1、 TIA-1046 November 2011Signaling Conformance Test Specification for cdma2000Data Services NOTICE TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchasers, facilitating interchangeability and improv
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17、ENTIAL DAMAGES (INCLUDING DAMAGES FOR LOSS OF BUSINESS, LOSS OF PROFITS, LITIGATION, OR THE LIKE), WHETHER BASED UPON BREACH OF CONTRACT, BREACH OF WARRANTY, TORT (INCLUDING NEGLIGENCE), PRODUCT LIABILITY OR OTHERWISE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. THE FOREGOING NEGATION OF DAM
18、AGES IS A FUNDAMENTAL ELEMENT OF THE USE OF THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. TIA-1046 i CONTENTS 1 Introduction.1-1 1.1 General Description.1-1 1.2 References.1-2 1.3 Definitions, Symbols and Abreviations1-3 1.4 Setup and Chanel conditio
19、ns.1-5 2 Asynchronous Data and Fax Services2-1 2.1 Send/Receive Fax.2-1 2.2 Upload/Download Binary File2-4 2.3 Simultaneous Two-way File Transfer/Carier Detect2-6 2.4 Compound AT Comand, Initialization and Conection Delay.2-8 2.5 Escaping to Comand Mode2-10 2.6 Air Interface Data Compresion2-12 2.7
20、RLP Operation in a Por RF Environment2-14 2.8 RLP Abort and TCP Retransmit Test2-16 2.9 Internet Control Mesage Protocol (ICMP) Requests/Replies2-18 3 Low Sped Packet Data.3-1 3.1 Forward File Transfer.3-1 3.2 Reverse File Transfer3-2 3.3 Bi-directional File Transfer.3-3 3.4 Mobile Station Packet Da
21、ta Inactivity Timer.3-4 3.5 Radio Link Protocol (RLP) Operation in Rayleigh Fading3-5 3.6 RLP Abort and Uper Layer Retransmit3-7 3.7 Zone-Based Registration for Packet Data Mobile Stations3-9 3.8 V-J Header Compresion3-10 3.9 Asynchronous Control Character Maping (ACM) Negotiation.3-1 3.10 PP Field
22、Compresion.3-12 3.1 Maximum Receive Unit (MRU)3-13 3.12 RLP Encryption Negotiation.3-14 3.13 Hardware Flow Control.3-15 4 Medium Sped Packet Data4-1 4.1 Forward File Transfer with Fundamental and Suplemental Code Chanels.4-1 4.2 Forward File Transfer with Variable Suplemental Code Chanels4-3 4.3 MSP
23、D Cal Setup, No Negotiation.4-5 4.4 MSPD Cal Setup, Negotiation to a Diferent MSPD Service Option.4-7 4.5 MSPD Cal Setup, Negotiation to LSPD4-9 4.6 MSPD Cal Setup, Mobile Station Maximum Multiplex Option Les than Base Station aximum Multiplex Option.4-1 TIA-1046 ii 4.7 MSPD Cal Setup, Mobile statio
24、n Maximum Multiplex Option Greater than Base Station Maximum ultiplex Option4-13 4.8 Alocation/De-alocation of Suplemental Code Chanels4-15 4.9 No Transmision on Suplemental Code Chanels4-18 4.10 Soft Handof with Suplemental Code Chanels4-20 4.1 Ading Suplemental Code Chanels during Soft Handof4-2 4
25、.12 Hard Handof to an MSPD-Capable System4-24 4.13 Bi-Directional File Transfers with Forward Suplemental Code Chanels.4-27 4.14 R! Interface Flow Control.4-29 4.15 Dormant Timer4-30 4.16 Packet Zone ID.4-32 4.17 RLP Operation in Rayleigh Fading Environment4-35 4.18 RLP Operation with Severely Degra
26、ded Chanel4-37 5 High Sped Packet Data.5-1 5.1 Forward File Transfer.5-1 5.2 Reverse File Transfer.5-3 5.3 Bi-directional File Transfer.5-5 5.4 Service Option Control Mesage Procesing.5-7 5.5 Changing Encoding Type on Suplemental Chanel during Hard Handof.5-10 5.6 Control Hold Mode Transitions5-14 5
27、.7 Soft Handof of Fundamental Chanel/Dedicated Control Chanel and Suplemental Chanels.5-19 5.8 Soft Handof of Fundamental Chanel or Dedicated Control Chanel only.5-23 5.9 Ading Suplemental Chanels during Soft Handof.5-26 5.10 Hard Handof during Data Transfer.5-28 5.1 Hard Handof to a diferent Radio
28、Configuration5-31 5.12 Mobile Station Packet Data Inactivity Timer.5-34 5.13 Mobile Station and Base Station Operating in Diferent States.5-35 5.14 RLP Operation in Rayleigh Fading Environment5-39 5.15 Release Order Procesing.5-41 5.16 Hysteresis Activation Timer.5-4 5.17 Hysteresis Timer5-45 5.18 B
29、asic Suplemental Chanel Configuration Seting and Single Asignment5-47 5.19 Turbo Coding on Suplemental Chanel.5-52 5.20 Corect Walsh Cover.5-54 5.21 Suplemental Chanel Discontinuous Transmision.5-56 5.2 Sloted Timer.5-58 5.23 Retry Order and Delay for Origination Mesage.5-61 5.24 Retry Order and Del
30、ay for Suplemental Chanel Request Mesages.5-63 5.25 Retry Order and Delay for Resource Request Mesages5-6 5.26 Mobile Station Aborts R-SCH.5-69 5.27 Mobile Station Originated Short Data Burst5-72 TIA-1046 iv 5.28 Mobile Station Terminated Short Data Burst5-74 5.29 Mobile Asisted Burst Operation Para
31、meters Mesage Test5-76 5.30 Base Station Ignores Mobile Station Requested Mode Transitions5-79 5.31 Mobile station Multiplex Option diferent from Base Station Multiplex Option.5-81 5.32 Hard Handof from MSPD to HSPD5-83 5.3 Hard Handof from LSPD to HSPD.5-85 6 ANEX A6-1 6.1 Figures6-1 7 ANEX B Data
32、Services Tests.7-1 7.1 References.7-1 7.2 Description of Compresible Test Data Files.7-1 7.3 Standard ITU Fax Pages.7-2 7.4 Test Files7-2 TIA-1046 v LIST OF FIGURES Figure “5-1 Cal Flow for base station initiated Active to Control Hold Transition.5-14 Figure “5-2 Cal Flow for mobile station initiate
33、d Active to Control Hold Transition.5-15 Figure “5-3 Cal Flow for base station initiated Control Hold to Active Transition.5-15 Figure “5-4 Cal Flow for mobile station initiated Control Hold to Active Transition.5-16 Figure “5-5 Cal Flow ithout Seting Up Trafic Chanel (Prefered Implementation).5-36
34、Figure “5-6 Cal Flow ith Seting Up Trafic Chanel (Alternate Implementation).5-37 Figure “5-7 Suplemental Chanel Asignments for overlaped burst periodEror! Bokmark not defined. Figure “5-8 Suplemental Chanel Asignments for disjoint burst periodsEror! Bokmark not defined. Figure “5-9 Suplemental Chane
35、l Asignments for asignment overwriteEror! Bokmark not defined. Figure “5-10 Reference Cal Flow for Sloted Timer Testing5-58 Figure “5-1 Reference Cal Flow for Retry Order and Delay Test (Origination Mesage).5-61 Figure “5-12 Reference Cal Flow for Retry Order and Delay Test (Suplemental Chanel Reque
36、st Mesages) 5-63 Figure “5-13 Reference Cal Flow for Retry Order and Delay Test (Resource Request Mesages).5-6 Figure “6-1 Single Base Station with Chanel Simulator.6-1 Figure “6-2 Two base stations with Chanel Simulator6-2 Figure “6-3 Single Base Station.6-3 Figure “6-4 Thre Base Stations.6-4 Figur
37、e “6-5 Two base stations.6-5 Figure “6-6 Single Base Station with TE2.6-6 Figure “6-7 Test Setup for RLP Abort in Forward Link.6-6 Figure “6-8 Test Setup for RLP Abort in Reverse Link6-7 Figure “6-9 Multiple Base Station and Mobile station.6-7 Figure “6-10 Single Base Station with AWGN Source6-8 Fig
38、ure “6-1 Single Base Station with Reverse Link Chanel Simulator.6-8 TIA-1046 vi LIST OF TABLES Table “2-1 Compresion Test Configurations2-13 Table “5-1 SCH Data Rate5-2 Table “5-2 Soft Handof Parameters5-20 Table “5-3 Hard Handof Parameters.5-29 Table “5-4 Sloted Timer Test Signal Chanel Levels5-59
39、Table “5-5 Test Parameters.5-70 Table “5-6 Test Parameters.5-7 Table 7 File Sizes for Data Testing.7-3 TIA-1046 vi FOREWORD (This foreword is not part of this Standard.) This Specification was prepared by Technical Specification Group C of the Third Generation Partnership Project 2 (3GP2). This Spec
40、ification is the first revision of the document and tests the signaling conformance requirements of the C.S017-A (Data Service Options for Spread Spectrum Systems) group of specifications. Other signaling conformance specifications such as C.S043-0 (Signaling Conformance Test Specification for cdma2
41、00Spread Spectrum Systems) do not cover Data Services signaling conformance tests. SCOPE The objective of these tests is to demonstrate mobile station or base station compliance to Data Services mesaging and protocol requirements in the cdma200 family of standards, with emphasis on reference 1, indi
42、cated in the Traceability sections of each test case. This standard does not adres al posible test cases.1“cdma200is the trademark for the technical nomenclature for certain specifications and standards of the Organizational Partners (OPs) of 3GP2. Geographicaly (and as of the date of publication),
43、cdma200 is a registered trademark of the Telecomunications Industry Asociation (TIA-USA) in the United States.” TIA-1046 1-1 1 Introduction 1.1 General Description This specification defines Data Services signaling conformance tests for CDMA base stations and mobile stations. In this document, mobil
44、e station refers to a subscriber terminal, handset, PDA, wireles local lop unit, or any other subscriber terminal that comunicates with the base station at the air interface. Base station refers to the composite functionality of the base station and conected network elements or emulators. Execution
45、Strategy: Separate signaling conformance tests are specified for mobile stations and base stations. Tests are typicaly performed using an emulator to interface with the unit under test, with a cabled conection for the RF interface. Any test should be executed only if unit under test suports corespon
46、ding feature. TIA-1046 1-2 1.2 References 1.2.1 Normative References The folowing standards are referenced in this text. At the time of publication, the editions indicated were valid. Al standards are subject to revision, and parties to agrements based on this standard are encouraged to investigate
47、the posibility of aplying the most recent editions of the standards indicated below. ANSI and TIA maintain registers of curently valid national standards published by them. 1 TIA-707.3-A, Data Service Options for Spread Spectrum Systems: AT Comand Procesing and the Rm Interface 2 TIA-707.4-A, Data S
48、ervice Options for Spread Spectrum Systems: Async Data and Fax Services 3 TIA-707.5-A, Data Service Options for Spread Spectrum Systems: Packet Data Services 4 TIA-707.7-A, Data Service Options for Spread Spectrum Systems: Analog Fax Service 5 TIA-707.8-0, Data Service Options for Spread Spectrum Sy
49、stems: Radio Link Protocol Type 2 6 TIA-707.9-A, Data Service Options for Spread Spectrum Systems: High Sped Packet Data Services 7 TIA-707.10-A, Data Service Options for Spread Spectrum Systems: Radio Link Protocol Type 3 8 TIA-200.5-D, Uper Layer (Layer 3) Signaling Standard for cdma200 Spread Spectrum Systems 9 TIA-707.12-A, Data Service Options for Spread Spectrum Systems: Service Options 3 and 6 10 TSB-58-G, Administration of Parameter Value Asignments for Spread Spectrum Standards INFORMATIVE REFERENCE 1 IETF, RFC 132 PP Internet Protocol Control P
