ANSI TIA-902.BAEB-A-2008 Wideband Air Interface Packet Data Specification Public Safety Wideband Data Standards Project Digital Radio Technical Standards.pdf

1、 TIA-902.BAEB-A (Revision of TIA-902.BAEB) January 2008Wideband Air Interface Packet Data Specification Public Safety Wideband Data Standards Project Digital Radio Technical Standards ANSI/TIA-902.BAEB-A-2008 APPROVED: JANUARY 8, 2008REAFFIRMED: OCTOBER 3, 2013NOTICE TIA Engineering Standards and Pu

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19、DAMAGES. THE FOREGOING NEGATION OF DAMAGES IS A FUNDAMENTAL ELEMENT OF THE USE OF THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. WAI Packet Data Specification TIA-902.BAEB-A i Foreword (This foreword is not part of this standard.) This document has be

20、en published by the Telecommunications Industry Association (TIA) in accordance with the terms and conditions provided for in a Memorandum of Understanding (MoU) executed by and between the TIA, the Associated Public-Safety Communications Officials (APCO), the National Association of State Telecommu

21、nications Directors (NASTD), and the various agencies of the Federal government (FED). This TIA Standard is being promulgated and will be maintained by the TR-8.5 Signaling and Data Transmission committee, and working groups under the sponsorship of the Telecommunications Industry Association. This

22、document has been published as a TIA Standard because it contains useful technical information on emerging digital techniques for Land Mobile Radio Service. In particular, it describes the wideband air interface packet data bearer service technology. Generally, the wideband air interface has been de

23、veloped by TIA TR-8.5 to be consistent with the Statement of Requirements adopted by the National Coordination Committees Interoperability Subcommittee, WG6 Wideband Data. This document references that the primary user needs document will be “APCO Project 25/34 Statement of Requirements (P34SOR)”. T

24、his Packet Data Specification provides a standard for the definition and control for transmission of IP Datagrams over 50, 100, and 150 kHz bandwidth Wideband Air Interface lower layer protocols. The TIA makes no claims as to the applicability of the information contained in this document for any pu

25、rpose although it is believed that the information will prove to be invaluable to designers of wideband data compliant equipment. Some aspects of the specifications contained in this document may not have been fully operationally tested; however, a great deal of time and good faith effort has been i

26、nvested in the preparation of this document to ensure the accuracy of the information it contains. While all reasonable efforts have been made to ensure the accuracy of this document, it should be understood that significant work remains in fully developing the standard series and this document will

27、 be updated as necessary. TIA-902.BAEB-A WAI Packet Data Specification ii Patent Identification The readers attention is called to the possibility that compliance with this document may require the use of one or more inventions covered by patent rights. By publication of this document, no position i

28、s taken with respect to the validity of those claims or any patent rights in connection therewith. The patent holders so far identified have, we believe, filed statements of willingness to grant licenses under those rights on reasonable and nondiscriminatory terms and conditions to applicants desiri

29、ng to obtain such licenses. The following patent holders and patents have been identified in accordance with the TIA intellectual property rights policy: None currently identified TIA shall not be responsible for identifying patents for which licenses may be required by this document or for conducti

30、ng inquiries into the legal validity or scope of those patents that are brought to its attention. WAI Packet Data Specification TIA-902.BAEB-A iii TABLE OF CONTENTS 1. SCOPE1 2. TERMS.2 3. GENERAL DESCRIPTION.3 3.1 OVERVIEW 3 3.2 SPECIFIC TERMINOLOGY.3 3.3 DESCRIPTION OF SERVICE CONFIGURATIONS 3 3.3

31、.1 Mobile to Fixed Host Service (FNE Data) 3 3.3.2 Mobile to Mobile Data Service (Repeated Data) 3 3.3.3 Mobile-to-Mobile Data Service (Direct Data) 4 3.4 IP DATAGRAM CONVEYANCE.4 3.4.1 Simple WAI Encapsulation Protocol (SWEP) .4 3.4.2 Sub-Network Dependent Convergence Protocol (SNDCP).4 3.5 IP VERS

32、ION 4 SERVICES 4 3.5.1 Bearer Services4 3.5.2 Supplementary Services.5 3.6 IP VERSION 6 SERVICES 5 3.6.1 Bearer Services6 3.6.2 Supplemental Services.6 3.7 SNDCP/SWEP INTERFACES TO OTHER LAYERS.7 3.7.1 Interface to Service Users .7 3.7.2 SNDCP / SWEP Interface to LLC Layer .7 3.7.3 SNDCP Interface t

33、o MM Layer.8 4. FNE DATA CONFIGURATION OPERATION 9 4.1 GENERAL SNDCP DESCRIPTION 9 4.1.1 PDP Context Maintenance9 4.1.2 Management of Data Transfers.9 4.1.3 Compression of IP Header and User Data .9 4.2 SNDCP STATES AND TRANSITIONS .10 4.2.1 SNDCP State Descriptions11 4.2.2 SNDCP Timers 12 4.3 SERVI

34、CE ESTABLISHMENT AND MANAGEMENT PROCEDURES 13 4.3.1 IP Addressing Alternatives13 4.3.2 PDP Context Activation 13 4.3.3 PDP Context Deactivation 16 4.4 DATA TRANSFER AND CONTROL PROCEDURES .17 4.4.1 LLC UP Link Maintenance17 4.4.2 Unicast IP Datagram Conveyance17 4.4.3 Broadcast IP Datagram Conveyanc

35、e20 4.4.4 Multicast IP Datagram Conveyance .20 4.5 SUPPLEMENTAL SERVICE PROCEDURES .21 4.5.1 IP User Authentication21 4.5.2 Mobile IPv4 .21 4.5.3 IP Header Compression 22 5. DIRECT DATA CONFIGURATION OPERATION.23 5.1 SWEP OVERVIEW.23 5.2 SERVICE ESTABLISHMENT AND MANAGEMENT PROCEDURES 24 5.2.1 Servi

36、ce Activation24 5.2.2 Service Deactivation24 5.2.3 Service Management .24 5.3 DATA TRANSFER AND CONTROL PROCEDURES .24 TIA-902.BAEB-A WAI Packet Data Specification iv 5.3.1 IPv4 to WAI Address Resolution. 24 5.3.2 IPv6 to WAI Address Resolution. 25 5.3.3 MRC to MDP IP Address Exchange. 26 5.3.4 Unic

37、ast IP Datagram Conveyance . 27 5.3.5 Broadcast IP Datagram Conveyance . 28 5.3.6 Multicast IP Datagram Conveyance. 28 6. PDU FORMAT DEFINITION 29 6.1 SWEP PDU FORMATS . 29 6.1.1 SWEP Confirmed Data. 29 6.1.2 SWEP Unconfirmed Data. 29 6.1.3 ARP Request and Response 30 6.2 SNDCP PDU FORMATS . 31 6.2.

38、1 PDP Confirmed Data . 31 6.2.2 PDP Unconfirmed Data . 31 6.3 SNDCP CONTROL PDU FORMATS . 32 6.3.1 PDP Context Activation Request 32 6.3.2 PDP Context Activation Accept 33 6.3.3 PDP Context Activation Command 34 6.3.4 PDP Context Activation Reject. 34 6.3.5 PDP Context Deactivation Command 34 7. INF

39、ORMATION ELEMENT DEFINITION. 35 7.1 GENERAL SNDCP PDU FIELDS 35 7.1.1 SNDCP Format. 35 7.1.2 SNDCP Version 35 7.1.3 Network Service Access Point Identifier (NSAPI) 36 7.2 SNDCP CONTROL PDU FIELDS 36 7.2.1 Access Point Name (APN) 36 7.2.2 Data Subscriber Unit Type (DSUT) 37 7.2.3 IP Header Compressio

40、n (IPHC). 37 7.2.4 MDP Configuration Options (MDPCO). 37 7.2.5 PDU Priority Maximum (PDUPM) 38 7.2.6 Van Jacobsen TCP Compression State Slots (VJ_TCP_CSS) 38 7.2.7 TCP Compression State Slots (TCP_CSS) 38 7.2.8 Non-TCP Compression State Slots (NON_TCP_CSS) . 38 7.2.9 Maximum Interval between Full He

41、aders (MAX_INT_FHD) 38 7.2.10 Maximum Time between Full Headers (MAX_TME_FHD) 38 7.2.11 Maximum Header Size (MAX_HDR_SZE) 38 7.2.12 Maximum Transmission Unit (MTU). 39 7.2.13 Deactivation Type 39 7.2.14 Network Address Type (NAT) 39 7.2.15 Reject Code 40 7.2.16 Protocol Configuration Options (PCO) L

42、ength. 40 7.2.17 Protocol Configuration Options (PCO) Value 41 7.2.18 IPv4 Address41 7.2.19 IPv6 Information 41 7.2.20 Mobile IPv4 Information 42 7.2.21 User Data Payload Compression (UDPC) 42 7.3 SNDCP DATA PDU FIELDS. 43 7.3.1 IP Header Compression State (PCOMP) . 43 7.3.2 User Data Payload Compre

43、ssion Type (DCOMP). 43 7.3.3 Network Layer PDU . 43 7.4 TIMERS 43 7.4.1 Activation Wait Timer (T.300) 43 7.4.2 Standby Timer (T.301) 44 7.4.3 Ready Timer (T.302).44 WAI Packet Data Specification TIA-902.BAEB-A v 8. REFERENCES 45 8.1 INFORMATIVE REFERENCES .45 8.2 NORMATIVE REFERENCES 45 TIA-902.BAEB

44、-A WAI Packet Data Specification vi Table of Figures FIGURE 1. GENERAL WIDEBAND DATA SYSTEM MODEL 1 FIGURE 2. MRC SNDCP STATE TRANSITION DIAGRAM. 10 FIGURE 3. FNE SNDCP STATE TRANSITION DIAGRAM 10 FIGURE 4. SUCCESSFUL PDP CONTEXT ACTIVATION MSC . 15 FIGURE 5. SUCCESSFUL PDP CONTEXT DEACTIVATION MSC

45、16 FIGURE 6. SUCCESSFUL MRC TO FNE UNICAST IP DATAGRAM MSC 18 FIGURE 7. SUCCESSFUL FNE TO MRC UNICAST IP DATAGRAM MSC 20 FIGURE 8. SUCCESSFUL MRC TO MRC ARP EXAMPLE MSC. 27 FIGURE 9. SUCCESSFUL MRC TO MRC UNICAST EXAMPLE MSC. 28 FIGURE 10. W_SW_ DATA PDU FORMAT . 29 FIGURE 11. W_SW_ UDATA PDU FORMAT

46、. 29 FIGURE 12. W_ARP_ REQ/RES PDU FORMAT 30 FIGURE 13. W_SN_ DATA PDU FORMAT 31 FIGURE 14. W_SN_ UDATA PDU FORMAT 31 FIGURE 15. W_ACV_CNT_REQ PDU FORMAT . 32 FIGURE 16. W_ACV_CNT_ACC PDU FORMAT. 33 FIGURE 17. W_ACV_CNT_CMD PDU FORMAT 34 FIGURE 18. W_ACV_CNT_REJ PDU FORMAT 34 FIGURE 19. W_DCV_CNT_CM

47、D PDU FORMAT 34 WAI Packet Data Specification TIA-902.BAEB-A vii List of Tables TABLE 1. SNDCP / SWEP SERVICE PRIMITIVES .7 TABLE 2. LLC SERVICE PRIMITIVES 7 TABLE 3. MM SERVICE PRIMITIVES.8 TABLE 4. SNDCP FORMAT VALUES.35 TABLE 5. SNDCP VERSION VALUES 35 TABLE 6. NSAPI VALUES 36 TABLE 7. DSUT VALUE

48、S .37 TABLE 8. IPHC VALUES 37 TABLE 9. MDPCO VALUES .37 TABLE 10. PDUPM VALUES38 TABLE 11. MAX_INT_FHD VALUES38 TABLE 12. MAX_TME_FHD VALUES38 TABLE 13. MTU VALUES.39 TABLE 14. DEACTIVATION TYPE VALUES 39 TABLE 15. NAT VALUES .39 TABLE 16. REJECT CODE VALUES40 TABLE 17. PCO VALUES41 TABLE 18. IPV6 I

49、NFORMATION VALUES .41 TABLE 19. MOBILE IPV4 INFORMATION VALUES 42 TABLE 20. IPHC VALUES 42 TABLE 21. PCOMP VALUES 43 TABLE 22. DCOMP VALUES .43 TABLE 23. STANDBY TIMER VALUES 44 TABLE 24. READY TIMER VALUES.44 DOCUMENT REVISION HISTORY Revision History Version Date Description V 0.50 12/9/2002 Initial draft (Issue A) submitted to TR-8.5 for review. V 0.90 1/7/2003 Second draft (Issue B) submitted to TR-8.5 for review V 0.91 1/14/2003 Third draft (Issue C) submitted to TR-8.5 for review V 0.95 3/25/2003 Fourth draft (Issue D) edited per PN-3-0094 ballot comments Issue E 5/16/2003 Edit