Microwave

Siemens Training Institue Tunisia

MicrowaveCatalogue

2005

Center’s Overview

Since 1998, Siemens grouped its training's activities in an offshore company by the name of Siemens Communications Training Center to be able to answer the strong demand of the international customers.

With currently 3 lecture rooms in Tunis, 2 Labs, approx. 10 internal, and external lecturers and more than 7,000 course participants per year. The Training Institute Tunis, responsible for the French speaking area, is member of Siemens Training Institute Network which is composed of 50 regional training centres, each of them can meet your expectations of high-quality training whether in local or on site. The training team has set itself the task of implementing your individual needs and supporting you as a globally operating customer by offering you interesting seminars. Our Offer We offer training for all our products and their solutions. Our global training portfolio covers the complete area of converging voice and data networks of our customers. Additionally we provide product-specific training with technical seminars for planners and decision-makers with whom you can implement your strategies and requirements

Our services take into consideration the company-specific managerial seminars, general communicative ability, management of training projects and the specific development of company-specific complete training. We apply the most current and practical teaching methods to each topic, including e-learning and d-Lab, to optimise the transfer of knowledge.

Guaranteed Training Quality The I and C Training Institute offers the latest technology and product-specific training by specially trained lecturers who developed themselves the course content and documents through their professional specialization. Our courses are developed parallel to the products, technologies, solutions and standards

Siemens Training Institute Tunisia

3

Index

MW2541 - Basic on Digital Radio ............................................................................................5

MW2000 - TAC2 Enabling ......................................................................................................6

MW3649 - SRAL XD - PDH Split Radio System.....................................................................7

MW3639 - SRAL XD - Commissioning ...................................................................................8

MW3629 - SRAL XD - Field Installation and Commissioning ................................................9

MW2600 - DCN Planning .......................................................................................................10

MW3213 - Microwave Performance Calculation Tool: Pathloss ............................................11

MW3212 - Radio Links Planning ............................................................................................12

MW2541 - Basic on Digital Radio ..........................................................................................13

MW2610 - MW Networks Architectures.................................................................................14

MW2611 - MW Network Planning .........................................................................................15

MW3622 - SRT1F - Field Installation and Commissioning....................................................16

MW3632 - SRT1F Commissioning .........................................................................................17

MW3652 - SRT1F Operation, Administration and Maintenance............................................18

MW3892 - NETVIEWER........................................................................................................19

MW3625 - SRA4 - Field Installation and Commissioning......................................................20

MW3635 - SRA Series 4 Commissioning ...............................................................................21

MW3645 - SRA Series 4 Operation, Administration and Maintenance..................................22

MW3636 - SRA Series 3 Commissioning ...............................................................................23

MW3646 - SRA Series 3 Operation, Administration and Maintenance..................................24

MW3642 - SRT1 Operation, Administration and Maintenance ..............................................25

MW3631 - SRT1 Commissioning ...........................................................................................26

MW3624 - SRT1C - Field Installation and Commissioning ...................................................27

MW3634 - SRT1C Commissioning.........................................................................................28

MW3638 - SRT1C-CC Commissioning ..................................................................................29

MW3644 - SRT1C Operation, Administration and Maintenance ...........................................30

MW3648 - SRT1C-CC Opoeration, Administration and Maintenance...................................31

MW3627 - SRA L - Field Installation and Commissioning ....................................................32


4

MW3637 - SRA L - Commissioning .......................................................................................33

MW3647 - SRA L - PDH - Software configurable Radio System .........................................34

TR3637 - SRAL Commissioning.............................................................................................35

TR3647 - SRAL OAM.............................................................................................................36


5

MW2541 - Basic on Digital Radio

Schedule: On request Duration:

3 Days

Objectives Main objective of this course is to give basic information on modulations and blocks typically used in digital radio.

Target Audience Operators who wish to acquire basic knowledge about digital radio.

Prerequisites Telecommunication basics.

Contents Digital Radio System Structure

Concepts on 2PSK, 4PSK, OFFSET Modulation -Demodulation, Differential Modulation- Demodulation 16QAM Costas Loop Scrambler and Descrambler Considerations on Bandwidth, Nyquist Filtering, Overall Filtering Roll-off and Intersymbol Interference BTF: a Simple Example PSK and QAM Error Performance TCM Mo-Demodulation TFM Mo-Demodulation Equalization: Some Considerations Power and dBm Noise Power BER Versus Received Power Characteristic

Considerations on Received Power


6

MW2000 - TAC2 Enabling


20 Days

Single Server Configuration

Objectives The objective of this course is to provide instruction on the features, design, application and operation of PDH Radio Equipment, SDH Radio Equipment, SDH Multiplex Equipment and Supervisory System.

Target Audience Siemens Personnel only

Prerequisites Participants will need to have completed SDH Radio courses.

Contents 1°week

Features Illustration of Digital Hierarchy Radio System Overview SRA L Low Capacity Digital Radio System SRAs3 Access Digital Radio System SRT1C/SRT1F Trunk Digital Radio System Multiplexing System Overview SMA1/4/16 series 2 SDH Multiplex System SMA1/4/16 series 3 SDH Multiplex System Supervisory System Overview LinkViewer Local Supervisory System NetViewer Remote Supervisory System Equipment Equipment Composition Equipment Block Diagram System Interfaces Equipment Block Diagram (multi used) System Operation Equipment Configuration Protection Configuration System Maintenance Alarm Philosophy Alarm Signaling LED Measurements Exercises RF Spectrum - Measurement BER Measurement dependent on RX Level Commissioning Hardware presetting Start up Equipment Measurements Field Test Protocol Description Network Element Configuration

2° Week NetViewer Operation, Administration and Maintenance NetViewer Communication Interfaces TNMP/TCP/IP SNMP/UDP/IP TNMP/QX NetViewer System Configuration Entry Configuration

Multiserver Configuration


7

MW3649 - SRAL XD - PDH Split Radio System


3 Days

Objectives Furnish information on equipment features, design, application and operation.

Target Audience Aimed specially to all areas of PDH technology and its software applications.

Prerequisites PDH Radio courses.

Contents Safety Rules and Precautions

General

Safety Rules

ESDS Precautions

Features

Radio Systems Overview

SRAL XD Split Radio System

Mechanical Design

Identification Plates

IDU type

Single-Board Overview

Plug-In Overview

MinIdu Overview

ODU type

ODU ND

ODU HD/HP

Antenna Arrangement

Equipment

Equipment Composition

External Interconnections

System Interfaces

Equipment Block Diagram

System Operation

IDU Single-Board Block Diagram


8

MW3639 - SRAL XD - Commissioning


1 Day

Objectives Furnish precise guidelines of product commissioning

Target Audience Technicians involved in commissioning activity of Siemens MW Products.

Prerequisites MW3649


General

Safety Rules

ESDS Precautions

Features

SRAL XD Split Radio System

System Interfaces

Equipment Block Diagrams

Addressing Rules

Commissioning

Hardware presetting

Start up

Equipment measurements

Field test protocol description


9

MW3629 - SRAL XD - Field Installation and Commissioning


5 Days

Objectives Step by step installation of MW equipment hardware and software components, using supporting documents for each operation

Target Audience Service Specialists - Installation and Commissioning Personnel.

Prerequisites MW 3649 - MW3639

Contents The program is:

Introduction of MW Digital PDH MW transmission introduction General Radio Systems overview Propagation overview Mechanical Design IDU type Single-Board front View and Identification Plates Plug-In front View and Identification Plates MinIDU front View and Identification Plates ODU type Normal Density Overview High Density/High Performance Overview Antenna View and Identification Plates System Operation Equipment Block Diagrams IDU Single-Board Block Diagram IDU Plug-In Block Diagram MinIDU Block Diagram ODUs Block Diagram Equipment Configurations Protection Configurations Indoor Installation IF Cable Grounding Connections Rack Assembly Indoor Unit Connection PSU Connection Tributary connection Outdoor Installation Antenna Assembly Antenna Arrangement for Horizontal Polarization Outdoor Units Mounting frames Grounding Connections IF Cable Alignment of Antenna First set-up of equipment


10

MW2600 - DCN Planning


3 Days

Objectives Give a complete overview of DCN planning including products and their applications in network design.

Target Audience Purpose an in-depth knowledge of DCN planning, custom-built from Planning to Management Experts and Network System Engineers.

Prerequisites Telecommunication basics


Introduction What is DCN ? Functional Blocks LAN Bridge Router

Protocol Layer MACADDRESS Layer 3 IP NSAP Address Structure NE Accessibility Network Elements Routing Algorithm Default Routing Static Routing

Dynamic Routing


11

MW3213 - Microwave Performance Calculat ion Tool: Pathloss


5 Days

Objectives Main objective of this course is to dimension radio hop and to analyze the microwave network performance.

Target Audience Siemens employees only.

Prerequisites Telecommunication basics

Contents The programme is:

Introduction Course Presentation and Organization Pathloss 4.0 presentation (characteristics) Program Installation and Management of Licenses ITU Recommendation Radio System Performances Tool overview Pathloss single modules Analysis Summary Terrain Data Antenna Heights Worksheet Rain Passive Repeaters Tool modules Pathloss single modules Analysis Diffraction Reflection Multipath Network Map Grid (digital Map loading with examples) Performance calculation analysis Interferences (theory) Calculation of Interferences with Pathloss Result interpretation Calculation examples of Interferences on real cases Case studies Examples of real Projects with Pathloss Practical Exercises Course Conclusion

Questions and Miscellaneous


12

MW3212 - Radio Links Planning


5 Days

Objectives Main objective of this course is to analyze the microwave network's performance objectives.

Target Audience Technicians, System Engineers and Network Planners.



Overview on MW Radio Systems Block diagram of a Radio Equipment Nyquist Bandwith and Real Bandwith Threshold Power Radio Link Equation (Friis Formula) Antenna Gain and Directivity Free Space Loss Feeder and Branching Loss Calculation of the Received Signal Power (Link Budget) Path Propagation Evaluation Refraction and Tropospheric Index Clearance and Fresnel Zones Obstruction Losses Ground Reflections Rain Attenuation and Non-availability Calculation Flat Fade Margin Rain Climatic Zone and Hop Rain Attenuation Non-availability due to rain Outage Time Calculation Multipath Propagation Signature of a Radio Equipment Outage Time Calculation Diversity Configurations Frequency Diversity Space Diversity Hot Stand-by Outage Time Improvement for Diversity Configurations Performance Objectives Quality Availability

Exercise on above mentioned aspects


13

MW2541 - Basic on Digital Radio


3 Days

Objectives Main objective of this course is to give basic information on modulations and blocks typically used in digital radio.

Target Audience Operators who wish to acquire basic knowledge about digital radio.


Contents Digital Radio System Structure

Concepts on 2PSK, 4PSK, OFFSET Modulation -Demodulation, Differential Modulation- Demodulation 16QAM Costas Loop Scrambler and Descrambler Considerations on Bandwidth, Nyquist Filtering, Overall Filtering Roll-off and Intersymbol Interference BTF: a Simple Example PSK and QAM Error Performance TCM Mo-Demodulation TFM Mo-Demodulation Equalization: Some Considerations Power and dBm Noise Power BER Versus Received Power Characteristic

Considerations on Received Power


14

MW2610 - MW Networks Architectures


3 Days

Objectives Give a complete overview of MW networks including product ranges of applications and network design.

Target Audience This course is addressed to any person, either with a basic or a detailed knowledge of telecommunications, who is interested in getting a full overview on MW technology and its applications to complex networks.



Introduction What is DCN ? Functional Blocks LAN Bridge Router

Protocol Layer MACADDRESS Layer 3 IP NSAP Address Structure NE Accessibility Network Elements Routing Algorithm Default Routing Static Routing

Dynamic Routing


15

MW2611 - MW Network Planning


2 Days

Objectives The main objective of this course is to give rules and guidelines for a correct and effective microwave network planning.

Target Audience Planned for Technicians, System Engineers and Network Planners

Prerequisites Telecommunication Basics or MW3212


Network architecture with particular focus on application scenarios.

Nominal network planning process

Path Survey.

MW Network dimensioning.

Overview of DEM (Digital Elevation Model) maps.

Frequency planning.

MW equipment selection and network planning.

Overview of Network Planning Tools.

Planning Examples.


16

MW3622 - SRT1F - Field Installation and Commissioning


5 Days

Objectives The programs comprehend step by step installation of MW equipment hardware and software components, using the supporting documents for each operation




Introduction of MW General Radio Systems overview Digital SDH MW Transmission Introduction Propagation overview Mechanical Design RF Group Front View and Identification Plates BB Group External View and Identification Plates Antenna Design Wave guide Design and RF Branching connection System Operation Equipment Block Diagrams RF Group Block Diagram BB Group Block Diagram Equipment Configurations Protection Configurations Indoor Installation Rack Assembly Grounding Connections BB Unit Connection PSU Connection Tributary Connection Alarm Connection Service Connection Management System connection Other Connection RF branching Group Connection Tools for Indoor Installation Outdoor Installation Antenna Assembly Antenna Arrangement for Horizontal Polarization Grounding Connections WG Cable Tools for Outdoor Installation Alignment of Antenna First set-up of equipment Antenna Alignment


17

MW3632 - SRT1F Commissioning


1 Day

Objectives Furnish precise guidelines of product commissioning.




Safety Rules and Precautions General Safety Rules ESDS Precautions Features SRT1F Radio Digital System System Interfaces Equipment Block Diagrams STM1 Base Band Interfaces WaySide Base Band Interfaces Commissioning Preliminary Checks LCT (FLEXR) Application Installation

Field Test Protocol Description


18

MW3652 - SRT1F Operat ion, Administrat ion and Maintenance


4 Days


Target Audience Planned for all technicians involved in network operation, installation, maintenance and commissioning of Siemens MW Products.

Prerequisites Attendees should have basic knowledge of SDH Radio or apply for MW2541.


Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRT1F Radio Digital System Mechanical Design Identification Plates SCSU Front View MSTU Front View Equipment Equipment Composition Internal Interconnections Principle Functionality of the Modules System Interfaces Equipment Block Diagram (multi used) STM1 BaseBand Interfaces WaySide BaseBand Interfaces System Operation Equipment Configurations Modules Configuration in the SubRack RFCOH Description Protection Configuration Alternate Assignment Co-Channel Layout Space Diversity Facilities System Maintenance Alarm Philosophy PC as Equipment Configuration and Diagnostic Tool Description of LCT (FLEXR) Measurement Exercises RF Level IF and RF Spectrum


19

MW3892 - NETVIEWER


3 Days

Objectives Provide necessary information to guarantee the control and operation of a transmission network.

Target Audience System Administrators.

Prerequisites Radio link operation and maintenance skills.


Safety Rules and Precautions General Safety Rules ESDS Precautions Introduction to the Management System Product Portfolio Application Supported Network Elements Management Layers Graphical User Interface (GUI) Netviewer Communication Interfaces TNMP/TCP/IP SNMP/UDP/IP TNMP/QX OSI Proxy Description Service Management Netviewer System Configuration Single Server Configuration Multi Server Configuration Dual Q-Adapter Description Network Element Management Network Element General Description Network Element Configuration Management Fault Management Alarm Types Performance Management Performance Monitoring Network Management Map Inventory External Alarm View History Report

Network Alarm list


20

MW3625 - SRA4 - Field Installation and Commissioning


5 Days





Introduction of MW General Radio Systems overview Digital SDH MW Transmission Introduction Propagation overview Mechanical Design IDU front View and Identification Plates ODU external view and Identification Plates Mounting Kit View and Identification Plates Antenna View and Identification Plates System Operation Equipment Block Diagrams IDU Block Diagram ODU Block Diagram Equipment Configurations Protection Configurations Indoor Installation Rack Assembly Grounding Connections Indoor Unit Connection PSU Connection IF Cable Tributary connection Alarm Connection Service Connection Other Connection Outdoor Installation Antenna Assembly Antenna Arrangement for Horizontal Polarization Outdoor Units (Integrate and on the Mounting frame) Mounting frame Installation of the Kit for Hot-Stand-By Grounding Connections IF Cable Alignment of Antenna First set-up of equipment Antenna Alignment Networking Overview


21

MW3635 - SRA Series 4 Commissioning


1 Day



Prerequisites MW3645.


Safety Rules and Precautions General Safety Rules ESDS Precaution Features - Illustration of Digital Hierarchy Radio System Overview Blocks which forms the system configuration System Interfaces Equipment Block Diagrams Addressing Rules Commissioning Presetting Turn- on Equipment measurements



22

MW3645 - SRA Ser ies 4 Operat ion, Administrat ion and Maintenance


3 Days





Safety Rules and Precautions General Safety Rules ESDS Precaution Features Illustration of "Digital Hierarchy" Software function - General Characteristics Radio Systems Overview SRAs4 Digital Radio System Mechanical Design Identification Plates IDU Front View ODU external View Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagram (multi used) System Operation IDU Block diagram ODU Block diagram System Maintenance Alarm Philosophy Alarm Signalling LED Measurement Exercise Software function - General characteristics Operation guide (1+0) Terminal (Configuration/Alarms) Annex to the Operational Guide : 1+1 Hot Standby Terminal 1 + 1 Hetero Frequency N +1 (Switching Procedure) Co-Channel Configuration : Alarm Scheme Alarm Management


23

MW3636 - SRA Series 3 Commissioning


1 Day





Safety Rules and Precautions General Safety Rules ESDS Precautions Features SRAs3 Digital Radio System System Interfaces Equipment Block Diagrams Commissioning Preliminary Checks Start Up BaseBand Subrack Software Configuration Equipment Measurements



24

MW3646 - SRA Ser ies 3 Operat ion, Administrat ion and Maintenance


3 Days





Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRAs3 Digital Radio System Mechanical Design Identification Plates IDU Front View ODU External View Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagram (multi used) System Operation IDU Block Diagram ODU Block Diagram System Maintenance Alarm Philosophy Alarm Signaling LED Measurement Exercises Software Function - General Characteristics Operation Guide (1+0) Terminal Operation Guide (1+1) Terminal Output Level - Measurement IF and RF Spectrum - Measurement

BER Measurement dependent on RX Level


25

MW3642 - SRT1 Operat ion, Administrat ion and Maintenance


5 Days





Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRT1 Digital Radio System Mechanical Design Identification Plates BaseBand Front View Transceiver View Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagrams System Operation Equipment Configurations Protection Configuration System Maintenance Alarm Philosophy Alarm Signaling LED PC as equipment configuration and diagnostic tool Measurement Exercises IF and RF Level IF and RF Spectrum IF-IF Response Group Delay Response

BER Measurements depend on RX Level


26

MW3631 - SRT1 Commissioning


1 Day

Objectives Furnish precise guidelines of product commissioning.

Target Audience Technicians involved in commissioning activity of Siemens MW Products



Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRT1 Digital Radio System System Interfaces Equipment Block Diagrams Commissioning Preliminary checks LCT Application Installation Equipment Measurements



27

MW3624 - SRT1C - Field Installation and Commissioning


5 Days





Introduction of MW General Radio Systems overview Digital SDH MW Transmission Introduction Propagation overview Mechanical Design RF Group Front View and Identification Plates BB Group External View and Identification Plates Antenna Design Wave guide Design and RF Branching connection System Operation Equipment Block Diagrams RF Group Block Diagram BB Group Block Diagram Equipment Configurations Protection Configurations Indoor Installation Rack Assembly Grounding Connections BB Unit Connection PSU Connection Tributary Connection Alarm Connection Service Connection Management System connection Other Connection RF branching Group Connection Tools for Indoor Installation Outdoor Installation Antenna Assembly Antenna Arrangement for Horizontal Polarization Grounding Connections WG Cable Tools for Outdoor Installation Alignment of Antenna First set-up of equipment Antenna Alignment Networking Overview


28

MW3634 - SRT1C Commissioning


1 Day





Safety Rules and Precautions General Safety Rules ESDS Precautions Features SRT1C STM1 Trunk Radio System System Interfaces Equipment Block Diagrams Commissioning Preliminary checks Linkviewer installation Baseband subrack software configuration Radio subrack(s) measurements



29

MW3638 - SRT1C-CC Commissioning


1 Day





Safety Rules and Precautions General Safety Rules ESDS Precautions Features SRT1C CC Co-Channel Digital Radio System System Interfaces Equipment Block Diagrams Commissioning Preliminary Checks LinkViewer Installation BaseBand Software Configuration



30

MW3644 - SRT1C Operat ion, Administrat ion and Maintenance


5 Days





Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRT1C STM1 Trunk Radio System Mechanical Design Identification Plates BaseBand View Transceiver View Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagram (multi used) System Operation Equipment Configurations Protection Configuration Space Diversity Description System Maintenance Alarm Philosophy Alarm signalling LED PC as equipment configuration and diagnostic tool Measurement Exercises IF and RF Level IF and RF Spectrum SCE Software Tool Description and Use RUI Description (Type "B" Receiver only) IF-IF Response (SCE Tool) Group Delay Response (SCE Tool)



31

MW3648 - SRT1C-CC Opoerat ion, Administrat ion and Maintenance


5 Days





Safety Rules and Precautions General Safety Rules ESDS Precautions Features Illustration of Digital Hierarchy Radio System Overview SRT1C CC Co-Channel Digital Radio System Mechanical Design Identification Plates BaseBand Front View - Transceiver View Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagram (multi used) System Operation Equipment Configurations Protection Configuration Space Diversity Description XPIC Description System Maintenance Alarm Philosophy Alarm signaling LED PC as Equipment Configuration and Diagnostic Tool Measurement Exercises IF and RF Level IF and RF Spectrum SCE Software Tool Description and Use RUI Description (Type "B" Receiver only) IF-IF Response (SCE Tool) Group Delay Response (SCE Tool) Space Diversity Cable equalization XPIC Control (SCE Tool)


32

MW3627 - SRA L - Field Installation and Commissioning


5 Days





Introduction of MW Digital PDH MW transmission introduction General Radio Systems overview Propagation overview Mechanical Design IDU front View and Identification Plates ODU external view and Identification Plates Antenna View and Identification Plates System Operation Equipment Block Diagrams IDU Block Diagram ODU Block Diagram Equipment Configurations Protection Configurations Indoor Installation IF Cable Grounding Connections Rack Assembly Indoor Unit Connection PSU Connection Tributary connection Controller Unit Connection description EOW Unit Connection (if applicable) Q-Adapter/Dual Q-Adapter Connections (if applicable) Alarm Unit Connections (if applicable) Outdoor Installation Antenna Assembly Antenna Arrangement for Horizontal Polarization Outdoor Units (Integrate and on the Mounting frame) Mounting frame Installation of the Kit for Hot-Stand-By Grounding Connections IF Cable Alignment of Antenna First set-up of equipment Antenna Alignment Networking Overview


33

MW3637 - SRA L - Commissioning


1 Day





Safety Rules and Precautions General Safety Rules ESDS Precautions Features SRA L Low Capacity Digital Radio System System Interfaces Equipment Block Diagrams Addressing Rules Commissioning Hardware presetting Start up Equipment measurements



34

MW3647 - SRA L - PDH - Software configurable Radio System


3 Days


Target Audience Aimed specially to all areas of PDH technology and its software applications.

Prerequisites PDH Radio courses..


Safety Rules and Precautions General Safety Rules ESDS Precautions Features Radio Systems Overview SRA L Low Capacity Digital Radio System Mechanical Design Identification Plates IDU Front View ODU External View Antenna Arrangement for Horizontal Polarization Installation of the Kit for Hot-Stand-By Equipment Equipment Composition External Interconnections System Interfaces Equipment Block Diagram (multi used) 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 RF Spectrum - Measurement Loop-Back



35

TR3637 - SRAL Commissioning


2 Days

Objectives The objective of this course is to give students information and practice in all facets of commissioning of the equipment.

Target Audience Network Element Manager

Prerequisites Completion of OAM course TR3647


General Safety Rules ESDS Precautions

PC Requirements General System Requisites

Preliminary Checks and Settings General Hardware Presetting Preliminary Checks Start-Up

Ground Connections Grounding Connections IDU Grounding ODU Grounding

SRA L Adjustment of the Antenna Alignment

Final Checks Final Checks

Proposal of "Field Test Protocol" Field Test Protocol


36

TR3647 - SRAL OAM


3 Days

Objectives 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.

Target Audience Network Element Manager

Prerequisites Participants will need to have completed SDH Radio series of courses, including TR 3636


General Safety Rules ESDS Precautions

Features Illustration of "Digital Hierarchy" Radio Systems Overview SRA L Low Capacity Digital Radio System

Mechanical Design Identification Plates IDU Front View ODU External View Antenna Arrangement for Horizontal Polarization Installation of the Kit for Hot-Stand-By

Equipment Equipment Composition Equipment Block Diagram

System Interfaces Equipment Block Diagram (multi used)

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 RF Spectrum - Measurement Loop-Back BER Measurement dependent on RX Level

Microwave

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