DIN ETS 300324-1 : 94 AMD 1 96
Superseded
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
SIGNALLING PROTOCOLS AND SWITCHING (SPS) - V INTERFACES AT THE DIGITAL LOCAL EXCHANGE (LE); V5.1 INTERFACE FOR THE SUPPORT OF ACCESS NETWORK (AN) - PART 1: V5.1 INTERFACE SPECIFICATION
01-10-2000
12-01-2013
Foreword
Introduction
1 Scope
2 Normative references
3 Definitions, symbols and abbreviations
3.1 Definitions
3.2 Symbols and abbreviations
4 Electrical and physical interface requirements
5 Procedural interface requirements
6 Services and architecture aspects and requirements
6.1 On-demand services
6.2 Permanent Line (PL) capability
6.3 Semi-permanent leased line
6.4 Permanent leased line services
7 Control and provisioning
7.1 Control principles
7.2 Provisioning strategy and requirements
8 Protocol architecture and multiplexing structure
8.1 Functional description
8.2 Protocol requirements for PSTN and ISDN
8.3 Time slots
8.4 Time slot allocation for communication channels
8.5 Layer 2 sublayering and multiplexing an
communication channels
8.6 Layer 3 multiplexing
8.7 Congestion control
9 Envelope Function sublayer of LAPV5 (LAPV5-EF)
9.1 Frame structure for peer-to-peer communication
9.2 Format of Fields for data link envelope
peer-to-peer communication
10 Data Link sublayer of LAPV5 (LAPV5-DL)
10.1 Frame structure for peer-to-peer communication
10.2 Invalid frames
10.3 Elements of procedures and formats of fields for
data link sublayer peer-to-peer communication
10.4 Definition of the peer-to-peer procedures of the
data link sublayer
11 AN frame relay sublayer
11.1 General
11.2 Invalid frames
11.3 Detailed description of the AN frame relay function
12 Sublayer-to-sublayer communication and mapping function
12.1 LAPV5-EF to LAPV5-DL communication
12.2 LAPV5-DL to LAPV5-EF communication
12.3 AN-FR to LAPV5-EF communication
12.4 LAPV5-EF to AN-FR communication
13 PSTN signalling protocol specification and layer 3
multiplexing
13.1 General
13.2 PSTN protocol entity definition
13.3 PSTN protocol message definition and content
13.4 General message format and information element
coding
13.5 PSTN call control procedures
13.6 List of system parameters
13.7 AN and LE side state tables
14 Control requirements and protocol
14.1 ISDN user port status indication and control
protocol
14.2 PSTN user port status indication and control
protocol
14.3 Interface layer 1 maintenance requirements and
protocol
14.4 Control protocol
14.5 V5.1 re-provisioning procedures
Annex A (normative): Requirements for the support of
the PL capability through an ISDN basic access
Annex B (normative): Assumptions and requirements
for the support of semi-permanent leased lines
B.1 General
B.2 Signalling associated to semi-permanent leased
lines
B.3 User ports
B.4 Requirements for non-ISDN user ports for
semi-permanent leased lines
Annex C (normative): Basic requirements of the system
management functions in the AN and the LE
Annex D (normative): Use of the protocol information
elements for national PSTN protocols
D.1 Introduction
D.2 The placement of information elements
D.3 The information elements
D.4 Signalling sequences in the event of failure of a V5.1
interface to return a user port to the idle condition
before releasing the signalling path
D.5 Leaving the BLOCKED state
D.6 Pre-defined PSTN port states
D.7 The line parked condition
D.8 Information element meaning
D.9 Coding of pulse duration types
D.10 Ring signals and their placement in V5 messages
D.11 Resource unavailable
Annex E (informative): Service scenarios, architecture and
functional definition of access arrangements with
AN at the LE
E.1 Conclusions on multiple V5 interface applications
E.2 Conclusions on architecture aspects
E.3 Implementation of OAN
Annex F (informative): The concept and requirements for the
upgrade of a V5.1 interface to a V5.2 interface
Annex G (informative): Use of function element primitives
in the V5 PSTN protocol
G.1 Introduction
G.2 FE primitives used in the PSTN protocol entity in the AN
G.3 FE primitives used in the PSTN protocol entity in the LE
Annex H (informative): PSTN protocol; explanatory notes and
information flow
H.1 Explanatory notes
H.2 Information flow diagrams
Annex J (informative): AN requirement for pulse dialling
Annex K (informative): Layer 3 error detection procedure
K.1 Variables and sequence numbers
K.2 Values of counters and timers
K.3 Procedures
K.4 Examples of the error detection mechanism
Annex L (informative): SDL diagrams
L.1 SDL diagrams for the AN side
L.2 SDL diagrams for the LE side
Annex M (informative): Structures used in the V5.1 interface
Annex N (informative): Protocol architecture for PSTN
and ISDN user port control
N.1 Scope
N.2 ISDN user port status control
N.3 PSTN user port control - information transfer
between LE and AN
Annex P (informative): Items identified to be
pre-defined or provisioned
Annex Q (informative): Bibliography
Annex R (informative): Index
History
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