to Frequency Point of Inter-frequency Band, Stop E-DCH Transmission) 6.28 Physical Channel Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (E-DCH Serving Cell across Frequency Bands Changes) 6.29 Physical Channel Reconfiguration during Transformation from CELL_DCH State to CELL_DCH State: Successful (Hard Handoff to Frequency of Inter-frequency Band, E-DCH Serving Cell Changes) 6.30 Physical Channel Reconfiguration during Transformation from CELL_DCH State to URA_PCH State: Failed (Hard Handoff of Timing Initialization across Frequency Bands, E-DCH Serving Cell Changes, Physical Channel Fails and Return to Original Channel) 6.31 Cell Update: Transformation from URA_PCH State to CELL_DCH State (between Main Frequency Point and Auxiliary Frequency Point, Start E-DCH Transmission) 6.32 Cell Update: Transformation from CELL_PCH State to CELL_DCH State (Modification across the Frequency Band and Frequency Point, Start E-DCH Transmission) 6.33 Synchronous Modification of Paging Notifications by Using BCCH Modification Time in Idle Mode 6.34 Complete Cell Reselection with SIB18; from UTRAN to GSM 7 Radio Bearer Test 7.1 General Information on Radio Bearer Test of HS-DSCH and E-DCH Combination Interoperation 7.2 Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink: [Maximum Bit Rate Based on UE Capability Level] / PS RAB + Uplink: DCCH of 3.4 Downlink 3.4kbit/s SRB on DCH 7.3 Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink: [Maximum Bit Rate Based on UE Capability Level] / PS RAB + Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] DCCH of Downlink 3.4kbit/s SRB on E-DCH and Downlink DCH (Non-scheduled Transmission Mode is Adopted for SRB Mapped on E-DCH) 7.4 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink [Maximum Bit Rate Based on UE Capability Level] / PS RAB + Uplink: 3.4 Downlink 3.4kbit/s SRB on DCCH 7.5 Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink: [Maximum Bit Rate Based on UE Capability Level] kbit/s/PS RAB+ Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink: [Maximum Bit Rate Based on UE Capability Level] /PS RAB + Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] DCCH of Downlink 3.4kbit/s SRB on E-DCH and DL DCH (Non-scheduled Transmission Mode is Adopted for SRB Mapped on E-DCH) 7.6 Streaming or Interactive or Background/Uplink: [Maximum Bit Rate Based on UE Capability Level and TTI] Downlink: [Maximum Bit Rate Based on UE Capability Level] / PS RAB + Uplink: DCCH of 3.4 Downlink 3.4kbit/s SRB on DCH/Uplink 16QAM 7.7 Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 384kbit/s/PS RAB+UL: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.8 Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 128kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.9 Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.10 Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 32kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.11 Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.12 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 384kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.13 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.14 Session/Voice/Uplink: 12.2 Downlink: 12.2Kbit/s/CS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.15 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.16 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 32kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.17 Session/Voice/Uplink: 12.2 Downlink: 12.2kbit/s/CS RAB + Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 16kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.18 Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 64kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.19 Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 32kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH 7.20 Streaming/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 16kbit/s/PS RAB + Interactive or Background/Uplink: [Maximum Bit Rate Depends on UE Category and TTI] Downlink: 8kbit/s/PS RAB + Uplink: 3.4 Downlink: 3.4kbit/s SRBs on DCCH