SIST EN 300 392-1 V1.3.1:2006
(Main)Terrestrial Trunked Radio (TETRA); Voice plus Data (V+D); Part 1: General network design
- Abstract
The present document defined addressing for Terrestrial Trunked Radio system (TETRA) supporting Voice plus Data (V+D). It also gives background information of the air interface, the interworking between TETRA systems and to other systems via gateways, the terminal equipment interface on the Mobile Station (MS), the security aspects in TETRA networks, the management services offered to the operator, the performance objectives, and the supplementary services that come in addition to the basic and tele-services used as a basis for TETRA standardization. The present document defines and specifies the TETRA addressing and identities and their organization in groups corresponding to the different functions.
It establishes the background of the TETRA general network design for standardization purposes:
- it gives information about the circuit mode and packet mode reference points for the MS and switching and management infrastructure;
- it gives information about a model of the air interface protocol stack, different functions of layers and sublayers;
- it gives information about the functions provided by the circuit mode teleservices used for speech and basic services used for data transfer;
- it gives information about the functions related to the management of the users' mobility across networks and inside a network including roaming and migration;
- it gives information about the functions related to the transport of short data messages as a service specific to TETRA;
- it gives information about the functions related to the support of packet data service in a way specific to TETRA;
- it gives information about the supplementary services that mainly extend the capabilities of the circuit mode basic and teleservices;
- it gives information about the various possibilities of individual circuit mode call scenarios and provides guidance on priority concepts for packet data and circuit mode services and on the service quality.
NOTE: This part of the multi-part document may, by its nature as a general design statement, require updating when later parts of the multi-part document are completed and maintained (in order to avoid any non-alignment). If a discrepancy occurs between this part and any other part of the multi-part document, then the other part will take precedence. The present document may be maintained mainly on those clauses, which are referred from other parts or standards.
- Status
- Published
- Publication Date
- 31-Mar-2006
- Current Stage
- 6060 - National Implementation/Publication (Adopted Project)
- Start Date
- 01-Apr-2006
- Due Date
- 01-Apr-2006
- Completion Date
- 01-Apr-2006
SIST EN 300 392-1 V1.3.1:2006 is the Slovenian adoption of ETSI EN 300 392-1 V1.3.1 for Terrestrial Trunked Radio (TETRA) Voice plus Data (V+D). It sets out the general network design for TETRA systems, especially the addressing and identity structure, reference points, protocol architecture, mobility behavior, short data service, supplementary services, and service-quality background used by network designers, operators, terminal makers, and gateway implementers.
What does SIST EN 300 392-1 V1.3.1:2006 specify?
SIST EN 300 392-1 V1.3.1:2006 specifies the general design framework for TETRA V+D. Clause 7 is the core of the document because it defines the addresses and identities that TETRA equipment uses, while other clauses give the background needed to apply them in network design and interworking.
The document is organized into clauses on circuit mode and packet mode reference points, protocol architecture, addressing and identities, circuit mode basic services, Mobility Management (MM), MLE mobility scenarios, Short Data Service (SDS), and supplementary services. It also includes informative annexes for reference configurations, call scenarios, mobility behavior, Quality of Service (QoS), and supporting models, plus normative annexes for equipment-identity information elements.
A few limits are important in practice:
- fleet addressing is outside the scope
- TSI installation methods are not defined here
- if this part differs from another part of the TETRA series, the other part takes precedence
- this document is a general design statement, so later parts of the series are meant to refine it
| Annex | What it covers |
|---|---|
| A | Circuit mode reference points and reference configurations |
| B | Protocol architecture for V+D |
| C | Overview of circuit mode basic services |
| D | Individual circuit mode call scenarios |
| E | Group voice call scenarios |
| F | Priority functions for circuit mode services |
| G | Mobility Management (MM) in MS |
| H | MLE mobility scenarios and functionalities |
| J | Technical realization of SDS |
| K | General supplementary services background |
| L | Packet mode reference points |
| M | Quality of Service (QoS) |
| N | TETRA type approval code information element |
| O | TETRA final assembly code information element |
| P | TETRA electronic serial number information element |
What are the key requirements of SIST EN 300 392-1 V1.3.1:2006?
SIST EN 300 392-1 V1.3.1:2006 is mainly a design and addressing document, so the most important points are how TETRA identities are structured and how they are used in the network. Those rules matter because they determine how terminals are identified, how calls are routed, how roaming works, and how the network recognizes equipment and groups.
Addressing and identity structure
Clause 7 defines the TETRA address families that all TETRA equipment uses:
- TETRA Subscriber Identities (TSI)
- Short Subscriber Identities (SSI)
- TETRA Management Identities (TMI)
- Network Layer SAP (NSAP) addresses
- TETRA Equipment Identities (TEI)
- Mobile Network Identity (MNI)
In practice, this means the same terminal must be addressable in several different ways depending on whether the network is identifying a subscriber, a management function, a layer-3 endpoint, or a physical device. That distinction is what allows subscription management, roaming, and network-level routing to work together.
The subscriber identity structures use the same Mobile Country Code (MCC) and Mobile Network Code (MNC) fields as defined in the document, with different short identities for individual, alias, and group use. The TMI uses a similar MCC/MNC/SMI structure, and the MNI uses MCC/MNC only. For a buyer or integrator, that means identity planning has to align with the home network, visitor use, and the operator’s allocation rules.
Equipment identity and allocation
Clause 7.5 defines the TEI as a combination of Type Approval Code (TAC), Final Assembly Code (FAC), Electronic Serial Number (ESN), and a spare field. The TAC and FAC are binary-encoded, while the ESN is a hexadecimal serial number.
This matters in manufacturing and acceptance testing because the TAC and FAC are centrally allocated, while the ESN identifies each device uniquely within its TAC+FAC combination. Clause N assigns TAC allocation to ETSI, and clause O assigns FAC allocation and the public FAC register. That is the basis for traceability of approved equipment.
How TETRA uses identities on the air interface
Clause 7.7 defines layer 2 addresses and labels, including event labels and scrambling labels. The event label is a local temporary address with a 10-bit size and is used on a specific channel for a specific time-limited call reference.
In practice, this reduces signaling overhead once a connection is established, while still allowing the network to keep track of the transfer. Clause 7.7 also defines a reserved all-ones group address for user information broadcast, which gives the network a way to address all MSs in the TETRA domain for system-wide broadcast signaling or user information.
Clause 7.8 describes how individual addresses are used in primitives and PDUs on the air interface. It covers source and destination addressing at layer 2 and layer 3, and it distinguishes intra-TETRA, inter-TETRA, and external call routing. That is the part implementers use to make sure call setup, routing, and comparison logic are consistent across the stack.
Mobility and cell change behavior
Clauses 9, 10, G, and H cover MM and MLE behavior during roaming and migration. The document includes registration, authentication, periodic registration, disable/enable handling, energy economy mode change, and downloading of group identities.
This matters because TETRA terminals must keep service continuity while moving between cells or even between networks. Annex G explains the network-signaling view of registration and authentication, while annex H describes how the MLE handles cell scanning, monitoring, reselection, restoration, and service interruption. The document also distinguishes announced, unannounced, and undeclared cell re-selection, which affects how much the network and the terminal can prepare before a cell change.
Circuit mode services, priority, and short data
Clauses 8 and annexes C, D, E, and F cover circuit mode basic services, call scenarios, and priority handling. The annexes describe message trunked, transmission trunked, and quasi-transmission trunked behavior, including call setup, request-to-transmit, and call clearing.
That material matters for voice and circuit-switched data behavior, especially where a network needs controlled access to the traffic channel. Annex F adds priority requirements and mechanisms, including Access Priority (AP), Priority Call (PC), Pre-emptive Priority Call (PPC), and Call Retention (CRT). In practical terms, operators use this background to decide how urgent users are admitted, queued, or interrupted.
Clause 11 and annex J cover SDS. The document describes SDS as a short-message service that can run in parallel with a speech call, usually over a single uplink transfer. For implementers, that means the SDS design is intended for fast, short messages rather than a connection-oriented data session.
QoS background
Annex M organizes QoS into connection-oriented and connectionless parameters. It covers establishment delay, throughput, transit delay, residual error, transfer failure, resilience, protection, priority, cost, and negotiation.
For a network planner or buyer, this is the part that helps translate service expectations into measurable network characteristics. It tells you which performance aspects the standard treats as negotiable, fixed, or network-performance figures.
What terms does SIST EN 300 392-1 V1.3.1:2006 define?
- Announced cell re-selection - A cell change where the MS-MLE informs the SwMI in both the old and the new cell that the move is taking place.
- Direct set-up signalling - A call setup method that allows communication without the alerting process and without an explicit answer from the called user.
- Interworking unit - Equipment that provides a network relay function by receiving data from one correspondent network entity and forwarding it to another.
- Quasi-transmission trunking - A traffic-channel organization where the channel is held for the call transaction and briefly retained after pressel release.
- Transmission trunking - A method where each traffic channel is individually allocated for each call transaction and then released immediately after it ends.
- Search Area (SA) - The area made up of all Location Areas where a MS may search for service.
- TETRA Equipment Identity (TEI) - The equipment identity made up of TAC, FAC, ESN, and spare data for identifying a terminal.
- Quality of Service (QoS) - The network-service characteristics used to describe performance such as delay, throughput, error behavior, and priority.
Who uses SIST EN 300 392-1 V1.3.1:2006?
SIST EN 300 392-1 V1.3.1:2006 is used by people who design, build, operate, test, or approve TETRA networks and terminals. It is most useful when the question is not “how do I call?” but “how should the TETRA network represent identities, route traffic, manage mobility, and expose service behavior?”
Typical users include:
- TETRA network architects and radio engineers
- SwMI designers and integrators
- MS and terminal manufacturers
- gateway and interworking equipment suppliers
- operators responsible for roaming, mobility, and service priority
- quality and compliance teams checking addressing, identity, and call behavior
- teams working on SDS, supplementary services, and QoS planning
What changed in SIST EN 300 392-1 V1.3.1:2006 from the previous edition?
The document history shows earlier publications of the same series at ETS 300 392-1, V1.2.1, and V1.3.0 before this V1.3.1 edition. The history in the document does not list the detailed technical changes in those earlier-to-later transitions.
Which standards are used with SIST EN 300 392-1 V1.3.1:2006?
- ITU-T Recommendation E.218 - Used for the MCC/MNC-based structure of TSI identities.
- ITU-T Recommendation E.213 - Provides the telephone and ISDN numbering plan background mentioned for land mobile stations.
- ITU-T Recommendation I.130 - Supplies the service-characterization method referenced for telecommunication services.
- ITU-T Recommendation I.411 - Provides the reference-configuration principle used in annex A.
- ISO/IEC 8348 / ITU-T Recommendation X.213 - Used as the base for annex M on QoS.
- EN 300 392-2 - Supplies the detailed air-interface, lower-layer, channel-coding, and related protocol behavior referenced throughout the annexes.
- EN 300 392-10 - Provides the supplementary service definitions referenced in annex K.
- EN 300 392-10-22 - Supports Dynamic Group Number Assignment referenced in annex G.
What does the SIST EN 300 392-1 V1.3.1:2006 document contain?
The document contains identity structures, address placement rules, protocol-architecture models, and service background, together with many figures and tables that show how TETRA behaves across the stack. Annexes A, B, L, and M provide configuration and model views, while annexes C, D, E, G, H, and J provide service and mobility scenarios, call sequences, and protocol relationships.
It also contains the technical encodings for TAC, FAC, and ESN in annexes N, O, and P. Those annexes are the practical part for equipment registration and approval because they define how the identity fields are encoded and how TAC and FAC values are allocated and recorded.
Annexes D and E are especially useful for implementation and testing because they show individual and group call flows, request-to-transmit behavior, traffic-channel assignment, and call clearing across different trunking modes. Annex M is useful for performance planning because it organizes QoS parameters and shows which of them apply to the different TETRA service types.
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Frequently Asked Questions
SIST EN 300 392-1 V1.3.1:2006 is a standard published by the Slovenian Institute for Standardization (SIST). Its full title is "Terrestrial Trunked Radio (TETRA); Voice plus Data (V+D); Part 1: General network design". This standard covers: The present document defined addressing for Terrestrial Trunked Radio system (TETRA) supporting Voice plus Data (V+D). It also gives background information of the air interface, the interworking between TETRA systems and to other systems via gateways, the terminal equipment interface on the Mobile Station (MS), the security aspects in TETRA networks, the management services offered to the operator, the performance objectives, and the supplementary services that come in addition to the basic and tele-services used as a basis for TETRA standardization. The present document defines and specifies the TETRA addressing and identities and their organization in groups corresponding to the different functions. It establishes the background of the TETRA general network design for standardization purposes: - it gives information about the circuit mode and packet mode reference points for the MS and switching and management infrastructure; - it gives information about a model of the air interface protocol stack, different functions of layers and sublayers; - it gives information about the functions provided by the circuit mode teleservices used for speech and basic services used for data transfer; - it gives information about the functions related to the management of the users' mobility across networks and inside a network including roaming and migration; - it gives information about the functions related to the transport of short data messages as a service specific to TETRA; - it gives information about the functions related to the support of packet data service in a way specific to TETRA; - it gives information about the supplementary services that mainly extend the capabilities of the circuit mode basic and teleservices; - it gives information about the various possibilities of individual circuit mode call scenarios and provides guidance on priority concepts for packet data and circuit mode services and on the service quality. NOTE: This part of the multi-part document may, by its nature as a general design statement, require updating when later parts of the multi-part document are completed and maintained (in order to avoid any non-alignment). If a discrepancy occurs between this part and any other part of the multi-part document, then the other part will take precedence. The present document may be maintained mainly on those clauses, which are referred from other parts or standards.
The present document defined addressing for Terrestrial Trunked Radio system (TETRA) supporting Voice plus Data (V+D). It also gives background information of the air interface, the interworking between TETRA systems and to other systems via gateways, the terminal equipment interface on the Mobile Station (MS), the security aspects in TETRA networks, the management services offered to the operator, the performance objectives, and the supplementary services that come in addition to the basic and tele-services used as a basis for TETRA standardization. The present document defines and specifies the TETRA addressing and identities and their organization in groups corresponding to the different functions. It establishes the background of the TETRA general network design for standardization purposes: - it gives information about the circuit mode and packet mode reference points for the MS and switching and management infrastructure; - it gives information about a model of the air interface protocol stack, different functions of layers and sublayers; - it gives information about the functions provided by the circuit mode teleservices used for speech and basic services used for data transfer; - it gives information about the functions related to the management of the users' mobility across networks and inside a network including roaming and migration; - it gives information about the functions related to the transport of short data messages as a service specific to TETRA; - it gives information about the functions related to the support of packet data service in a way specific to TETRA; - it gives information about the supplementary services that mainly extend the capabilities of the circuit mode basic and teleservices; - it gives information about the various possibilities of individual circuit mode call scenarios and provides guidance on priority concepts for packet data and circuit mode services and on the service quality. NOTE: This part of the multi-part document may, by its nature as a general design statement, require updating when later parts of the multi-part document are completed and maintained (in order to avoid any non-alignment). If a discrepancy occurs between this part and any other part of the multi-part document, then the other part will take precedence. The present document may be maintained mainly on those clauses, which are referred from other parts or standards.
SIST EN 300 392-1 V1.3.1:2006 is classified under the following ICS (International Classification for Standards) categories: 33.070.10 - Terrestrial Trunked Radio (TETRA). The ICS classification helps identify the subject area and facilitates finding related standards.
SIST EN 300 392-1 V1.3.1:2006 is available in PDF format for immediate download after purchase. The document can be added to your cart and obtained through the secure checkout process. Digital delivery ensures instant access to the complete standard document.
Standards Content (Sample)
SLOVENSKI STANDARD
01-april-2006
Prizemni snopovni radio (TETRA) – Govor in podatki (V+D) – 1. del: Splošna
zasnova omrežja
Terrestrial Trunked Radio (TETRA); Voice plus Data (V+D); Part 1: General network
design
Ta slovenski standard je istoveten z: EN 300 392-1 Version 1.3.1
ICS:
33.070.10 Prizemni snopovni radio Terrestrial Trunked Radio
(TETRA) (TETRA)
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.
European Standard (Telecommunications series)
Terrestrial Trunked Radio (TETRA);
Voice plus Data (V+D);
Part 1: General network design
2 ETSI EN 300 392-1 V1.3.1 (2005-06)
Reference
REN/TETRA-03144
Keywords
air interface, TETRA, V+D
ETSI
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ETSI
3 ETSI EN 300 392-1 V1.3.1 (2005-06)
Contents
Intellectual Property Rights.12
Foreword.12
1 Scope.14
2 References.14
3 Definitions, symbols and abbreviations .16
3.1 Definitions.16
3.2 Symbols.21
3.3 Abbreviations.21
4 Circuit mode reference points .24
5 Packet mode reference points.24
6 Protocol architecture for V+D.24
7 Addressing and identities.24
7.1 Introduction.24
7.2 Subscriber identities.26
7.2.1 General.26
7.2.2 TSI.26
7.2.3 SSI.27
7.2.4 Composition of subscriber identities .28
7.2.5 Allocation principles for subscriber identities .28
7.2.6 Use of subscriber identities.29
7.2.7 NSAP addresses.29
7.2.8 Installation of TSIs.29
7.3 TETRA Management Identity (TMI).30
7.3.1 General.30
7.3.2 Composition of management identities.30
7.3.3 Use of management identities.30
7.4 Network layer SAP (NSAP) addresses.31
7.4.1 General.31
7.4.2 Static binding.31
7.4.3 Dynamic binding.31
7.4.3.1 General.31
7.4.3.2 Structure and contents of NSAP addresses .31
7.4.3.3 Use of NSAP addresses.31
7.4.3.4 Binding of NSAP addresses .31
7.5 TETRA Equipment Identity (TEI) .32
7.5.1 General.32
7.5.2 Contents of TEI.32
7.5.3 Allocation principles for TEI.32
7.5.4 Use of TEI.32
7.6 Mobile Network Identity (MNI).33
7.6.1 Contents of MNI .33
7.7 Layer 2 addresses and labels .33
7.7.1 Overview.33
7.7.2 Event labelling.33
7.7.3 Scrambling labelling.33
7.7.4 Use and implementation of layer 2 addresses.34
7.7.4.1 General requirement.34
7.7.4.2 Implementation of event labels .34
7.7.4.3 Implementation of scrambling labels .34
7.7.5 Use of identities for V+D control channels .34
7.7.6 Labelling of packet channels .35
7.7.6.1 Use of identities for uplink data transfers .35
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4 ETSI EN 300 392-1 V1.3.1 (2005-06)
7.7.6.2 Use of identities for downlink data transfers.35
7.7.7 System information broadcast.36
7.7.8 Reserved value of group address for user information broadcast .36
7.8 Use of individual addresses.36
7.8.1 Air interface addressing functions .36
7.8.2 Address placement in primitives and PDUs .36
7.8.2.1 Use of ISSI at layer 2 .36
7.8.2.2 Use of ITSI/ISSI at layer 3.38
7.8.2.2.1 Void.38
7.8.2.2.2 Use of ITSI/ISSI by CMCE.38
7.8.3 Routing principles.39
7.8.3.1 Routing of intra-TETRA calls (within one TETRA network) .39
7.8.3.2 Routing of inter-TETRA calls (between two TETRA networks).39
7.8.3.3 Routing of external calls (to/from non-TETRA networks) .40
7.8.4 Address and identity comparison.40
7.9 Addressing in interworking and roaming with other telecommunication networks .40
8 Circuit mode basic services.40
9 Mobility Management (MM) in MS .41
10 MLE mobility scenarios and functionalities.41
11 Technical realization of SDS.41
12 Void.41
13 Void.41
14 General on supplementary services.41
Annex A (informative): Circuit mode reference points.42
A.1 Introduction.42
A.2 Reference configuration.42
A.2.1 Configuration examples of TETRA LMNs .43
A.3 TETRA LMN access.44
A.3.1 MS access.44
A.3.1.1 MS functional groups.44
A.3.1.2 MS access points and reference points .44
A.3.2 Void.45
A.3.3 Inter System Interface (ISI) access.45
A.3.4 Location of TETRA functionality .45
A.3.5 TETRA terminals.45
Annex B (informative): Protocol architecture for V+D .46
B.1 Introduction.46
B.2 Mobile/base protocol architecture.46
B.2.1 Overview.46
B.2.2 Air interface layer 1.46
B.2.3 Air interface layer 2.47
B.2.3.1 Medium Access Control (MAC).47
B.2.3.2 Logical Link Control (LLC) .49
B.2.4 Air interface layer 3.49
B.2.4.1 Mobile/Base Link control Entity (MLE/BLE).49
B.2.4.2 Sub-Network Access Functions (SNAF) .50
B.2.4.2.1 Mobility Management (MM) .50
B.2.4.2.2 Circuit Mode Control Entity (CMCE).50
B.2.4.2.3 Packet data handling .51
B.2.4.2.4 TETRA packet data protocol (PDP).51
B.2.4.2.5 Void.51
B.2.5 Mobile/base protocol stack.51
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5 ETSI EN 300 392-1 V1.3.1 (2005-06)
B.3 Lower Layer Management Entity (LLME) and other layers interaction.52
B.3.1 General description.52
Annex C (informative): Overview of circuit mode basic services .53
C.1 Introduction.53
C.2 Functional groupings in circuit switched mode calls .53
C.2.1 Circuit switched call control, C-plane .53
C.2.2 Circuit switched call, user data, U-plane.53
C.3 Protocols.53
C.3.1 TNP1.53
C.3.2 Void.53
C.3.3 TNP3.53
C.3.4 TNP4.54
C.3.5 AI1.54
C.3.6 AI2.54
C.3.7 TLC1.54
C.3.8 V.24T.54
C.4 Example configuration.54
C.4.1 MS to MS .54
C.4.2 Void.55
C.4.3 Void.55
C.4.4 MS to MS over ISI .55
Annex D (informative): Individual circuit mode call scenarios.57
D.1 Introduction.57
D.2 Procedures - message trunked systems .57
D.2.1 Call set-up - on/off hook signalling.57
D.2.1.1 Call set-up - on/off hook signalling flow.57
D.2.1.2 Traffic channel assignment.58
D.2.2 Call set-up - direct set-up signalling.58
D.2.2.1 Call set-up - direct set-up signalling flow.58
D.2.2.2 Traffic channel assignment.59
D.2.3 Request-to-transmit.60
D.2.4 Response to request-to-transmit .61
D.2.5 Permission to transmit withdrawn .61
D.2.6 Permission to continue with withdrawn call.61
D.2.7 End of transmission.61
D.2.8 Stop-transmission order.61
D.2.9 Call clearing.62
D.2.9.1 Mobile originated.62
D.2.9.2 SwMI originated.63
D.3 Procedures - transmission trunked systems.63
D.3.1 Call set-up - on/off hook signalling.63
D.3.1.1 Call set-up - on/off hook signalling flow.63
D.3.1.2 Traffic assignment.64
D.3.2 Call set-up - direct set-up signalling.64
D.3.2.1 Call set-up - direct set-up signalling flow.64
D.3.2.2 Traffic channel assignment.65
D.3.3 Request-to-transmit.65
D.3.4 Response to request-to-transmit .66
D.3.5 Permission to transmit withdrawn .67
D.3.6 Permission to continue with withdrawn call.67
D.3.7 End of transmission.67
D.3.8 Stop-transmission order.67
D.3.9 Call clearing.67
D.3.9.1 Mobile originated.67
D.3.9.2 SwMI originated.68
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6 ETSI EN 300 392-1 V1.3.1 (2005-06)
D.4 Procedures - quasi-transmission trunked systems .69
D.4.1 Call set-up - on/off hook signalling.69
D.4.1.1 Call set-up - on/off hook signalling flow.69
D.4.1.2 Traffic assignment.70
D.4.2 Call set-up - direct set-up signalling.70
D.4.2.1 Call set-up - direct set-up signalling flow.70
D.4.2.2 Traffic assignment.71
D.4.3 Request-to-transmit.72
D.4.4 Response to request-to-transmit .73
D.4.5 Permission to transmit withdrawn .73
D.4.6 Permission to continue with withdrawn call.74
D.4.7 End of transmission request.74
D.4.8 Stop-transmission order.74
D.4.9 Call clearing.74
D.4.9.1 Mobile originated.74
D.4.9.2 SwMI originated.75
Annex E (informative): Group voice call scenarios.76
E.1 Procedures for message trunked systems .76
E.1.1 General.76
E.1.2 Call set-up.77
E.1.2.1 Call set-up flow.77
E.1.2.2 Traffic channel assignment.78
E.1.3 Request-to-transmit.78
E.1.4 Response to request-to-transmit .79
E.1.5 Permission to transmit withdrawn .80
E.1.6 Permission to continue with withdrawn call.80
E.1.7 End of transmission.80
E.1.8 Stop-transmission order.80
E.1.9 Call clearing.81
E.1.9.1 Mobile originated.81
E.1.9.2 SwMI originated.81
E.2 Procedures for transmission trunked systems.81
E.2.1 General.81
E.2.2 Call set-up.82
E.2.2.1 Call set-up flow.82
E.2.2.2 Traffic channel assignment.83
E.2.3 Request-to-transmit.83
E.2.4 Response to request-to-transmit .84
E.2.5 Permission to transmit withdrawn .85
E.2.6 Permission to continue with withdrawn call.85
E.2.7 End of transmission.85
E.2.8 Stop-transmission order.85
E.2.9 Call clearing.85
E.2.9.1 Mobile originated.85
E.2.9.2 SwMI originated.86
E.3 Procedures for quasi-transmission trunked systems.86
E.3.1 General.86
E.3.2 Call set-up.87
E.3.2.1 Call set-up flow.87
E.3.2.2 Traffic channel assignment.88
E.3.3 Request-to-transmit.88
E.3.4 Response to request-to-transmit .89
E.3.5 Permission to transmit withdrawn .89
E.3.6 Permission to continue with withdrawn call.89
E.3.7 End of transmission.90
E.3.8 Stop-transmission order.90
E.3.9 Call clearing.90
E.3.9.1 Mobile originated.90
E.3.9.2 SwMI originated.91
ETSI
7 ETSI EN 300 392-1 V1.3.1 (2005-06)
Annex F (informative): Priority functions for circuit mode services .92
F.1 Introduction.92
F.2 Priority requirements.92
F.2.1 Access priority.92
F.2.2 Call type priority .93
F.2.3 Queue priority.93
F.2.4 Pre-emptive priority.93
F.2.5 Call retention priority .93
F.2.6 Subscriber priority.93
F.3 Mechanisms for supporting priority.93
F.4 Supplementary service activation and invocation .94
Annex G (informative): Mobility Management (MM) in MS.95
G.1 Introduction.95
G.2 Overview of MM relations and procedures.95
G.3 Stimuli of MM.96
G.3.1 Stimulation through TNMM-SAP.96
G.3.2 Stimulation through LMM-SAP.97
G.3.3 Stimulation through peer MM.97
G.3.4 Other stimulation.97
G.4 Outputs from MM .97
G.4.1 Output through TNMM-SAP .97
G.4.2 Outputs through LMM-SAP.98
G.4.3 Output to peer MM.98
G.5 Database requirement.98
G.6 MM procedures.98
G.6.1 Registration.98
G.6.1.1 Registration at roaming.98
G.6.1.1.1 Implicit registration.98
G.6.1.1.2 Registration area.99
G.6.1.1.3 Registration procedure.99
G.6.1.1.4 Registration with authentication.100
G.6.1.1.5 Registration with identity exchange.101
G.6.1.2 Registration at migration.102
G.6.1.2.1 Registration with identity exchange.102
G.6.1.2.2 Registration with authentication.104
G.6.1.3 Network initiated registration .105
G.6.1.4 TEI request.105
G.6.2 Authentication.105
G.6.2.1 Network initiated authentication.105
G.6.2.2 MS initiated authentication.106
G.6.3 De-registration.107
G.6.4 Periodic registration.107
G.6.5 Disable/enable.107
G.6.5.1 Temporary disable.
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