1、 TIA-102.AABB-B (Revision of TIA-102.AABB-A) July 2011Trunking Control Channel Formats ANSI/TIA-102.AABB-B 2011 APPROVED: APRIL 22, 2011 NOTICE TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchas
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5、ociated with its use or all applicable regulatory requirements. It is the responsibility of the user of this Standard to establish appropriate safety and health practices and to determine the applicability of regulatory limitations before its use. (From Project No. 3-4623-RV2, formulated under the c
6、ognizance of the TIA TR-8 Mobile and Personal Private Radio Standards, TR-8.10 Subcommittee on Trunking and Conventional Control. . Published by TELECOMMUNICATIONS INDUSTRY ASSOCIATION Standards and Technology Department 2500 Wilson Boulevard Arlington, VA 22201 U.S.A. PRICE: Please refer to current
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22、ENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. TIA-102.AABB-B i Foreword (This foreword is not part of the standard.) This document will be submitted to APCO/NASTD/FED by the Telecommunications Industry Association (TIA), as provided for in a Memorandum of Understanding (MoU) dated Dec
23、ember 1993. That MoU provides that APCO/NASTD/FED will devise a Common System Standard for digital public safety communications (the Standard), and that TIA shall provide technical assistance in the development of documentation for the Standard. This document has been developed with inputs from the
24、TIA/APCO Project 25 Interface Committee (APIC), the TR-8.10 Trunking and Conventional Control Subcommittee, and TIA Industry members. This document is being published because it is felt that there is an urgent need for technical information for the emerging digital systems for Land Mobile Radio Serv
25、ice. This document describes the general descriptions, packet structures, information block structures for both single and multiple block formats for trunked radios meeting the Project 25 requirements. These definitions are necessary to ensure interoperability of trunked radio units. This Standard p
26、resents a design for control channel bit structures which was recommended by TIA to APCO/NASTD/FED as being suitable for use as part of their standard for a digital public safety radio system (Project 25). TIA expects that APCO/NASTD/FED will establish and publish additional standards for trunking o
27、peration which will then provide the basis for additional TIA standards planned for the Project 25 system. There is one annex in this Standard. Annex A is informative and is not considered part of this Standard. TIA-102.AABB-B ii Contents 1 INTRODUCTION . 1 1.1 SCOPE . 1 1.2 REVISION HISTORY . 1 1.3
28、 REFERENCES 2 1.3.1 Normative References 2 1.3.2 Informative References 2 1.4 NUMBER NOMENCLATURE . 2 2 OVERVIEW . 4 2.1 CONTROL CHANNEL PACKETS . 4 2.2 PROTECTED CONTROL CHANNEL TRANSACTIONS . 5 3 GENERAL DESCRIPTIONS 6 3.1 CONTROL CHANNEL DESIGNATION 6 3.2 MODES OF CONTROL CHANNEL . 6 3.3 INBOUND
29、CONTROL CHANNEL ACCESS 7 4 PACKET STRUCTURE . 8 4.1 FRAME SYNC WORD . 8 4.2 NETWORK IDENTIFIER 8 4.3 STATUS SYMBOLS 9 4.4 DATA ERROR CORRECTION . 9 5 INFORMATION BLOCK STRUCTURE - SINGLE BLOCK PACKET 10 5.1 TRUNKING SIGNALING BLOCK FORMAT . 12 5.2 PROTECTED TSBK DESCRIPTION 14 5.3 EXAMPLE OF PROTECT
30、ED TSBKS - UNIT TO UNIT CALL 14 5.3.1 Service Request Packet 15 5.3.2 Service Response Packet 16 5.4 ISP TIMING 17 6 INFORMATION BLOCK STRUCTURE MULTIPLE BLOCK TRUNKING PACKET FORMAT 19 6.1 TRUNKING CONTROL PACKET HEADER FORMAT . 22 6.2 DATA BLOCK STRUCTURE . 24 6.3 PROTECTED MULTIPLE BLOCK TRUNKING
31、 PACKET DESCRIPTION 24 ANNEX A (INFORMATIVE): GLOSSARY OF TERMS . 25 Figures Figure 5-1 Single Block ISP Format 10 Figure 5-2 Single Block OSP Formats 11 Figure 5.1-1 Single Block Packet Transactions 12 Figure 5.3-1 ISP/OSP TSBKs for Unit to Unit call example . 15 Figure 5.4-1 ISP Timing Relationshi
32、ps . 17 Figure 6-1 Multiple Block ISP Formats 20 TIA-102.AABB-B iii Figure 6-2 Multiple Block OSP Formats . 21 Figure 6.1-1 Trunking Control Packet Header Block 22 Figure 6.1-2 Alternative Trunking Control Packet Header Block . 23 Tables Table 4.3-1 OSP Status Symbol Codes . 9 Table 4.3-2 ISP Status
33、 Symbol Codes . 9 TIA-102.AABB-B iv 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 is taken with respect to the validity of
34、 those claims or any patent rights in connection therewith. The patent holders so far identified have, we believe, filed with APCO/NASTD/FED statements of willingness to grant licenses under those rights on reasonable and nondiscriminatory terms and conditions to applicants desiring to obtain such l
35、icenses. Details may be obtained from APCO/NASTD/FED. The following patent holders and patents have been identified in accordance with the TIA intellectual property rights policy: TIA shall not be responsible for identifying patents for which licenses may be required by this document or for conducti
36、ng inquiries into the legal validity or scope of those patents that are brought to its attention. Ericsson Inc. - Patent Nos. US 5,574,788 TIA-102.AABB-B 1 1 Introduction 1.1 Scope The intent of this document is to define the general control channel structures to be employed on the Project 25 trunki
37、ng control channel. The 9600 b/s control channel scheme is designed to be compatible per BAAA. 1.2 Revision history July, 2005 Revision A approved for TIA publication. April, 2011 Revision B approved for TIA publication. TIA-102.AABB-B 2 1.3 References The following documents contain provisions, whi
38、ch, through reference herein, constitute provisions of this standard. At the time of publication, the editions indicated were valid. All standards are subject to revision, and parties to agreements based on this standard are encouraged to investigate the possibility of applying the most recent editi
39、ons of the standards indicated below. ANSI and TIA maintain registers of currently valid national standards maintained by them. 1.3.1 Normative References 1. BAAA “Project 25 FDMA Common Air Interface”, ANSI/TIA 102.BAAA-A, September 2003 - This document describes the basic over the air formats used
40、 on the Trunking control channel. 2. AABC “Project 25 Trunking Control Channel Messages”, ANSI/TIA-102.AABC-C, November 2009 - This is a separate companion document that describes the specific use of the general Trunking control channel structures. 3. AABD “Trunking Procedures”, TIA-102.AABD-A, Dece
41、mber 2008 4. BAAC “Project 25 - Common Air Interface - Reserved Values” , TIA-102.BAAC-A, December 2003 1.3.2 Informative References 5. Project 25 Guidelines to Assign Wide Area Communication Network and System Identities, April 2001 This document provides guidelines which explain how to assign the
42、WACN ID and System ID in a uniform manner (with and without an FCC Call Sign correlation) so that interoperability across diverse Project 25 systems is possible. 1.4 Number Nomenclature There are references to bit patterns in this document. In general the following applies: If a number is preceded b
43、y a “%“ the number is to be interpreted as a binary representation with the appropriate number of symbols (e.g. %1010 is 4 symbol binary for 10) If a number is preceded by a “$“ the number is to be interpreted as a hexadecimal representation with the appropriate number of symbols. (e.g., $0A is 2 sy
44、mbol hexadecimal for 10) TIA-102.AABB-B 3 If a number is presented with neither a “%“ or “$“ preceding it, the number is to be considered as a decimal representation with the appropriate number of symbols. (e.g., 15 is decimal 15) TIA-102.AABB-B 4 2 Overview The trunking control channel packet struc
45、ture is based upon the data packet structure of the Common Air Interface (CAI). This allows the control channel transactions to both be usable on system channel resources supporting only control channel packets or system channel resources which support both control channel packets and other system p
46、ackets (e.g. voice or data packets). The trunking control channel shall be considered to consist of two (2) separate communication paths, the inbound control channel path and the outbound control channel path. The inbound path is used for transmissions from the subscriber units to be received by the
47、 RFSS. The outbound path is used for transmissions from the RFSS to be received by the subscriber units. 2.1 Control Channel Packets A control channel packet sent from the RFSS to the subscriber unit shall be termed the Outbound Signaling Packet (OSP) using the outbound control channel. A control ch
48、annel packet sent from the subscriber unit to the RFSS shall be termed the Inbound Signaling Packet (ISP) using the inbound control channel. Control channel packets are identified as single block and multiple block formats. The majority of operations of the trunking control channel are accomplished
49、with the single block packet format to afford the greatest throughput potential. The multiple block format is reserved for the transactions which have need of greater information transfer than provided in the preferred single block format. The single block control channel format is not an unconfirmed data packet as defined by the CAI. The single block control channel format has a unique preamble to indicate it is a special trunking signaling block. With this special “trunking signaling block“ consideration, an associated Trunking Service Access Point (SAP) is imp
