GTI 5G Sub-6GHz Device Interoperability Test Specification_v1.0
1 Scope
2 Abbreviations
3 References
4 Test Object
4.1 Hardware architecture
4.2 Software architecture
4.3 Test network basic configuration
5 Testing environment
5.1 Network topology
5.2 Tested and matched Equipment
6 Test tools and test methods
6.1 Test tools
6.2 Test methods
6.2.1 Test procedure
6.2.2 Statistics and analysis of key indicators
6.2.3 Others
6.2.4 Scope of application
7 Basic Functional Testing
7.1 UE Power On Network Search
7.1.1 Power On Cell Selection and Registration
7.1.2 Cell Search after Returning Coverage Area
7.1.3 Normal Registration
7.1.4 Periodic Registration
7.1.5 RAN-based Notification Area Update
7.2 System Configuration
7.2.1 Cell Bandwidth
7.2.2 Frame Structure
7.2.3 Bandwidth part(BWP)
7.3 Physical Channel Configuration
7.3.1 Downlink Physical Channel
7.3.2 Uplink Physical Channel
7.3.3 Reference Signal
7.4 Basic procedureof Air interface MSG
7.4.1 Power Control
7.4.2 Scheduling
7.4.3 Link adaption
7.4.4 HARQProcedure
7.4.5 RLC Transmission Mode
7.5 RRC
7.5.1 MSIBroadcast
7.5.2 OSI Broadcast
7.5.3 5GCPaging
7.5.4 NG-RANPaging
7.5.5 RRC Connection Setup
7.5.6 RRC Connection Release
7.5.7 RRC Connection Re-establishment
7.5.8 RRC State Change-Inactive-Connected
7.5.9 RRC State Change-idle -Connected
7.5.10 Data Radio Bearer Setup
7.5.11 Data Radio Bearer Release
7.5.12 Data Bearer Mapping
7.6 Measurement and mobility management
7.6.1 Measurement based on SSB/CSI-RS
7.6.2 Event measurement 7
7.6.3 Cell Re-selection
7.7 Basic performance (high/middle priority)
7.7.1 Peak data rate (SA)
7.7.2 Latency
7.8 NSA
7.8.1 Option 3X EN DC
7.8.2 EN DC Mobility management based on Option3X
7.9 4G/5G interoperation
7.9.1 Inter-RAT HO from 5G to 4G (SA)
7.9.2 Data service
7.9.3 Voice service
7.10 Key Tech of Terminal
7.10.1 SRS
7.10.2 PUCCH high power class (SA)
7.10.3 PUSCH high power class (SA)
GTI 5G Sub-6GHz Device Interoperability Test Specification_v1.0
