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19、 THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. 3GPP2 C.S0095-A v2.0 Revision History 1 Revision Description Of Changes Date Rev 0 v1.0 Initial Publication December 2009 Rev 0 v2.0 Point Release for bug fixes July 2011 Rev A v1.0 Handoff with Pre-regi
20、stration,eHRPD to E-UTRAN Idle_Handoff，Maintain IP context in Idle handoff. Registration on CDMA1x via GCSNA. SMS via GCSNA. Idle reselect to E-UTRAN from CDMA1x. June 2013 Rev A v2.0 Loading Balance February 2015 Rev A v2.0 Republication version to address some TIA legal comments May 2015 3GPP2 C.S
21、0095-A v2.0 CONTENTS i 1 Introduction 1-1 1 1.1 Scope . 1-1 2 1.2 Test Setup 1-1 3 2 Conformance and Interoperability Tests . 2-1 4 2.1 Session Negotiation Tests . 2-1 5 2.1.1 Introduction . 2-1 6 2.1.2 Session Negotiation with eHRPD Access Network 2-1 7 2.1.3 Session Negotiation with HRPD Access Ne
22、twork . 2-2 8 2.1.4 ProtocolID 0x08 Negotiation during Session Establishment with eHRPD 9 Access Network 2-4 10 2.1.5 MMPA based eHRPD Personality Negotiation with eHRPD Access Network . 2-5 11 2.1.6 Switching between MMPA and EMPA based eHRPD Personality 2-7 12 2.2 Session Configuration Tests for D
23、ormant Mobility between eHRPD and HRPD 2-9 13 2.2.1 Introduction . 2-9 14 2.2.2 Dormant eHRPD to HRPD mobility with eHRPD to HRPD personality switch 15 occurring in response to ConnectionRequest 2-9 16 2.2.3 Dormant eHRPD to HRPD mobility with eHRPD to HRPD personality switch 17 initiated in respons
24、e to access 2-11 18 2.2.4 Dormant HRPD to eHRPD mobility with HRPD to eHRPD personality switch 19 occurring in response to ConnectionRequest 2-12 20 2.2.5 Dormant HRPD to eHRPD mobility with HRPD to eHRPD personality switch 21 initiated in response to access 2-14 22 2.2.6 eHRPD to HRPD Dormant mobil
25、ity with SCP renegotiation of ProtocolID 23 initiated at Access 2-16 24 2.2.7 HRPD to eHRPD Dormant mobility with SCP Renegotiation of ProtocolID 25 initiated at Access 2-19 26 2.2.8 Session Renegotiation when Session Transfer is Unsuccessful . 2-21 27 2.3 cdma2000 1x and eHRPD Mobility . 2-23 28 2.
26、3.1 Introduction . 2-23 29 2.3.2 Dormant 1x to eHRPD System Reselection . 2-23 30 2.3.3 Dormant eHRPD to 1x 2-24 31 2.3.4 Active eHRPD to Idle 1x 2-25 32 2.4 E-UTRA to eHRPD Handoff . 2-26 33 3GPP2 C.S0095-A v2.0 ii 2.4.1 Introduction 2-26 1 2.4.2 E-UTRAN Idle to eHRPD Dormant Handoff Previous eHRPD
27、 Session, No 2 Pre-registration, A13-Session Information transfer available . 2-26 3 2.4.3 E-UTRAN Idle to eHRPD Dormant Handoff Previous eHRPD Session, No 4 Pre-registration, A13- Session Information transfer not available 2-28 5 2.4.4 E-UTRAN Idle to eHRPD Dormant Handoff With Pre-registration, Wi
28、thout 6 A13-Session Information transfer 2-29 7 2.4.5 Non-optimized Active E-UTRAN to eHRPD Idle No Preregistration, 8 Connection Release with Redirection Indication 2-30 9 2.4.6 Non-Optimized Active E-UTRAN to idle eHRPD System Selection E-UTRAN 10 System Lost No preregistration . 2-32 11 2.5 eHRPD
29、 to Idle E-UTRAN Handoff . 2-33 12 2.5.1 Introduction 2-33 13 2.5.2 Non-optimized Dormant eHRPD to Idle E-UTRAN System Reselection . 2-34 14 2.5.3 Non-optimized Dormant eHRPD to Idle E-UTRAN System Reselection-Non 15 BSR, Higher priority for E-UTRA . 2-35 16 2.5.4 Non-optimized Dormant eHRPD to Idle
30、 E-UTRAN System Reselection-Non 17 BSR, Higher priority for eHRPD . 2-37 18 2.5.5 Active eHRPD to E-UTRAN Handoff . 2-38 19 2.5.6 Ping-ponging: Lost eHRPD and LTE, Partial HSGW context available, A13 20 available . 2-39 21 2.5.7 Ping-ponging: Lost eHRPD and LTE, Partial HSGW context available, A13 2
31、2 not available . 2-41 23 2.5.8 Active eHRPD to E-UTRAN Handoff failed redirection and another E-24 UTRAN available . 2-42 25 2.5.9 Active eHRPD to E-UTRAN Handoff failed redirection and no other E-26 UTRAN available . 2-43 27 2.5.10 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 28 Res
32、election-Bitmap Mode without execution of probability test . 2-45 29 2.5.11 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 30 Reselection-Threshold Mode without execution of probability test . 2-47 31 2.5.12 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 32 Reselection- Bit
33、map Mode with execution of probability test . 2-49 33 2.5.13 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 34 Reselection- Threshold Mode with execution of probability test . 2-51 35 2.5.14 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 36 Reselection- Stay in eHRPD when E
34、-UTRAN is congested 2-53 37 3GPP2 C.S0095-A v2.0 CONTENTS iii 2.5.15 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 1 Reselection - Bitmap Mode with repeat of probability test . 2-54 2 2.5.16 Enhanced Non-optimized Dormant eHRPD to Idle E-UTRAN System 3 Reselection- Threshold Mode with
35、repeat of probability test 2-56 4 2.6 Registration and SMS in 1x CS Domain through E-UTRAN Tests for UE . 2-58 5 2.6.1 Power up registration in 1x CS domain via GCSNA tunnel 2-58 6 2.6.2 Power Down registration in 1x CS domain via GCSNA tunnel . 2-59 7 2.6.3 Timer Based Registration in 1x CS Domain
36、via GCSNA Tunnel . 2-60 8 2.6.4 Zone Based Registration by Location Area Changed in 1x CS Domain via 9 GCSNA Tunnel . 2-62 10 2.6.5 Send 1x SMS via GCSNA Tunnel over E-UTRAN . 2-63 11 2.6.6 Receive 1x Short Message via GCSNA Tunnel over E-UTRAN 2-63 12 2.6.7 Receive 1x CCH short message via GCSNA tu
37、nnel over E-UTRAN . 2-65 13 2.7 1x-E-UTRAN Idle reselection . 2-66 14 2.7.1 1x-EUTRAN Idle reselection when EUTRAN has higher Priority. 2-66 15 2.7.2 1x-EUTRAN Idle reselection when EUTRAN has equal or lower Priority . 2-67 16 2.7.3 1x-EUTRAN Idle reselection without the Priority field. 2-68 17 2.7.
38、4 Determination of GCSNARevision . 2-68 18 2.7.5 Determination of GCSNAOption . 2-69 19 2.8 UE handle GCSNA message in LTE network . 2-70 20 2.8.1 Introduction . 2-70 21 2.8.2 Transmission and Reception of 1x messages 2-70 22 2.9 PPP Based Main-Service Connection Establishment . 2-71 23 2.9.1 Introd
39、uction . 2-71 24 2.9.2 EAP AKA Authentication during Initial PPP session establishment . 2-72 25 2.9.3 EAP AKA Authentication Failure during Initial PPP session establishment 26 (Incorrect AUTN) . 2-73 27 2.10 IP Address Assignment and PDN Attach and Detach Procedures 2-74 28 2.10.1 Introduction . 2
40、-74 29 2.10.2 IPv4 address assignment through VSNCP . 2-74 30 2.10.3 IPv6 address assignment through VSNCP . 2-76 31 2.10.4 HSGW initiated PDN release through VSNCP 2-77 32 3GPP2 C.S0095-A v2.0 iv 2.10.5 Access Terminal initiated PDN release through VSNCP . 2-78 1 2.10.6 Network Initiated PDN resync
41、hronization VSNCP 2-79 2 2.10.7 PPP Renegotiation upon Inter-HSGW handoff 2-80 3 2.10.8 eHRPD loss and re-acquisition before expiration of PPP timer . 2-82 4 2.10.9 Dual IP address (IPv4 and IPv6) assignment through VSNCP . 2-83 5 2.10.10 UICC based APN connectivity 2-84 6 2.10.11 PDN Release based
42、on Inactivity Timer 2-85 7 2.10.12 PDN Application Blocking for Dual IP PDN 2-86 8 2.11 PDN Multiplexing and QoS Establishment 2-87 9 2.11.1 Introduction 2-87 10 2.11.2 PDN Multiplexing on the Main Service Connection over SO 59 2-87 11 2.11.3 PDN Multiplexing on Auxiliary Service Connection over SO
43、72 2-90 12 2.11.4 QoS Establishment and PDN ID over SO 64 or SO 67 . 2-92 13 2.11.5 QoS Establishment for Dual IP address (IPv4 and IPv6) assignment 2-95 14 3 End to End Application Tests .3-1 15 3.1 SMS origination and termination during active eHRPD session .3-1 16 3.1.1 Introduction 3-1 17 3.1.2
44、SMS origination during active eHRPD session .3-1 18 3.1.3 SMS termination during active eHRPD session 3-2 19 3.2 SMS origination and termination during dormant eHRPD session .3-3 20 3.2.1 Introduction 3-3 21 3.2.2 SMS origination during dormant eHRPD session .3-3 22 3.2.3 SMS termination during dorm
45、ant eHRPD session .3-4 23 3.3 Voice call origination and termination during active eHRPD session 3-5 24 3.3.1 Introduction 3-5 25 3.3.2 Voice call origination during active eHRPD session .3-5 26 3.3.3 Voice call termination during active eHRPD session 3-6 27 3.4 Voice call origination and terminatio
46、n during dormant eHRPD session .3-7 28 3.4.1 Introduction 3-7 29 3.4.2 Voice call origination during dormant eHRPD session .3-7 30 3.4.3 Voice call termination during dormant eHRPD session 3-8 31 32 3GPP2 C.P0095-A v1.x v Table of Figures 1 Figure 1 Test Setup with two Radio Access Networks 1-1 2 Fi
47、gure 2 Test Setup for mobility between E-UTRAN and eHRPD 1-2 3 Figure 3 - Test Setup for interworking of cdma2000 1x with E-UTRAN 1-3 4 Figure 4 - Test Setup for interworking of cdma2000 1x with E-UTRAN 1-3 5 6 7 3GPP2 C.S0095-A v2.0 vi This page is intentionally left blank.1 3GPP2 C.S0095-A v2.0 vi
48、i Table of Tables 1 Table 1. PPP State for cdma2000 1x to eHRPD mobility . 2-23 2 Table 2. PPP State for eHRPD to cdma2000 1x mobility . 2-24 3 Table 3. PPP State for Active eHRPD to cdma2000 1x mobility . 2-25 4 Table 4. State transition for Active E-UTRAN to eHRPD Handoff due to Redirection . 2-30
49、 5 Table 5. State transition for Active E-UTRAN to eHRPD Handoff due to System Loss . 2-32 6 Table 6. State transition for Dormant eHRPD to E-UTRAN Handoff . 2-34 7 Table 7. State transmit for Dormant eHRPD to E-UTRAN Handoff . 2-35 8 Table 8. PPP State for Dormant eHRPD to E-UTRAN Handoff . 2-37 9 Table 9. State transition for active eHRPD to E-UTRAN handoff due to redirection . 2-38 10 Table 10. State transition for active eHRPD to E-UTRAN handoff due to redirection 2-42 11 Table 11. State transition for active eHRPD to E-UTRAN handoff due to redirection 2-44 12
