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Training Course Outline

Wireline Telecom Courses   ISDN Training Courses

ISDN

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Course Duration: 4 Days

Course Code: PWL060

Course Description:

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

This course includes the following modules:

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

 

Location	Duration	RRP	May	Jun	Jul	Aug	Sep	Oct
Click on course date to make a booking or check availability.
London	4 days	£1595		2 - 5				13 - 16

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