ForewordIntroduction1 Scope2 References3 Definitions and abbreviations4 Requirements on the TTCN development5 TTCN-2 ATS structure6 Test method and testing architecture6.1 Test method6.2 TTCN-2 Testing architecture6.3 NAS test method and architecture6.4 RRC and RAB test method and architecture6.5 RLC test method and architecture6.6 SMS test method and architecture6.7 MAC test method and architecture6.8 BMC test method and architecture6.9 PDCP test6.10 Multi-RAT Handover Test Model6.11 DCH-DSCH model (R99 or Rel-4)6.12 DCH with HS-DSCH (MAC-hs) model (FDD, Rel-5 or later)6.12a DCH with HS-DSCH model for 1.28 Mcps TDD (Rel-5 or later)6.12b DCH with HS-DSCH (MAC-ehs) model (FDD, Rel-7 or later)6.12c HS-DSCH (MAC-hs/ehs) model (FDD, Rel-7 or later)(No DCH Associated)6.12d HS-DSCH (MAC-ehs) model for DC/4C -HSDPA (FDD, Rel-8 or later)6.12e HS-DSCH (MAC-ehs) model for Multiflow Operation (FDD, Rel-11 or later)6.13 E-DCH model (Rel-6 or later)6.13.1 MAC-e/MAC-es test model6.13.2 MAC-i/MAC-is test model (Rel-8 or later)6.14 MBMS model (Rel-6 or later)IP signalling6.16 Supplementary Service test method and architecture6.17 UTRAN-WLAN Inter working Test Model6A TTCN-3 Test method and testing architecture7 PCO and ASP definitions7.1 NAS PCO and ASP definitions7.2 Ut PCO and ASP definitions7.3 RRC PCO and ASP definitions7.3.1 AM/UM/TM PCO and ASP definitions7.3.2 Control PCO and ASP7.3.3 TTCN primitives7.3.4 GERAN PCO and ASP definitions7.3.5 A-GPS Upper tester, PCO and ASP definitions7.3.6 ROHC test model and ASP7.3.7 Handling RLP for CS non-transparent data8 Design Considerations8.1 Channel mapping8.2 Channel and RB identity8.3 Channels configurations8.4 System information blocks scheduling8.5 Security in testing8.6 Downlink power setting in SS8.7 TTCN-2 Test suite operation definitions8.8 AT commands8.9 Bit padding8.10 Test PDP contexts8.11 DCH-DSCH Configurations8.11a DCH with HS-DSCH Configurations (Rel-5 or later)8.11aa HS-DSCH Configurations without DCH associated (Rel-6 or later)8.11b HS-DSCH Configuration Verification8.11c HS-DSCH Configurations for enhanced Cell FACH (Rel-7 or later) [Mapping CCCH/BCCH/PCCH on HS-DSCH]8.12 Pre- and postambles for GERAN to UTRAN tests8.13 E-DCH configurations (Rel-6 or later)8.14 Guidelines of MBMS implementations8.14.1 MCCH scheduling implementation8.14.2 MSCH scheduling and service data on MTCH8.15 Cell mapping8.16 Guidelines for CS voice over HSPA implementation8.17 Cell TimingA.1 Version of specificationsA.2 NAS TTCN-2 ATSA.3 SMS TTCN-2 ATSA.4 RRC TTCN-2 ATSA.5 RLC TTCN-2 ATSA.6 MAC TTCN-2 ATSA.7 BMC TTCN-2 ATSA.8 PDCP TTCN-2 ATSA.9 RAB TTCN-2 ATSA.10 IR_U TTCN-2 ATSA.11 AGPS TTCN-2 ATSA.12 HSD_ENH TTCN-2 ATSA.13 HSU_ENH TTCN-2 ATSA.14 MBMS TTCN-2 ATSA.15 HSPA7_ENH TTCN-2 ATSA.16 HSPA8_ENH TTCN-2 ATSA.17 HSPA9_ENH TTCN-2 ATSA.18 UTRAN TTCN-3 TSB.0 IntroductionB.1 Parameter valuesC.1 Identification SummaryC.2 Abstract Test Suite SummaryC.3 Test LaboratoryC.4 ClientC.5 System Under TestC.6 Ancillary ProtocolsE.1 IntroductionE.2 ETR 141 rules and applicabilityE.3 3GPP ATS implementation guidelinesG.1 SyntaxG.2 ExamplesH.1 A-GPS ASN.1 modulesH.2 SS and A-GNSS ASN.1 modulesI.1 VoidI.2 FDD test execution on different frequency bandsI.3 VoidI.4 VoidI.4 Void I.3 Void 34.123-33GPPPart 3: Abstract test suite (ATS)TSUser Equipment (UE) conformance specification Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM