Optics course Catalogue 2004 R1
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Transcript of Optics course Catalogue 2004 R1
Regional Training Institute Asia Pacific Training Catalogue Optics
Contact Person: Mr. Dusit Jinsart E-mail: [email protected] Regional Training Institute Asia Pacific Intranet: https://intranet.siemens.co.th/I&C/TI/home/eng/home/ Internet: http://www.siemens.co.th/I&C-TI/
SIEMENS
Course Structure
Optical Networks Training
TT2601Intro. NW Sync.
2 days
TR3024DCN Intro. SDH
3 days
SupplementaryCourses
TMN Network Management Courses
TR3991TNMS Operation
5 days
TR3991TNMS Operation
5 days
TR3961TNMS Install.
2 days
TR3961TNMS Install.
2 days
TR3952TNMS Delta
4 days
TR3952TNMS Delta
4 days
Introductory, Overview Courses
TR3001Transport System
Advance Info.4 days
TR3000Transport System
Basic Intro.2 days
Introductory, Overview Courses
TR3001Transport System
Advance Info.4 days
TR3001Transport System
Advance Info.4 days
TR3000Transport System
Basic Intro.2 days
TR3000Transport System
Basic Intro.2 days
TT2500SDH Basics
2 days
TT2500SDH Basics
2 days
(Product Independent) Basic Theory Courses
TT2560DWDM Basics
2 days
TT2530Fiber Optic Basics
2 days
TT2540MW Radio Basics
3 days
TT2500SDH Basics
2 days
TT2500SDH Basics
2 days
(Product Independent) Basic Theory Courses
TT2560DWDM Basics
2 days
TT2560DWDM Basics
2 days
TT2530Fiber Optic Basics
2 days
TT2530Fiber Optic Basics
2 days
TT2540MW Radio Basics
3 days
TT2540MW Radio Basics
3 days
TR3443WL R2 OAM
2 days
TR3443WL R2 OAM
2 days
TR3433WL R2 Comm.
1 days
TR3433WL R2 Comm.
1 days
DWDM Courses
TT2560DWDM Basics
2 days
TT2560DWDM Basics
2 days
TR3542SL 64 R35 days
TR3542SL 64 R35 days
TR3446SMA 1/4 R2
6 days
TR3446SMA 1/4 R2
6 days
TR3442SL16 R26 days
TR3442SL16 R26 days
TR3541SMA 4/16 R4
6 days
TR3541SMA 4/16 R4
6 days
TR3440SMA1K R3
4 days
TR3440SMA1K R3
4 days
TR3647SRAL3 days
TR3644SRT1C5 days
TR3542SL 64 R35 days
TR3542SL 64 R35 days
TR3446SMA 1/4 R2
6 days
TR3446SMA 1/4 R2
6 days
TR3442SL16 R26 days
TR3442SL16 R26 days
TR3541SMA 4/16 R4
6 days
TR3541SMA 4/16 R4
6 days
TR3440SMA1K R3
4 days
TR3440SMA1K R3
4 days
TR3647SRAL3 days
TR3647SRAL3 days
TR3644SRT1C5 days
TR3644SRT1C5 days
Siemens Network Element Courses
TR3443WL R2 OAM
2 days
TR3443WL R2 OAM
2 days
TR3433WL R2 Comm.
1 days
TR3433WL R2 Comm.
1 days
SURPASS hiTCourses
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Course Syllabus
Transport System, a basic Introduction (TR3000) Description of Course Target Group
Planning and Engineering, Service
Aims
The participant knows the basic feutures and principal functions of the Transport Productc as a lead to further study; an introductory course for those requiring a global view of the subject.
Prerequisites
Qualified engineer with a basic knowledge of telecommunication.
Contents
Introduction to Transport Networks
• Introduction to transmission • Overview on PDH/SDH • Overview on Network Elements and their Management • Overview on Transport Networks • Transport Product Family
Basic Features of SDH Systems • Cross Connections - types and switching matrices • Protection - Path - trail - sub-network connection - card- Multiplex Section-Self Healing Ring • Supplementary Services • Auxiliary and data communication channels Engineer order wire • Synchronization • Operation and control - the Local Craft Terminal LCT and its modes • Snapshot of SDH Network Elements
DWDM Basics • Concepts of DWDM, an Introduction - Why do we need DWDM? • Optical Basics - Attenuation, Dispersion • Building Blocks of Optical Network Elements - Multiplexers, Demultiplexers, Amplifiers • Snapshot of DWDM Euipments
Basic Features of Radio Relay Systems • Introduction • Basic of radio relay • Path of the radio beam in the atmosphere • System components, configurations, protections • Basic features of radio relay systems
Basic Features of Network Operations Systems • Architecture, management functions and layers • Network Solutions • TMN Functions
Comment
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Course Syllabus
Duration
3 Days
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Course Syllabus
Transport System, advanced Informations (TR3001) Description of Course Target Group
Planning and Engineering, Service
Aims
The participant has a grounding in the TR product portfolio, the interfaces and the functions as a lead to further study.
Prerequisites
Basic knowledge of telecommunication networks, SDH/PDH and features of Transport Systems or course TR3000.
Contents
SDH Network Elements Product Portfolio
• most systems such as SMA series 2, SMA1k , SMA1k-CP, SMA16 series 4, SL16 series 2, SL64 series 4, SMA series 1/3, SXA/SXD series 3 are discussed in terms of
• System Family, Applications, Hardware, Rack Equipping, Mechanical Design, Functional Overview, Configuration Types, Subrack, Module Equipping
DWDM Product Portfolio • most systems such as Infinity MTS, Infinity WLS, Infinity WL, Waveline, OSN are discussed in
terms of • System Family, Applications, Hardware, Rack Equipping, Mechanical Design, Functional
Overview, Configuration Types, Subrack, Module Equipping TMN Product Portfolio
• most systems such as EM-OS, ENMS/TNMS are discussed in terms of • Transport Product Family an Overview, Applications; How this Equipment may be used, E-/S-/T-
Net Introduction, Supported Network Elements, Management Layers, System Structure and Application, Dimensioning of Servers and Clients, Accessaibility to the Network Elements, Graphical User Interface, Position of TMN Systems within the Hierarchy
Comment
Duration
4 Days
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Course Syllabus
Basics on Digital Radio Relay Transmission (TT2540) Description of Course Target Group
This specialized training is aimed at SDH Radio specialists, such as Network Element Managers.
Aims
The main objective of this course is to give instructions on SDH Radio Relay transmission, including, characteristics, configurations, and principles of modulation.
Prerequisites
Participants must have technical knowledge in telecommunications.
Contents
Basics of Radio Relay
• Principle of a Radio Relay Link • Structure of a Radio Relay Link • Path of the Radio Signal in the Atmosphere • Radio Hop with clear Fresnel Zone • Fading on Microwave Links • RF-Channel Arrangement for Digital Radio Relay Systems • Routing of a Radio Relay Link
Digital Radio Relay Signals • Nyquist-Filter • PSK-Modulation of a Sinusoidal Carrier Signal • Quadrature Amplitude Modulation QAM • Spectrum at the Modulator Output • Characteristics of a Cosine Roll Off Channel
System Technology • 4QAM Modulator and Demodulator • Radio Relay frame of a 140 Mbit/s System • 16QAM-Modulator, 16QAM-Demodulator/FEC • Block Diagram of a Digital Radio Relay System
Transmission Quality • Signal-to-Noise-Ratio and Bit Error Rate • 16QAM-Signal with Superimposed Noise • Bit error Rate and System Loss • Effect of Multi-path Propagation • Two-Path Propagation Model
Increasing the Availability • Pulse Equalization with an Adpt. Transversal Filter • Transversal filter with 6 Multipliers • Complex Baseband Equalizer • Signature of a Radio Relay System • Space Diversity Procedure with 2 Receiving Ante.
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Course Syllabus
• Protection Switching with Frequency Diversity • Principles of Hot-Stby., Freq. & Space diversity
Channel Branching Filter, Antennas • Channel Branching Filter Chain for 4 Channel Pairs • Parallel Connection of RF-Channels with Polarization Diplexer • Co-channel Operation with Cross-Polarization Interference Canceller • Antennas and Radiation Pattern
Measurements in Digital Radio Relay Systems • General Survey • Measurements in Service • Acceptance and Out of Service Measurements
Comment
Duration
3 Days
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Course Syllabus
Fiber Optic Cables; Basics and Planning (TT2530) Description of Course Target Group
This course is specially designed for technical staff in a Planning department, or Network Element Managers.
Aims
This course gives participants a basic introduction to Fiber optics technology, including, development in Fiber optics, manufacturing, and performance.
Prerequisites
This course is pitched at Technicians and Technical Sales Staff, with a knowledge of telecommunications.
Contents
Introduction to Optic Fibers
• Definition of Fiber • History of Optical Transmission • Loss of a Few Optical Media • Advantages of Optical Fibers • Principle of Transmission with Light • Regenerator Spacing
Physical Basics • Spectrum of Electromagnetic Waves • Modes • Propagation Velocity of Light • Measurement Units
Optical Fibers • Silica Glass • Refraction and Reflection • Numerical Aperture • Types of Fibers • Fiber Profile • Fresnel Reflection • V-Parameter • Technical Data of Fibers • Attenuation • Dispersion • Bandwidth • Mode Field Diameter • Cut off wavelength
Manufacture of Fiber cables Joining of Fibers
• Losses • Thermal Splice
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Course Syllabus
• Fusing Process • Mechanical Splices
Measurements of Optical Fibers • Application of OTDR • Measurement Procedures • Measurement of splice attenuation • Cable Faults • Laser Protection
Accessories for FO Cables • Types of closures • FO Cable Termination
Electro-Optical Converters Optical Fiber Routing Planning
• Optical Transmission Network Configurations • Calculation of Optical Fiber Routes
Comment
Duration
2 Days
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Course Syllabus
SDH Basics (TT2500) Description of Course Target Group
All personnel starting a sequence of SDH training, from Planning and Engineering to Management Experts and Service should attend.
Aims
The main objective is to introduce the many concepts used in SDH technology. It gives the students the building blocks for the courses to follow. This course is fundamental and should not be bypassed.
Prerequisites
Participants must have some technical knowledge in telecommunications, and some basic knowledge in PDH & SDH. Should completeTT2510 first.
Contents
PDH Multiplexing
• Principles of PDH Multiplexing • ANSI/CEPT Bit Rates • Frame Structure of a PDH Signal • Multiplexing / Demultiplexing of PDH Signals
Principles and Characteristics of SDH • Introduction to the Synchronous Digital Hierarchy SDH • ITU-T and SDH, an Introduction • ITU-T Recommendations for SDH Bit Rates • Structure of an STM-1 Frame • Byte by Byte Multiplexing of SDH Signals • Synchronization of STM-1 Frames • Line Codes used in SDH • Codes and Interfaces of SDH
Basic Elements of STM-1 • Elements of an STM-1 Signal
Mapping • Mapping of 140 Mbit/s Signal into the STM-1 • Mapping of a 34 Mbit/s Signal to the Container C3 • Mapping of 2 Mbit/s Signal to STM-1 • Mapping of ATM Cells into the STM-1 • Concatenation of Payloads
Pointer • Pointer Functions • Pointer Types • Pointer Structure • Pointer Addressing Scheme • Pointer Justification
Overhead
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Course Syllabus
• Overhead Functions • Section Overhead (SOH) • VC-3 and VC-4 Path Overhead (POH) • VC-12 Path Overhead (POH)
Monitoring, Maintenance and Control in the SDH • Alarm Interactions Overview • Bit Error Monitoring • Error Reports REI and RDI • AIS • Bit Error Monitoring Concept (Examples)
Comment
Duration
2 Days
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Course Syllabus
DWDM Basics (TT2560) Description of Course Target Group
All personnel starting a sequence of DWDM training, from Planning and Engineering to Management Experts and Service should attend.
Aims
The main objective is to introduce the many concepts used in DWDM technology. It gives the students the building blocks for the courses to follow. This course is fundamental and should not be bypassed.
Prerequisites
Participants must have some technical knowledge in telecommunications, and some basic knowledge in optical transmission principles.
Contents
Concepts of DWDM, an Introduction
• Why do we need DWDM? • DWDM Links • Types of Optical Network Elements
Optical Basics • Sources of Attenuation • Dispersion Effects • Polarization Mode Dispersion • Effects of Nonlinear Optics
Building Blocks of Optical Network Elements • Filters and Gratings • Optical Mutliplexers and Demultiplexers • Optical Amplifiers • Optical Fibers • Dispersion Compensation Moduls • PMD Compensators • Lasers and Modulaters • Photodetectors • Isolators and Connectors • Optical Switsching Units
Basics of DWDM Link Planning • Planning Aspects
Measurements in DWDM Basics • Optical Time-Domain Reflectometry • PMD Measurement • Optical Power Measurement • Optical Spectrum Analysis
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Course Syllabus
Comment
Duration
2 Days
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Course Syllabus
SRT1C OAM (TR3644) Description of Course Target Group
Network Element Manager
Aims
The objective of this course is to provide instruction on the features, design, application, and operation of this product so that it can be maintained and administered in the field.
Prerequisites
Participants will need to have completed SDH Radio series of courses, including TR 3636
Contents
System Overview
• Equipment functions • System features • System interfaces • Mechanical design
Operation and Maintenance • OAM documentation • System operation • System maintenance • RF level • RF/LO frequency • IF/RF Spectrum • BER measurementsSpectrum, BER measurements
Comment
Duration
5 Days
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Course Syllabus
SRAL OAM (TR3647) Description of Course Target Group
Network Element Manager
Aims
The objective of this course is to provide instruction on the features, design, application, and operation of this product so that it can be maintained and administered in the field.
Prerequisites
Participants will need to have completed SDH Radio series of courses, including TR 3636
Contents
Safety Rules and Precautions Manuals
• Manuals relevant to the Equipment • Contents of Manual
Features • Illustration of "Digital Hierarchy" • Radio Systems Overview • SRA L Low Capacity Digital Radio System
Equipment • Equipment Composition • Equipment Block Diagram
System Interfaces • Equipment Block Diagram (multi used) • TMN & Radio • Composition of the Service Telephone Channel • POE Control and Check Devices
Mechanical Design • Identification Plates • IDU Front View • ODU External View • Antenna Arrangement for Horizontal Polarization • Installation of the Kit for Hot-Stand-By
System Operation • IDU Block Diagram • ODU Block Diagram • Equipment Configurations • Protection Configurations
System Maintenance • Alarm Philosophy • Alarm Signaling LED
Measurement Exercises • ODU Output Level - Measurement
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Course Syllabus
• RF Spectrum - Measurement • Loop-Back • BER Measurement dependent on RX Level
Comment
Duration
3 Days
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Course Syllabus
SMA1, SMA4 series 2 OAM (TR3446) Description of Course Target Group
Service
Aims
The main objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field with training equipment, which has been prepared to simulate field conditions where possible.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in PDH & SDH or courses TT2550 and TT2500.
Contents
Documentation Safety Instructions; An Introduction to the Equipment
• System Family overview • Network Structure • Network Application; Product Compatibility;
Hardware Design • Rack Equipping; • The number of Subracks per rack. • Rack Panel; cct. breakers & Alarm Display • Mechanical Configuration of the Subracks; Mechanical Design of Modules; A brief description
Functionality • The Configuration of the N E overview • Principle Functionality of the Modules; • The Subracks & their Configurations;
Software and Firmware • The Local Craft Terminal LCT • Local Craft Terminal Software, LCT / NCT mode • Software and Firmware Structure of the Modules • Inter-working with TMN; An introduction
Operation • Getting Started; What you need to navigate • Configure the Modules in the Subrack • Configuration of the Ports • Perform and Manipulate cross-connections • Protection Features and their Configuration • Synchronization Facilities and their Configuration • Overhead Functions and their operating facilities
Maintenance
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Course Syllabus
• Alarm Handling, Alarm Types • Alarm Displays and Evaluation • Fault Clearance Measures; Field Maintenance; Replacement of modules, Reset Functions
Inherent Maintenance Aids • PRBS Insertion and Application; • Loop Backs; Alarm Filters, Alarm Settings • Alarm Insertion, Inversions
Administration • User Administration • Users, User Classes and Passwords • Backup & Restore Procedures • Log File Administration; How to use the Log file • Performance Facilities • Set up performance criteria
Comment
Duration
6 Days
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Course Syllabus
SL16 series 2 OAM (TR3442) Description of Course Target Group
Service
Aims
The main objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field with training equipment, which has been prepared to simulate field conditions where possible.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in PDH & SDH or course TT2550, TT2500.
Contents
Documentation and Safety Instructions An Introduction to the Equipment
• System Family overview • Network Structure • Network Application; Product Compatibility;
Hardware Design • Rack Equipping • Rack Panel; cct. breakers & Alarm Display • Mechanical Configuration of the Subracks Mechanical Design of Modules; A brief description
Functionality • Configuration of the Network Element Overview • Principle Functionality of the Modules • The Subracks & their Configurations;
Software and Firmware • The Local Craft Terminal (LCT) ; A hardware list • Local Craft Terminal Software; An introduction • LCT mode; NCT mode; • Software and Firmware Structure of the Modules • Inter-working with TMN; An introduction
Operation • Getting Started; What you need to navigate • Configure the Modules in the Subrack • Configuration of the Ports • Perform and Manipulate cross-connections • Protection Features and their Configuration • Synchronization Facilities and their Configuration • Overhead Functions and their operating facilities
Maintenance • Alarm Handling, Alarm Types • Alarm Displays and Evaluation
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Course Syllabus
• Fault Clearance Measures • Field Maintenance; Replacement of modules, Reset Functions
Inherent Maintenance Aids • PRBS Insertion and Application; • Loop Backs; Alarm Filters, Alarm Settings • Alarm Insertion, Inversions
Administration • User Administration • Users, User Classes and Passwords • Backup & Restore Procedures • Log File Administration; How to use the Log file • Performance Facilities • Set up performance criteria
Comment
Duration
6 Days
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Course Syllabus
SMA16 Series 4 Operation, Administration and Maintenance (TR3541) Description of Course Target Group
Service
Aims
The main objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field with training equipment, which has been prepared to simulate field conditions where possible.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in PDH & SDH or courses TT2550 and TT2500.
Contents
Documentation and Safety Instructions An Introduction to the Equipment
• System Family • Network Structure • Network Application and Product Compatibility
Hardware Design • Rack Equipping; number of Subracks per rack. • Rack Panel; cct. Breakers & Alarm Display • Mechanical Configuration of the Subracks • Mechanical Design of Modules; brief description
Functionality • The Configuration of the Network Element • Principle Functionality of the Modules • The Subracks & their Configurations
Software and Firmware • The Local Craft Terminal (LCT) ; A hardware list • The Local Craft Terminal Software • LCT mode; NCT mode; • Software and Firmware Structure of the Modules • Introduction to Inter-working with TMN
Operation • Getting Started; What you need to navigate • Configure the Modules in the Subrack • Configuration of the Ports • Perform and Manipulate cross-connections • Protection Features and their Configuration • Synchronization Facilities and their Configuration • Overhead Functions and their operating facilities
Maintenance • Alarm Handling, Alarm Types
SIEMENS
Course Syllabus
• Alarm Displays and Evaluation • Fault Clearance Measures; Field Maintenance; Replacement of modules, Reset Functions
Inherent Maintenance Aids • PRBS Insertion and Application; • Loop Backs; Alarm Filters, Alarm Settings • Alarm Insertion, Inversions
Administration • User Administration • Users, User Classes and Passwords • Backup & Restore Procedures • Log File Administration; How to use the Log file • Performance Facilities • Set up performance criteria • Performance Facilities; Set up performance criteria
Comment
The delivered training programs are draft programs and as such it is subject to change in its concept, content and duration due to equipment and SW design understudy has not being finalized.
Duration
6 Days
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Course Syllabus
SMA1K OAM and Commissioning (TR3440) Description of Course Target Group
Service
Aims
The objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in PDH & SDH or course TT2550 and TT2500.
Contents
Documentation Safety Instructions
• Important safety issues are highlighted An Introduction to the Equipment
• Hardware Design • Functionality • Software and Firmware • Operation • Maintenance • Inherent Maintenance Aids
Basic Prerequisites • Tools and equipment you'll need
Hardware Service and Operating Interfaces
• Switch settings • Pin Assignments, how to understand them
Switch settings on the cards • An introduction to switch settings
Installing and connecting the operating terminal • Step by step instructions on how to load the required software packages on your PC to turn it into
an LCT, and how to connect your PC as an LCT Commissioning
• The Commissioning Process • First power on • Commissioning tests
Field Acceptance Test procedures • Test descriptions • Measuring the compliance against requirements • House keeping issues • Record of inventory
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Course Syllabus
• Configuration data Network Integration
• Subrack connection onto the Network • Working using • The customer's configuration • Test parameters
Comment
Duration
4 Days
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Course Syllabus
SL64 Series 3 Operation Administration and Maintenance (TR3542) Description of Course Target Group
Service
Aims
The main objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field with training equipment, which has been prepared to simulate field conditions where possible.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in PDH & SDH or courses TT2510 and TT2500.
Contents
Documentation and Safety Instructions An Introduction to the Equipment
• System Family • Network Structure • Network Application and Product Compatibility
Hardware Design • Rack Equipping; number of Subracks per rack. • Rack Panel; cct. breakers & Alarm Display • Mechanical Configuration of the Subracks • Mechanical Design of Modules; brief description
Functionality • The Configuration of the Network Element • Principle Functionality of the Modules • The Subracks & their Configurations
Software and Firmware • The Local Craft Terminal (LCT) ; A hardware list • The Local Craft Terminal Software • LCT mode; NCT mode; • Software and Firmware Structure of the Modules • Introduction to Inter-working with TMN
Operation • Getting Started; What you need to navigate • Configure the Modules in the Subrack • Configuration of the Ports • Perform and Manipulate cross-connections • Protection Features and their Configuration • Synchronization Facilities and their Configuration • Overhead Functions and their operating facilities
Maintenance • Alarm Handling, Alarm Types
SIEMENS
Course Syllabus
• Alarm Displays and Evaluation • Fault Clearance Measures; Field Maintenance; Replacement of modules, Reset Functions
Inherent Maintenance Aids • PRBS Insertion and Application; • Loop Backs; Alarm Filters, Alarm Settings • Alarm Insertion, Inversions
Administration • User Administration • Users, User Classes and Passwords • Backup & Restore Procedures • Log File Administration; How to use the Log file • Performance Facilities • Set up performance criteria
Comment
Duration
3 Days
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Course Syllabus
TNMS-Core Operation and Administration (TR3991) Description of Course Target Group
NMC Operator and Administrator
Aims
The objective of this course is to give instructions on how to operate and administrate a TNMS-Core to manage an SDH Network. This course is especially useful for those who are already trained on the Network Elements, & require further training on the TNMS-Core.
Prerequisites
Participants must have some technical knowledge in telecommunications. Some basic knowledge in PDH & SDH is required.
Contents
System Documentation Safety Instructions; Important safety issues An Introduction to the Management System
• New Generation Networks • Application • Supported Network Elements • Management Layers • System Structure & Architecture • Accessibility to the Network Elements • Graphical User Interface (GUI)
Network Management • Configuration Management • Network Provisioning
Service Management • Configuration Management • Path Provisioning • Performance Management • Requesting Service Performance Data
Fault Management • Alarm Types & Filter Settings • Alarm Indications, Alarms & Status Events • Alarm Logging Activities, Alarm Scheme • First Alarm Analysis & Generation of Alarm Reports
Administration • Graphical User Interface (GUI) - SysAdmin • Security Management • Log File Administration • How to organize the log files to achieve records • SW Upgrade of Network Elements
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Course Syllabus
Comment
The Netviewer and the Management of Radio Network Elements will not be covered in this course. The delivered training programs are draft programs and as such it is subject to change in its concept, content and duration due to equipment and SW design understudy has not being finalized. For managing DWDM Network elements an additional WS can be offered. Here you can find a <A HREF="javascript:timeline('TR3991EU00TR')">product presentation</A> This course has d-lab ability.
Duration
5 Days
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Course Syllabus
TNMS-Core Installation and Commissioning (TR3961) Description of Course Target Group
System Administrator
Aims
The objective of this course is to give instructions on how to install and commission the TNMS-Core product in a network enviroment.
Prerequisites
Must have participated in TR3991. Windows NT Administration knowledge is strongly recommended.
Contents
System Documentation Safety Instructions Installing the Basic Configuration
• Migration • Installation Requirements • What it takes to install the system • Installation Procedures • How to install the system • Installation of Printers • Installation of Standby Server
Fault Clearance in TNMS-Net • Tracing faults between TMN and Network Element
Comment
The Netviewer is not covered in this course.The delivered training programs are draft programs only and as such are subject to change in their concept, content and duration due to equipment and SW design finalisation.
Duration
2 Days
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Course Syllabus
TNMS-Core Delta (TR3952) Description of Course Target Group
NMC Operator and Administrator
Aims
The objective of this course is to upgrade the participants´ knowledge from any previous TNMS course upto the latest version of TNMS. The course is particularly useful only for those who are familiar with previous TNMS versions.
Prerequisites
Participants must have attended a standard TNMS course TR3991 (except current version) previously.
Contents
System Documentation Safety Instructions; Important safety issues New Features of TNMS An Introduction to the Management System
• Transport Product Portfolio • Application • Supported Network Elements • System Structure & Architecture • Accessibility to the Network Elements • Graphical User Interface (GUI)
Network Management • Configuration Management • Network Provisioning • Security Management
Service Management • Configuration Management • Path Provisioning
Fault Management • Alarm Types & Filter Settings • Alarm Indications, Alarms & Status Events
Administration • Graphical User Interface (GUI) - SysAdmin • Security Management • Log File Administration
Data Base Management • Data Base Structure • Backup and Restore Procedure • Standby Concept
Commissioning
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Course Syllabus
• Updates Comment
The Netviewer and the Management of Radio Network Elements will not be covered in this course. The delivered training programs are draft programs and as such it is subject to change in its concept, content and duration due to equipment and SW design understudy has not being finalized.
Duration
4 Days
SIEMENS
Course Syllabus
Infinity MTS 1c Operation, Administration and Maintenance (TR3443) Description of Course Target Group
Service
Aims
The main objective of this course is to give students detailed instruction on the NE to enable them to support the product in the field with training equipment, which has been prepared to simulate field conditions where possible.
Prerequisites
Participants must have technical knowledge in telecommunications, and basic knowledge in DWDM & SDH or course TT2560, TT2500.
Contents
Documentation and Safety Instructions An Introduction to the Equipment
• System Family overview • Network Structure • Network Application; Product Compatibility;
Hardware Design • Rack Equipping • Rack Panel; cct. breakers & Alarm Display • Mechanical Configuration of the Subracks Mechanical Design of Modules; A brief description
Functionality • Configuration of the Network Element Overview • Principle Functionality of the Modules • The Subracks & their Configurations;
Software and Firmware • The Local Craft Terminal (LCT) ; A hardware list • Local Craft Terminal Software; An introduction • LCT mode; NCT mode; • Software and Firmware Structure of the Modules • Inter-working with TMN; An introduction
Operation • Getting Started; What you need to navigate • Configure the Modules in the Subrack • Moduel Configuration Settings • Protection Features
Maintenance • Alarm Handling, Alarm Types • Alarm Displays and Evaluation • Alarm Suppression and Filtering • Fault Clearance Measures • Field Maintenance; Replacement of modules, Reset Functions
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Course Syllabus
Administration • User Administration • Users, User Classes and Passwords • Backup & Restore Procedures • Log File Administration; How to use the Log file
Comment
Duration
3 Days
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Course Syllabus
Infinity MTS 1c Commissioning (TR3433) Description of Course Target Group
Service
Aims
The main objective of this course is to give students information and practice in all facets of commissioning of the equipment.
Prerequisites
Completion of OAM course TR3443
Contents
Documentation
• System Manuals • Overall contents
Safety Instructions • Important safety issues
Basic Prerequisites • Tools and equipment
Hardware • Rack and Terminal panel • Circuit Breakers and Alarm displays • Subracks; Mechanical design of the Subracks • Modules; Card design, LED's on the cards
Service and Operating Interfaces • Switch settings • Pin Assignments
Switch settings on the cards • An introduction to switch settings
The Operating Terminal LCT • Installation and Connection • Loading the software to the PC • Turn it to an LCT • Step by step instructions • Connection of the PC as an LCT
Commissioning; • The Commissioning Process • First power-on to the subrack • Step by step instructions on what to do
Field Acceptance Test procedures • Test descriptions • Measuring the compliance against requirements • House keeping issues • Record of inventory
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Course Syllabus
• Configuration data Network Integration
• Subrack connection onto the Network • Working using • The customer's configuration • Test parameters
Comment
Duration
1 Day
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Course Syllabus
Data Communication Network;Intro for SDH (TR3024) Description of Course Target Group
Planning and Engineering, Service
Aims
To provide students with basic information about Data Communication Networking as applied to SDH products and their TMN´s. equipment. A background information in what happens in a DCN and preparation for Training-on-the-Job to become a planning expert. Overview on terminilogy used and various issues of the DCN.
Prerequisites
Must have technical knowledge in telecommunications, basic knowledge in PDH, SDH, SDH NE's & TMN.
Contents
Data Communication Network an Introduction
• Definition of Data Communication Network DCN • Protocols Structures in DCN • Principle concepts of • Local Area Network (LAN) • Wide Area Network (WAN) • Inter-working devices; repeater, bridge and router • Communication of EM-OS • Communication Paths • X-Terminals and Network Elements • DCN Specifics for Network Elements • SMA series 1, SL series 1 • SMA & SMT1D series 2, SL series 2 • SLR series 2 • WL series 2 • SXA/SXD series 1 & 3 • TNMS, ENMS and EM-OS • Accessibility of Network Elements
Addressing Structures within the DCN • Layer 2 Addressing • Layer 3 Addressing; IP and NSAP addresses
Introduction to DCN Planning ; • Principle planning procedure and routing methods • TNM Basic Planning and Analysis • Bandwidth Considerations and Limitations
EM-OS Routing with respect to DCN Planning • EM-OS Routing; Routing Rules
DCN Planning for static Routing • Planning Rules for series 1
SIEMENS
Course Syllabus
• Routing algorithm and domain planning DCN Planning for Dynamic Routing (IS-IS)
• Definitions and Overview • General Functions and Terms • Scenarios in pure Dynamic Routed Networks • Limits of Sizes of Dynamic Networks
DCN Planning for both Static and Dynamic Routing • Introduction to Mixed Networks • Definitions • Basic Planning Rules for Mixed SDH Networks • Transition Points
Comment
Duration
3 Days
SIEMENS
Course Syllabus
Network Synchronization; Intro for SDH (TT2601) Description of Course Target Group
Planning and Engineering, Service
Aims
This course gives detailed instruction on Synchronization as applied to SDH Networks. so that students will be able to plan and apply Synchronization to network elements as per ITU recommendations.
Prerequisites
Technical backgroung about PDH and SDH equipment. Courses TT2550 and TT2500
Contents
Introduction
• General remarks on synchronization • Why is it needed? • Effects of PLL, jitter and wander. • Synchronization in PDH networks. • Synchronization in SDH networks.
Synchronization Network Architecture • Clock types in synchronization networks • Timing modes; possibilities • Primary reference clock • Synchronization supply unit • Synchronous equipment timing source • Regenerator timing generator. • Inter-node and Intra-node synchronization • Scheme of clock distribution • Within a node and between nodes • Inter-working between SSU and Network Elements • General; Clock distribution methods • "Traditional" Master-Slave Method • Distribution scheme and functional architecture. Distributed Master Method • Combinations • Master-Slave and Distributed Master Method • Advantages and disadvantages
Synchronization Network Planning • Planning Step by Step. • Determining clock distribution in meshed networks Example: physical and hierarchical
presentation • Determining clock distribution in ring structures • Example: physical and hierarchical presentation
Handling Failures and Reconfiguration • Consideration of failure situations
SIEMENS
Course Syllabus
• Synchronization Status Messaging • Interpretation of Synchronous Message Set • Automatic Reconfiguration for chains and rings
Synch. Transfer from/to Non SDH-Eqpt • Synchronization Transport across SDH Network Boundaries form/to PDH networks • Retiming at boundaries • Via several SDH networks • EWSD/MSC, ATM, PABX
Setting Options of Synch • Parameters in general • Network element synchronization • Model and parameter description • Setting options for Siemens SDH systems
Comment
Duration
2 Days
SIEMENS
Course Syllabus
SURPASS hiT 70 series O&M; General Topics (TR3271) Description of Course Target Group
Service
Aims
The main objective of this course is to enable you to perform selected general operation and maintenance tasks according to given instructions. These general topics are clearly outlined in the contents and cover all daily routine tasks. To get a deeper understanding and background about these and further tasks refer to the respective Advanced Topics courses TR3272, TR3273, TR3274, TR3275, TR3276. Training equipment is prepared to simulate field conditions and is used to perform a variety of Hands-On exercises. You will be able to perform all daily routine tasks on your network elements.
Prerequisites
Participants must have some technical knowledge in telecommunications. Some basic knowledge in PDH & SDH is required.
Contents
Safety Instructions Hardware and Functionality
• Introduction to the Equipment • Hardware Design and Functionality
Operating Terminal • General Features • Getting Started: What you need to navigate
Operation • Configuration of SDH/PDH Cards and Ports • Configuration of Cross Connections • Configuration of Path, Line and Card Protection
Maintenance • Alarm Handling • Basic Troubleshooting • Replacement of Cards and Modules
Comment
Training is performed on the latest released SW version. Important hint for On-Site Courses: This course has full d-lab ability (access to remote training lab)!
Duration
SIEMENS
Course Syllabus
3 Days
SIEMENS
Course Syllabus
SURPASS hiT 70 series OAM; SDH and Equipment Core Functionality Advanced Topics (TR3272) Description of Course Target Group
Service
Aims
The main objective of this course is to enable you to support the network element in the field. All advanced topics covered are clearly outlined in the contents. The scope of these topics is beyond the daily routine tasks. Training equipment is prepared to simulate field conditions and is used to perform a variety of Hands-On exercises. All in all you will be able to perform all SDH and Equipment Core Functionalities relevant service tasks in your network.
Prerequisites
Course SURPASS hiT 70 series O&M; General Topics TR3271 or practical OAM experience on SDH equipment is required. SDH Basics course TT2500 is recommended to give a more comprehensive background.
Contents
Safety Instructions System Overview
• Introduction to the Equipment • Hardware Design and Functionality
Operation Terminal: Advanced Topics • Application SW Installation • Administration and NCT Configuration
Operation: Advanced Topics • Contiguous Concatenation • Ring Protection Configuration Principles • Miscellaneous
Synchronisation • Basic Concept • Configuration of Synchronisation Parameters
Performance Management • Basic Concept • Configuration of Performance Parameters • Configuration of TCN and SD Thresholds
Maintenance: Advanced Topics • Alarm Configurations • Advanced Troubleshooting
Administration
SIEMENS
Course Syllabus
• User Administration • Backup and Restore • Miscellaneous
MCF Configuration • Configuration of Message Communication Function
Comment
Training is performed on the latest released SW version. Important hint for On-Site Courses: This course has d-lab ability (access to remote training lab; some few restrictions in practice remain)!
Duration
3 Days
