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ISDN

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Place:

London (London) see more

Duration:

4 Days

Price:

£1,595 + VAT

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Course Description:

This course is modular in design, the duration can be decided by the client varying between 2-4 days in length.

Prerequisites:

This course includes the following modules:

This course is modular in design, the duration can be decided by the client varying between 2-4 days in length.

Technology Review

Network evolution ? from analogue systems to digital systems
Data transmission over telephone networks
Common channel and channel associated signalling
PCM encoding of voice
Transcoders
PDH principles and multiplexing structure
E1 and T1 hierarchies
SDH principles and multiplexing structure
OSI reference model
Primitives and parameters
ISDN layer management
Principles of TMN

ISDN Definition & Characteristics

Definition of ISDN
ISDN attributes
ISDN protocol reference model
C and U planes
ISDN reference model
ISDN functional model
Typical ISDN installation
ISDN Reference configuration
Functional blocks TA, TE1, TE2, NT2, NT1, LT and ET
R, S, T, U and V reference points
V5.1 and V5.2 principles
Narrowband access
ISDN channel types
Basic access and Primary rate access
Passive bus
Bearer services, supplementary services and teleservices

ISDN Physical Layer - Protocol stack Part 1

Basic Access
Passive bus recommendations
ITU-T recommendation I.430
Primitives
Layer 1 management
Transmission capability
Pseudo ternary line coding
Layer 1 frame
Timing and synchronisation
Frame alignment
INFO signals
D-channel access control
Multiframing
Power feeding
Loopbacks
Mechanical aspects

ISDN Physical Layer - Protocol stack Part 2

Primary rate access
Protocol stack and primitives
Framing
HDB3 and AMI/B8ZS line codes
Timing and synchronisation

U Reference Point For Basic Access

ITU-T G.960 digital section
ITU-T G.961 digital transmission system
U reference points worldwide
U reference point chips
ANSI T1.601 metallic loops
Functional characteristics
Test loops
2B1Q line code
Full-duplex operation over 2-wire line
Frames and superframes
Maintenance bits
Embedded operation channels

LAP-D Data Link Control Layer

Protocol stack
Data link entities
Layer service characteristics
Primitives
Layer 2 management
HDLC framing
Flags, zero insertion/deletion
Address field, SAPI, TEI, C/R and EA bits
SAPI values
TEI values
Multiple logical links
C/R bits
Control field formats
Acknowledged and unacknowledged transfer services
Frame types and frame fields
Control and information field formats
TEI assignment and removal

Q.931 Call Control Procedures

Protocol stack
Layer service characteristics
Primitives and CAPI
Message structure
Protocol discriminators
Call references
Message types
Additional information elements
Call flow diagrams (ISDN-ISDN and ISDN-PSTN)
ETSI messages and additional information elements
ISDN addressing
E.164/F.69 and X.121
Supplementary service generic control procedures
Security aspects

Rudiments of Signalling System No. 7

Earlier signalling systems
Message transfer part and user parts
Protocol architecture
MTP, SCCP and NSP
TUP, DUP and ISUP
MTP layers 1, 2 and 3
Routing and management
SCCP functions

V-Series Terminal Adaption

General configuration

Reference model and protocol stack Part 1

- V.110/I.463
Features
Three stage procedure
Related recommendations
Asynchronous and synchronous operation
Frame format
Mappings
Flow control
User rate identification
Network independent clocking
Timeslots
In-band parameter exchange

Reference model and protocol stack Part 2

V.120/I.465
Features
Reference model
Modes
Layer 2 characteristics
Frame format
Logical link management
Optional TA header
Layer 3 characteristics

Packet Switching Over ISDN

Packet switching overview
Features required for ISDN
Alternatives
X.31 Case A
X.31 Case B
Packet mode terminal equipment
Circuit mode
Packet mode

Applications & Practical Aspects Part 1

ISDN Applications
Private network applications
Desktop conferencing
Database services
Answering services
Always on - ISDN

Applications & Practical Aspects Part 2

ISDN Terminal Adapters
BT Highway
PC card Tas
Standalone Tas
Leased line backup units
Configuration of Tas

Applications & Practical Aspects Part 3

ISDN Bridges
What they do
Bridge types
Where/when to use bridges
Deployment issues

Broadband ISDN & ATM

What is ATM
Cell format
Types of service
Header functionality
Layer model
ATM adaption layer
B-ISDN services
Metasignalling
Internetworking
Management entities

Standards

Standards bodies worldwide
ITU-T, ETSI, ECMA and ANSI/ECSA
ATM Forum, IETF and other for a
N-ISDN recommendations
B-ISDN/ATM recommendations
SDH recommendations
V5.1/V5.2 recommendations
TMN recommendations
N-ISDN ETSI standards
B-ISDN/ATM ETSI standards
SDH ETSI standards
V5.1/V5.2 ETSI standards
TMN ETSI standards
Other recommendations and standards
ETSI/EU regulations and ONP

Glossary & Acronyms

Glossary and acronyms for ISDN, ATM, B-ISDN, SDH, V5 and TMN

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