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12.5 kHz TDMA channel based professional digital trunking communication system -- Technical specifications for call control layer of air interface
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Basic data | Standard ID | GB/T 34992-2017 (GB/T34992-2017) | | Description (Translated English) | 12.5 kHz TDMA channel based professional digital trunking communication system -- Technical specifications for call control layer of air interface | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | M36 | | Classification of International Standard | 33.060.99 | | Word Count Estimation | 182,174 | | Date of Issue | 2017-11-01 | | Date of Implementation | 2018-02-01 | | Regulation (derived from) | National Standard Announcement 2017 No. 29 | | Issuing agency(ies) | General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China | GB/T 34992-2017: 12.5 kHz TDMA channel based professional digital trunking communication system -- Technical specifications for call control layer of air interface
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12.5 kHz TDMA channel based professional digital trunking communication system-Technical specifications for call control layer of air interface
ICS 33.060.99
M36
National Standards of People's Republic of China
Based on 12.5kHz channel time division multiple access (TDMA)
Dedicated digital trunking communication system air access
Call Control Layer Technical Specification
12.5kHz TDDMAchannelbasedprofessionaldigitaltrunkingcommunication
Posted.2017-11-01
2018-02-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
China National Standardization Administration released
Directory
Foreword IX
Introduction Ⅹ
1 Scope 1
2 Normative references 1
3 Terms, definitions and abbreviations 1
3.1 Terms and definitions 1
3.2 Abbreviations 2
4 Overview 4
4.1 protocol architecture 4
4.2 Address Mapping Table 5
5 cluster system routine business 6
5.1 Cluster System General Business Overview 6
5.2 General Business 6
5.3 Voice Services
5.4 Supplementary Services 32
5.5 General Protocol Data Unit 35
5.6 General Protocol Information Element 42
5.7 Conventional Protocol Control Frame Coding 44
6 cluster system cluster business 45
6.1 The basic provisions of the cluster business 45
6.2 Data Link Layer 49
6.3 Call Control Layer 54
Appendix A (Informative) Message Sequence Diagram (MSC) Description 167
Appendix B (Normative) ESN checksum algorithm 168
Figure 1 cluster system air interface protocol stack structure 4
Figure 2 base station dual-slot HMSC 7
Figure 3 base station single slot HMSC 8
Figure 4 base station activation MSC 9
Figure 5 voice transit MSC 10
Figure 6 Voice hang time MSC 11
Figure 7 Control signaling relay MSC 12
Figure 8 BS downlink deactivation 12
The service does not support the signaling MSC 13 in FIG. 9
Figure 10 Group Call Realization SDL 15
Figure 11 Group Call HMSC 16
Figure 12 Group Calls Echo Request MSC 17
Figure 13 Transmit reject MSC 18
Figure 14 Transmit Allowed MSCs 18
Figure 15 receives voice head MSC 19
Figure 16 Voice enters MSC 20 late
Figure 17 Release of PTT for MSC 21
Figure 18 Group Call End MSC 21
Figure 19 Group Call End MSC 22
Group 20 has received a mismatch address MSC 23
Figure 21 Group Call No Downlink Activities MSC 23
Figure 22 Single Call Voice Channel Access SDL 25
Figure 23 Single Call Voice Response Channel Access SDL 26
Figure 24 OACSU Single Call Voice Initiation SDL 27
Figure 25 OACSU single call voice does not receive reply MSC 28
Figure 26 OACSU Single Call Voice Receiving Reply MSC 29
Figure 27 Dynamic Reassembly Setup Process 33
Figure 28 Dynamic Reassembly Cancellation Process 34
Figure 29 RC frame 48 on the control channel
Figure 30 Alignment Mode 49
Figure 31 Offset Mode 49
Figure 32 TDMA Multiframe and Time Base Indication 51
Figure 33 Upstream packet data transmission 51
Figure 34 Downlink Packet Data Transmission 52
Figure 35 Registration 136
Figure 36 Power Saving Register
Figure 37 To register 137
Figure 38 Wireless Voice Single Call 138
Figure 39 Voice Single Call Cancellation 139
Figure 40 Wireless Call Wired 140
Figure 41 Wired Calling Wireless 141
Figure 42 Wireless Duplex Single Call Wireless 142
Figure 43 Wireless Duplex Call Wired 143
Figure 44 wireless voice group call 144
Figure 45 PTT Authorization 145 Single Call
Figure 46 Group PTT authorization 146
Figure 47 Handover 147
Figure 48 Short Message Pull-up 147
Figure 49 Single talk short message transfer 148
Figure 50 Group call short message transmission 149
Figure 51 Status Message Transmission 149
Figure 52 Circuit Data 150
Figure 53 Channel assignment and release of packet data services
Figure 54 Packet Data Transfer 152
Figure 55 with a one-way authentication of remote resuscitation revival 153
Figure 56 empowers the user to resuscitate remotely
Figure 57 authorizes users to dynamically reorganize their business
Figure 58 Dynamic Reorganization Settings 155
Figure 59 Authorized User for Dynamic Reorganization Deletion 155
Figure 60 Dynamic Reorganization Delete 156
Figure 61 Dynamic reorganization query 156
Figure 62 sets itself to the wireless personal address 157
Figure 63 sets itself to the wireless group address 157
Figure 64 sets itself to the wired number 157
Figure 65 cancel their transfer 158
Figure 66 Set Other Wireless Users to Wireless Personal Address 158
Figure 67 Setting Up Other Wireless Users to Wired 159
Figure 68 Transfer Query 159
Figure 69 Canceling Call Forwarding for Other Wireless Users 160
Figure 70 instructs routine 160
Figure 71 Listening Activation 161
Figure 72 listening, plug-in process 161
Figure 73 Call Forwarding Process 162
Figure 74 Environmental Snooping 163
Figure 75 Group calls into 163
Figure 76 Inclusive calls 164
Figure 77 Free Indication 165
Figure 78 Data Name 166
Figure A.1 MSC drawing and labeling 167
Table 1 address mapping table 5
Table 2 to activate the base station data burst 8
Table 3 Group call data burst type 14
Table 4 Group call embedded information content 14
Table 5 Single call data type burst 24
Table 6 single call embedded information content 24
Table 7 Predefined Format Data Unique Data Type/Protocol Data Unit 30
Table 8 Original Format Data Unique Data Type/Protocol Data Unit 30
Table 9 Status Message Specific Data Type/Protocol Data Unit 31
Table 10 Short Data Confirmation Response Data Type/Protocol Data Unit 31
Table 11 Data Response 31
Table 12 Short Data Response Packet Types, Types and Status Definitions 32
Table 13 Complete Link Control PDU Contents 35
Table 14 Group Link Controlled PDU Contents 35
Table 15 Single-Link Link Controlled PDU Contents 36
Table 16 Data End Control Frame (TD_LC) Contents of PDU 36
Table 17 Contents of Short Link Control PDU 37
Table 18 Null Value Populated Message PDU Contents 37
Table 19 Activates the contents of the update PDU 37
Table 20 Control signaling PDU contents 39
Table 21 BS downlink activation PDU contents 39
Table 22 End-to-End Single Call Voice Request PDU Contents 39
Table 23 End-to-end single-call voice response PDU contents 40
Table 24 Negative Reply PDU Contents 40
Table 25 Turntable Activation PDU Contents 41
Table 26 Dynamic Reassembly Request Header (DGNA_Reg) 41
Table 27 Dynamic Reassembly Request Next Frame (DGNA_Block) 42
Table 28 Dynamic Reassembly Response Frame (DGNA_Rsp) 42
Table 29 Information content of Business Option (SO) 42
Table 30 Information content of response response (AR) 43
Table 31 Information content of the sender type identifier (SRCT) 43
Table 32 Informational Content of Additional Information Area Identification (AIF) 44
Table 33 Control signaling subsequent frame (CBF) message content 44
Table 34 Full Link Control Code 44
Table 35 Control Signaling Codes 44
Table 36 Short Link Control Code 44
Table 37 Personal Address Code ISI Composition 45
Table 38 Group Address Codes GSI Composition 45
Table 39 Device Number ESN Composition Table 46
Table 40 SGI 46
Table 41 CACHTACT 52
Table 42 EMB 53
Table 43 SLOTTYPE 53
Table 44 Control Channel Downlink Signaling Summary 54
Table 45 Control Channel Uplink Signaling Summary Table 55
Table 46 Traffic Channel Downlink Signaling Table 56
Table 47 Traffic Channel Downstream FLC Signaling Table 57
Table 48 Traffic Channel Downstream Embedded FLC Signaling Table 57
Table 49 Traffic Channel Uplink Signaling Table 57
Table 50 Traffic Channel Uplink LC Signaling Table 57
Table 51 Traffic Channel Upstream Embedded Signaling Table 58
Table 52 Packet Channel Downlink Signaling Summary 58
Table 53 Packet Channel Uplink Signaling Summary 59
Table 54 CACH 59 with control channel
Table 55 Full-service channel CACH 60
Table 56 PV_GRANTPDU 61
Table 57 TV_GRANTPDU 62
Table 58 BTV_GRANTPDU 62
Table 59 PD_GRANTPDU 63
Table 60 TD_GRANTPDU 64
Table 61 CD_GRANTPDU 65
Table 62 DL_GRANTPDU 65
Table 63 MT_GRANTPDU 66
Table 64 TA_GRANTPDU 67
Table 65 RC_GRANTPDU 68
Table 66 CG_APPDU 68
Table 67 CG_E2EE_APPDU 69
Table 68 C_MOVEPDU 69
Table 69 MV_APPDU 70
Table 70 C_ALOHAPDU 70
Table 71 C_BCASTPDU 71
Table 72 BC_APPDU 72
Table 73 C_AHOYPDU 73
Table 74 C_ACKD, C_NACKD, C_QACKD, C_WACKDPDU 73
Table 75 C_UDTHDPDU 74
Table 76 C_E2EEHDPDU 75
Table 77 C_RBCASTPDU 75
Table 78 C_RANDPDU 76
Table 79 C_ACKVITPDU 76
Table 80 C_ACKUPDU 77
Table 81 C_UDTHUPDU 77
Table 82 C_RESTOREPDU 78
Table 83 P_CLEARPDU 79
Table 84 PC_APPDU 79
Table 85 P_PROTECTPDU 80
Table 86 P_BCASTPDU 80
Table 87 P_BC_APPDU 82
Table 88 P_EMSD_GRPVPDU 83
Table 89 P_EMSD_INDVPDU 83
Table 90 P_EMSD_ACPDU 83
Table 91 P_EMSD_PROTECTPDU 84
Table 92 P_EMSD_E2EEPDU 85
Table 93 P_RCDPDU 85
Table 94 P_TMD_GRPVPDU 85
Table 95 P_TMD_INDVPDU 86
Table 96 P_ESDPDU 86
Table 97 P_MAINTPDU 87
Table 98 P_RESELECTPDU 88
Table 99 P_EMSU_RESELECTPDU 88
Table 100 P_DRCDPDU 90
Table 101 P_DAHOYPDU 90
Table 102 P_DAL_DACKDPDU 90
Table 103 P_UCDHDPDU 91
Table 104 P_CDHDPDU 92
Table 105 P_R_3_4_DDPDU 93
Table 106 P_R_3_4_UDDPDU 94
Table 107 P_R_3_4_LDDPDU 94
Table 108 P_R_3_4_ULDDPDU 94
Table 109 P_R_1_2_DDPDU 94
Table 110 P_R_1_2_UDDPDU 95
Table 111 P_R_1_2_LDDPDU 95
Table 112 P_R_1_2_ULDDPDU 95
Table 113 P_R_1_DDPDU 95
Table 114 P_R_1_UDDPDU 96
Table 115 P_R_1_LDDPDU 96
Table 116 P_R_1_ULDDPDU 96
Table 117 P_DACKD_APPDU 96
Table 118 P_DRANDPDU 97
Table 119 P_UCDHUPDU 98
Table 120 P_CDHUPDU 98
Table 121 P_DACKUPDU 100
Table 122 ACKT and STATE definitions 102
Table 123 ARC 102
Table 124 ASD 103
Table 125 Backoff 104
Table 126 Broadcast Parameter Definition for AT_TSCC 105
Table 127 AT_TIMER's Broadcast Parameter Definition 105
Table 128 Broadcast Parameter Definition for AT_VOTE 106
Table 129 Broadcast Parameter Definition for AT_RTC 106
Table 130 Broadcast Parameter Definition AT_REG 107
Table 131 Broadcast Parameter Definition for AT_CHN 107
Table 132 Broadcast Parameter Definition for AT_ADJ 107
Table 133 Broadcast Parameters Definition for AT_SYSINFO 108
Table 134 BSPARA 108
Table 135 CLASS, TYPE, STATE 108
Table 136 CHPARA 109
Table 137 CHT 110
Table 138 COMMAND 110
Table 139 DIGITS 111
Table 140 DPF 111
Table 141 DR 112
Table 142 DSF 112
Table 143 DSK 112
Table 144 DST 113
Table 145 FLC_SO 113
Table 146 MASK 113
Table 147 MODEL 114
Table 148 PAR 114
Table 149 PK 114
Table 150 PL 115
Table 151 PS 115
Table 152 PS_OS 115
Table 153 REG_WINDOW 116
Table 154 RI 116
Table 155 SAP 117
Table 156 SIC 117
Table 157 SK 117
Table 158 SO 118
Table 159 SOM, SKF, SOM1 120
Table 160 STATUS 124
Table 161 UDTDD, UDTDU 124 of UDTF = UDTF_BIN
Table 162 UDTDD, UDTDU 125 for UDTF = UDTF_MSN
Table 163 UDTDD, UDTDD, UDTDU 125 of UDTF_BCD
Table 164 UDTF = UDTDD, UDTDU 126 for UDTF_ISO 7
Table 165 UDTDD, UDTDU 126 for UDTF = UDTF_ISO 8
Table 166 UDTDD, UDTDU 126 for UDTF = UDTF_NMEA
Table 167 UDTF = UDTDD, UDTDU 128 for UDTF_IP
Table 168 UDTFD UDTDD, UDTDU 128 for UDTF_UNC
Table 169 UDTDD for UDTF = UDTF_BYTE and UDTF_GB , UDTDU 128
Table 170 UDTF 129
Table 171 The gateway number is the UDT data content of the UDTF_MSN format of DGAI 129
Table 172 The gateway number is the UDT data content 130 of the UDTF_MSN format of DGMAI
Table 173 The gateway number is the UDTF_BIN format UDT data content 131 of the ACI
Table 174 UDT Data Content in UDTF_BIN Format with Gateway Number of DINFI, UT Not a BCD Number 131
Table 175 UDT Data Contents in UDTF_BIN Format with Gateway Number of DINFI, UT in BCD Number 131
Table 176 UDT data in UDTF_BIN format whose gateway number is DLAI, UT is not a BCD code 132
Table 177 UDT Data Content in UDTF_BIN Format with Gateway Number is DLAI, UT is BCD Number 132
Table 178 UDT data content in UDTF_BIN format with gateway number DLII, UT not a BCD number 132
Table 179 UDT data content in UDTF_BIN format with gateway number DLII, UT is BCD number 133
The Table 180 gateway number is the UDTF_BIN format UDT data content 133 of the ESNI
Table 181 The UDT data content of the gateway number is UDTF_BIN format of TAI 133
Table 182 TAI additional frame TAI_AP 134
Table 183 UP 134
Table 184 UT 135
Table 185 WT 135
Foreword
This standard is based on 12.5kHz channel time division multiple access (TDMA) dedicated digital trunking communications system standard series. The series
The standard structure and name are estimated as follows.
--- Based on 12.5kHz channel time division multiple access (TDMA) dedicated digital trunking communications system general technical specifications;
--- 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunking communication system air interface physical layer and data link
Road technical specifications;
--- 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunking communication system air interface call control layer technology
specification;
--- 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunking communication system mobile terminal technical specifications;
--- 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunked communication system security technical specifications;
--- 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunking communication system system interconnection specifications.
This standard was drafted in accordance with the rules given GB/T 1.1-2009.
This standard by the National Communications Standardization Technical Committee (SAC/TC485) centralized.
This standard was drafted unit. Ministry of Public Security Information Technology Bureau, Hangzhou Cheng Lian Communication Technology Co., Ltd., Hainengda Communication Co., Ltd., excellent
Communication Technology (Hangzhou) Co., Ltd., the Ministry of Public Security Institute of the first, Beijing million grid Digital Technology Co., Ltd., Sichuan Vader Communication Technology
Limited company.
The main drafters of this standard. Lei Lei, Song Feihao, Sun Pengfei, Song Zhen Su, Li Jiang, Wang Xu, Rong Jun, Liu Qingjiang, Jiang Qingsheng, Wang Weimin,
Zhu Zhenrong, Liang Yansheng, Liu Jun.
Introduction
The issuing authority of this document draws attention to the fact that statements that conform to this document may relate to 6.3.4.8 and Handover, 5.3.2 and Conference Calling
Use of patents related to dynamic grouping.
The issuing authority of this document has no position whatsoever about the truthfulness, validity and scope of this patent.
These patent holders have assured the issuing authorities of this document that they are willing to cooperate with any applicant on reasonable and non-discriminatory terms and conditions
Under the pieces, negotiate a patent license. The statement of these patent holders has been filed with the issuing authority of this document. Related information is ok
Through the following contact information.
The name of the patent holder. Harbin Hainengda Technology Co., Ltd.
Address. Development Zone, Harbin City, Heilongjiang Province Nangang Central Area 18 18 510 rooms
Name of the patent holder Hanergy Co., Ltd.
Address. Nanshan District, Shenzhen High-tech Zone North Ring Road, No. 9108 Hainengda Building
Please note that in addition to the above patents, some of the contents of this document may still involve patents. The issuing agencies of this document are not responsible for identifying these specializations
Lee's responsibility.
Based on 12.5kHz channel time division multiple access (TDMA)
Dedicated digital trunking communication system air access
Call Control Layer Technical Specification
1 Scope
This standard specifies a 12.5kHz channel-based time division multiple access (TDMA) dedicated digital trunking communication system air interface call control
Layer address code, protocol data unit format, message sequence and parameter definitions.
This standard applies to the frequency range of 30MHz ~ 1GHz based on 12.5kHz channel time division multiple access (TDMA) dedicated digital
Cluster communication system (hereinafter referred to as "cluster system").
2 Normative references
The following documents for the application of this document is essential. For dated references, only the dated version applies to this article
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
GB/T 34991-2017 based on 12.5kHz channel time division multiple access (TDMA) dedicated digital trunking communication system air interface
Physical layer and data link layer technical specifications
3 Terms, definitions and abbreviations
3.1 Terms and definitions
The following terms and definitions apply to this document.
3.1.1
Power-saving frame power-save-frame
Contains 16 time slots (480ms), used to wake up dormant mobile station basic timing unit.
3.1.2
Dedicated control channel dedicatedcontrolchannel
Control channels that can not be converted to traffic channels or other types of channels.
3.1.3
Composite control channel
It can be temporarily converted into a control channel used by the traffic channel.
3.1.4
Received signal field strength received signal strength indicator; RSSI
The rms signal power received by the receiver at the antenna.
3.1.5
Alias alias
For ease of user memory, the number, channel, etc. defined mnemonic.
3.1.6
Partition partition
PAR
Information element used to divide a mobile station on a cluster base station with dual control channel (TSCC).
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