Training Catalogue

RF Engineering Field Services Strategic Quality Focus Software Geo-Data VAS Platform

IDEN

GSM

CDMA

WiMax

UMTS

EVDO

EDGE

MobileComm Professionals, Inc.

Corporate Training.....................................1Training for Students..................................3

LTE

LTE basics..............................................24 LTE air-interface.....................................25 LTE RF Planning.....................................26 LTE Signaling.........................................27

UMTS

UMTS Network Specialised Course.............15 Overview of UMTS....................................16 UMTS Fundamentals.................................17 UMTS Air Interface...................................18 3G RF Planning.........................................19 UMTS Optimization....................................20 WCDMA Planning & Optimization............... 21 UMTS Signaling.........................................22 UMTS Mobility...........................................23

GSM & GPRS/EDGE

Evolution from GSM to UMTS....................7 Exploring GSM.........................................8 GSM Optimization....................................9 Overview of GPRS...................................10 Exploring GPRS & EDGE..........................11 GPRS Mobility.........................................12 GPRS Packet Data Operations..................13 GPRS Air Interface..................................14

Wireless Fundamentals.......................4

CDMA2000

Technology Snapshots.........................5

BSS Commissioning & Integration...............35 BSS OAM...................................................36 RNC Commissioning & Integration...............37 RNC OAM..................................................38

BSS & RNC

TRANSPORT NETWORKS

NGN Transmission Expert............................39 SDH Basics.................................................40 Advenced SONET/SDH................................41 DWDM Basics.............................................42 Advanced DWDM........................................43 Optical Networking Overview.......................44 Next Generation Fiber Networks...................45 Optical Transport Networking.......................46 Gigabit Passive Optical Networking (GPON)...47 Gigabit Ethernet Overview...........................48 Carrier Ethernet Services.............................49 TCP/IP Basics.............................................50 Hands on TCP/IP Networking.......................51 VPN Applications.........................................52 MPLS Overview...........................................53 MPLS Virtual private Networks.....................54 GMPLS.......................................................55 Path to Cloud Computing.............................56 ATM Advance..............................................57 MW in Cellular Transmission.........................58 Terrestrial MW Engineering..........................59

CDMA2000 fundamentals..........................28 Overview of CDMA2000 Networks..............29 Exploring CDMA2000(1X) Networks............30 CDMA2000 Air Interface............................31 Overview of 1XEV-DO networks.................32 Overview of 1XEV networks.......................33 CDMA2000 Packet Data Networks..............34

Copyright 2012 MobileComm Professionals, Inc.465 W President George Bush Hwy, Suite 200Richardson, TX, 75080Tel: (972) 633-5100 Fax: (972) 633-5106www.mcpsinc.com

Table of contents


The corporate solutions provided by us provide customized training program for corporates which boostup the productivity and effeciency level amongst today’s stressed out corporate executives.Whether you area training manager to train others, or a team lead responsible for enhancing your team skills, we can meetyour training needs

Dedicated Corporate team

Develop targeted training courses

that help adress company’s issuesCustomer driven -what, when, where?

Training Needs Analysis Program Development

“

”

•

What MobileComm Training Package offers :Most professions today need a certain specific skill set that have to be learned in the classroomor through experience. While formal education provides a basic framework to all of us, we still need to invest time and effort in acquiring knowldge and functionalskills specific to an industry.That’s where MobileComm training comes into picture.

Company Overview :

A Firm foundation leads to a strong edifice and with MobileComm that is our story. When MobileComm Professionals was concieved as a wireless services company, our collective experiences in varied fields such as 2G and 3G air interface technologies helped us to provide value-added solutions to our clients. Our solid background in wireless technologies naturally aids us in anticipating the needs of our clients and thus began a journey that has simply grown immeasurably. Our foremost aim is to create and deliver solutions,which add immense value andhelp reduce costs for mobile operators.

For success to continually add up and lead to the present day scenario at MobileComm, wefocussed intensively on reinvesting ourselves. Although we started out as a RF engineeringcompany, we have added synergic values in our portfolio and slowly,yet surely transformedourselves into a nationally recognized solutions provider. Today we stand where we are because of our operating philosphy that concentrates on five fundamentals :

WE WORK TOGETHER AS PARTNERS WITH OUR CUSTOMERS AND DELIVER WHAT THEY WANT

Client Approval

Program Delivery

Post Training Evaluation

Our portfolio of courses are developed utilizing the latest learning and delivery techniques to meet the needs of corporates seeking a broad understanding of a range of modern wireless communication systems networks and programming.Our customized programs are practical, our content is relevant and our trainers are engaging.The training and consulting solutions delivered by us have proven successful for telecommunication equipment manufacturers, service providers, and management consulting firms.The training is provided through the use of customized modules, intensive role-playing, case studies and brainstorming.Our workshops incorporate the technology, your tools and your data to create a powerful program that is unparalleled in the industry.

• •

•

•

PeopleWe recruit, train and ensure thet only the best personnel are part of our work force.

EquipmentReinvestment in the company includes building and upgrading the latest RF test and measurementequipment.


Corporate Training Effectiveness Efficency Excellence !!!

PROMOTING

1.

Satisfaction and service We aim to provide complete satisfaction to our customers by providing them world-class service.

QualityMaintaining high quality is at the top of our agenda, and we make sure that the quality of our services or products is never compramised.

RelationshipsWe develop productive relationship in the wireless industry, relationships that are fruitful andmutually beneficial.

Portfolio EnhancementOn regular basis we learn and add new products and services which complement our existing services spectrum.

We offer a multitude of program delivery options :

• Customized On-Site trainingLive On-site Instructor led training is considered to be the most-effective as it best facilitates real-time interaction, in-depth information sharing and direct response to questions.MobileComm’s on-site training upgardes the end-users by giving them a chance to see, hear and do. We make

this training work by sending our master instructors to your location armed with a self-contained training envoirnment. Wedesign and develop a comprehensive, cost effective solution utilizing your templates, framework and branding. In addition,we work together as partners with our customers and deliver what they want.

• Web-based trainingMobileComm training is developed around the way you think and the way you learn. Web-based trainingis deliverable on demand to any web browser, anywhere in the world. Clients save on travel and living expenses.In addition users can proceed through a training program at their own place. The instructor shares

the presentation material, documents, promotes discussion and offer guidance entirely through the internet.With the toolsat hand today like chat and conferencing and real-time audio and video, we can craft highly effective web-based trainingto meet the training needs of a diverse population.

• E-learningMobileComm’s e-learning programs are designed to enable, extend and enhance learning through the use of technology including but not limited to the internet and intranets. MobileComm’s e-learning programs consist of quizzes, interactive exercises and FAQ’s. The most important for the e-learning program is the

flexibility,this means the candidates are free to skip the material with which they are already familiar and focus on the other new material.

• Advanced WorkshopsIn an increasingly globalised world, your employees, partners,learners could be anywhere in the world.Throughthe advanced workshops, we specialise in implementing learning solutions customized to map your organisation’sobjectives with your target audience profile. Oue experts work with you to deveolp a program according to yourneeds.


Program Options :

2.

Corporate Training


“Bridging Academics-Industry Gap ”

In many ways our training programmes serve as a ‘finishing school’ for the young graduates who are starting their industry careers. By combining our proven industry experience and industry specific training curicullum, we are able to provide 100 % job gurantee and a successful career in wireless Industry

Trained 600Fresh Graduates

100% success

Growing Indian Market

Resource shortage

Fundamentals of RFRF Drive TestingRF Design and PlanningPlanning ToolsNetwork OptimizationParameter TuningGSM Basics to AdvanceCDMA Basics to Advance1xRTT,1xEVDo,1xEVDVLTEUMTS/HSPA/HSPA+WiMaxWireless FundamentalsIP Convergence

“

”

Why you should get this Training :

Telecom/Cellular Engineering is one of the fastest growing Industries.India has Highest growth rate of mobile subscribers.Indian Mobile base subscriber has now reached 670 million and is expected to cross 1 Billion mark by 2012.Introduction of new technologies like 3G has created a need for 400 employees to be added per day in the industry.Nokia-Siemens,Ericsson,Motorola,Huawei,Airtel,Aircel,TATA have a strong presence in India.Well paid sector, salary from 15,000 to 50,000 per month in few years.Senior level salaries are as per international standards;30-50 lakhs/yr within 10 years.Oppurtunity to work on latest technology,quenching technological quest.

•

What MobileComm Training Package offers :

Our trainers not only understand the technoloy but they also know how to teach ! Most of our trainers are expert in their domains and also demonstrates an inherent ability to work with the people. They bring invaluable kowledge to the classroom which is gained from their real-world experiences.

Our focus is to bring awareness of various upcoming technologies to the masses,training themto the specific needs of the telecom industry and assuring employment oppurtunity.

Our basic training package is a 30-day program with 1 week of classroom training and 3 weeks of On-site training. Candidates will be trained on: Cellular technologies (GSM, CDMA, LTE and 3G technologies) Our Cellular Network Planning & Design (Site selection to Implementation) Industry Specific network Planning and optimization tools. (Planet, Asset...) Network Performance management and optimization tools.( TEMS,CW) Installation and Comissioning (Site build, BTS install, Antenna)

Final Word that’s JOB GURANTEE :

Our Training will open numerous doors for you as an RF engineer with the telecom giants like Nokia-Siemens,Airtel,TATA, Huawei,Ericsson, Aircel etc. We are commited to find a suitable job oppurtunity in the wireless industry.

THE MISSION OF MOBILECOMM’S CERTIFICATE TRAINING PROGRAM IS TO HELP OUR CANDIDATES ATTAINING KNOWLEDGE OF CELLULAR INDUSTRY AND WIRELESS TECHNOLOGIES PROVIDING THEM COMPETITIVE EDGE TO SECURE A JOB IN GROWING,HIGHLY PAYING & RAPIDLY CHANGING TECHNICAL ENVOITNMENT.

• •

• • • • •

• • • • •


Training For Students Learn Interview Earn !!!

3.


Wireless Basics 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the wireless network architecture and its components.• Enumerate the network operations including call setup, call delivery, and handovers.• List the challenges of radio communication. • Learn the key difference between CDMA, TDMA and GSM.• Understand the evolution of 3G.

TARGET AUDIENCE : Those in a design,test, systems engineering,sales engineering, network engineering, or network planners.

Training & Education

The Mission of MobileComm's Certificate Training program is to

help our customers succeed in rapidly changing technical environ-ment and to give them an Edge over

competitors

Wireless features and services

History and evolution of wireless communication Introduction to network architecture and operations

SMS WIN and CAMEL CALEA E911

Multiple Access technologies (FDMA, TDMA, CDMA ) Air interface standards AMPS IS-136 based TDMA GSM IS-95 based CDMA Network Architectures North American Network Architecture GSM network architecture

Frequency Spectrum Terminology and acronym Factors affecting propagation Counter measures and techniques used Cell site configuration.

Introduction to 3G 6. 1G to 3G evolution. GSM/GPRS/EDGE UMTS (W-CDMA) CDMA 2000 (1x)

4.


COURSE OUTLINE :

1.

Wireless Network Operations

3. Radio Basics

5.

Steps necessary to establish a voice callRegistration or location update processCall setupPagingRaomingHand offs/ Hand oversOAM&P network overview

2.

4. Air Interface and Network Standards

Introduction


Technology Snapshots 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• List the driving forces, requirements and goals of UMTS• Discuss the features and benefits of HSPA+• Discuss the features and benefits of HSDPA and HSUPA• Discuss the features and benefits of LTE• Explain the network architecture of LTE

TARGET AUDIENCE : Management, Marketing and GET who wants to know basics of technology.


7.

5.


COURSE OUTLINE :

1. Introduction to UMTS Cellular Systems

First Generation (1G) Second Generation (2G) Third Generation (3G) UMTS standardization Comparison with other Technologies

General Network Architecture & Interfaces Network Elements and Functionalities User Equipment UTRAN Radio Network controller Node BCore NetworkUMTS R99 ArchitectureUMTS Rel4 Architecture

UMTS Air Interface Technology Duplex Methods UMTS Frequency Access Methods UMTS Air Interface Description WCDMA Principle Data Processing Codes

4. UMTS Evolution

UMTS Release 5, HSDPA & IMS UMTS Release 6, HSUPA Release 7 & 8, LTE

Introduction & Motivation HSDPA Performance HSDPA Implementation HSDPA Channels Adaptive Modulation and Coding Error Correction, H-ARQ Fast Packet Scheduling Handset Capabilities

Introduction HSUPA Performance HSUPA Implementation HSPA Channels Multi Code Transmission Handset Capabilities

64 QAM Operation Dual Cell & Multi carrier HSDPA MIMO

Why LTE LTE vs. other Mobile Technologies LTE Key Features LTE Standardization

HSPA +

8.

UMTS Air Interface

Long Term Evolution (LTE)

5. High Speed Downlink Packet Access

6. High Speed Uplink Packet Access 2. UMTS Network Architecture

3.




help our customers succeed in rapidly changing technical

environment and to give them an Edge over competitors

LTE Network Architecture 9.

6.


Network Architecture Evolution Network Elements and Functionalities Network Interfaces

Multiple Access Methods OFDMA SC-FDMA MIMO Scalable Bandwidth

10. LTE Air Interface


1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Learn the differences between Packet Switched Network and the Circuit SwitchedNetwork.• Explain how GSM can evolve to GPRS and what new services are provided.• Understand how GSM/GPRS can evolve to UMTS and the new services that will be provided. • Explore the future of UMTS.

TARGET AUDIENCE : Those in a design,test, systems engineering,sales engineering, network engineering, or verification role.




competitors

IP multimedia subsystem.All-IP Radio Access Network.

Introduction and Background of GPRS.New GPRS Components.Benefits and limitations of GPRS.

New Services with UMTS

Service capabilities of UMTS. UMTS and supporting Quality of Service. UMTS data rates. Backward Compatibility with GSM/ GPRS.

Differences between packet switched & circuit switched networks. Inefficiences and limitations of circuit switched data.

Evolution From GSM to UMTS

COURSE OUTLINE :

1.

Evolution from GSM to GPRS

3. New Services with GPRS

5.

Future Of UMTS

Introduction and Background of UMTS. New UMTS components. Benefits and limitations of UMTS

Service capabilities of GPRS. “Always Connected”. Bandwidth on demand. GPRS data rates.

2.

4. Evolution from GSM/GPRS to UMTS

6.

Characterstics of Packet Switched & Circuit Switched Networks

Copyright 2012 MobileComm Professionals, Inc.465 W President George Bush Hwy, Suite 200Richardson, TX, 75080Tel: (972) 633-5100 Fax: (972) 633-5106www.mcpsinc.com 7.


Exploring GSM 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the basic concepts related to GSM network.• Explore the GSM network architecture and its components including the mobile, BTS, BSC, MSC, HLR, EIR, SM-SC, and CSE.• Review the history of wireless telecommunication with a focus on the evolution of GSM. • Discuss the GSM mobility management concepts.





competitors

Concepts of radio channels.Time slots, Frames and Multiple Access.System acquisition.Access and Idle mode products.Traffic Channel operations.

History and evolution of wireless communication. Motivation for GSM. Current GSM status. Key characterstics of a GSM network.

Attach and location update process. Mobile Calls. Security in GSM.

6. GSM Services

Teleservices. Bearer services. Supplementary services. Short message. CAMEL and location services.

7. GSM Future

GPRS/EDGE.UMTS.

8.


COURSE OUTLINE :

1.

GSM Network Architecture

3. Radio/Physical layer in GSM

Mobility and call processing in GSM network

Overview of network components. Mobile station. BSS (DTAP/BSSMAP). Cell site configuration. MSC/VLR and HLR. SM-SC.

Basics of SS7. GSM SS7 nodes. BSSAP (DTAP/BSSMAP). SCCP. TCAP & MAP. ISUP

2.

4. Signaling in GSM

5.

Introduction


GSM Optimization 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand RF Optimization principles and procedures.• Understand the basic RF Operations and the configurable parameters that control them.• Select key network performance counters. • Examine RF Optimization key performance indiactors.• Explain why the various measurements must be made.





competitors

IGSM Radio Concept. FDMA and TDMA Coding InterleavingGSM Channel.Frames & Channel Dimensioning.Power ControlCell selection and reselection procedure.Location update procedure.Paging ProcedureHandover Types.Frequency Hoping.

Basic Definition. Propagation Mechanism. Fading. Diversity antennae systems. Interference.

Cellular Telephony Optimization Principles & Procedures GSM Frequencies. Network Components. SLM IMSI BTS HLR Interfaces.

COURSE OUTLINE :

1.

GSM Radio Concept

3. Radio Wave Propgation

Call signalling. Call Phases. Overview of basic call. Configuration & Parameter Optimization. Timers & counters. Alarms.

2.

4. GSM Network Optimization

Introduction to GSM Optimization



Overview of GPRS 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the difference between circuit switched voice and packet data.• Learn the limitations of using a circuit to support packet data.• Discover the types of applications that will be used in GPRS. • Understand why a seperate network is needed for data.• Study the new GPRS component.• Explore the components that were changed to support data.





competitors

Overview of GSM.Introduction to the new GPRS Components. SGSN GGSNRequired modifications to the existing network components.

Evolution of GSM to GPRS and GPRS to UMTS

Limitations of a circuit switched network. Requirements to support paket switched data. The limitations of circuit switched data. New GPRS applications.

Main types of GPRS Mobiles. Requirements on the mobile to support packet data services. Mobile synchronization with the radio network. Operations between the mobile and GPRS core network.

Impact of GPRS on GSM.Strategy to evolve to GSM/GPRS.


COURSE OUTLINE :

1.

GPRS Key Features

3. GPRS Architecture

5.

Overview of GPRS. Overview of the enhancements provvided by EDGE. GPRS and EDGE expected data rates.

2.

4. GPRS Mobiles

Motivation for GPRS

10.


Exploring GPRS and EDGE 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the practical data rates supported.• Study the evolution of existing GSM networks.• Define the GPRS and EDGE vocabulary. • Understand the capbilities of the terminals.• Explore the air interface solution.• Study the GPRS core network.





competitors

IGPRS attachPDP context activation.Interface from SGSN to GGSN.

Physical layer operations.Error Protection techniques.GMSK and 8PSK modulation.MCS and CS classes.Physical and logical channels.

Gb Interface

Motivation for GPRS. Efficient use of radio resources. Evolution from existing network. Data rates supported. 3G technology landscape.

7. GPRS services

Service APNConnecting to external networks.

8. GPRS Mobility and Roaming

Cell Update process.RA Update.GPRS roaming exchange.

MAC- channel coordination. RLC-modes of operation.

9. Evolution to UMTS

Highlights of the technique.

11.


COURSE OUTLINE :

1.

Network Architecture

3. GPRS Radio Network

5.

GPRS Packet Network

Cell Reselection procedure. Responsibilities of the SGSN when a mobile moves from cell to cell.

BSSGP virtual circuits. Frame Relay.

2.

4. Managing Radio Resources

6.

Introduction


GPRS Mobility 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Discuss the radio mobility aspects of GPRS.• Understand the requirements of location management within the GPRS network.• Explore the mobility management messaging used to support mobility in GPRS.• Describe the use of Access Point Names (APN) in GPRS roaming.• Study the signalling and security requirements of interoperator roaming.• Define the GPRS roaming exchange(GRX) and its use in the GPRS network.





competitors

CGPRS Location management.Routing Areas.

Introduction to GPRS Mobility management. Responsibilities of mobility management. Role of the GMM layer.

SGSN’s interactions with the HLR. SGSN subscriber database. SGSN’s interactions with the MSC.

6. SGSN Interactions

Coordination between GPRS routing areas and GSM location areas.Mobility across SGSNs.

Access point name.Access point names and roaming.

GPRS global roaming issues.Functions and limitations of the GPRS.Roaming exchange(GRX).Requirements of roaming between two operators.

12.


COURSE OUTLINE :

1.

Mobility at a cell level

3. Location Management in GPRS

GPRS Global Roaming

Introduction to the GPRS radio spectrum. GSM and GPRS spectrum co-ordination.

2.

4. GPRS Neighbour Roaming

5.

Mobility management in GPRS


GPRS Procedures 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Discuss the purpose of the Attach Procedure.• Understand the requirements of the packet Mobility Management Layer.• Study the purpose of the Packet Data Protocol context activation procedure. • Explore the requirements of the session Management Layer.• Identify what GTP is any it is required.• Describe the basics of mobilty with a data session activated.





competitors

Functions of the Packet Data Context.Activation Procedure.Introduction to the session management layer in the SGSN.GPRS Tunneling Protocol and transmission of data between theSGSN and GGSN.

Detach and Deactivation Procedures

Overview of the components of a GPRS network.

“Always on” Recieving an incoming voice calls during a data session.

13.


COURSE OUTLINE :

1.

Attach Procedure

3. PDP Context Activation Procedure

5.

Overview and purpose of the Attach Procedure. Function and contents of the SGSN. Subscriber Data Profile. Introduction to the packet mobility. Management layer in the SGSN.

Deactivation procedure to end a data session. Detach procedure to disconnect from the network.

2.

4. Session Maintenance

GPRS Network Architecture


GPRS Air Interface 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe the GPRS Spectrum and its relationship to GSM.• Understand the channel structure in GPRS.• Explain how the GPRS service might be provided using GSM channels. • Explore the various radio interface protocols.• Understand how multiple users are multiplexed into resource as well as how one user may use multiple channels.





competitors

Structure of GPRS radio interface.GPRS Protocol stack.

Overview of the compartment of GPRS. Impact of GPRS on GSM. Overview of GPRS.

Role of the radio link control layer. Role of the MAC layer. Traffic channel allocation. Difference between packet channels and circuit switched channels.

6. GSM Services

Error connection and retransmission.

End-to-end packet flow.

14.


COURSE OUTLINE :

1.

GPRS Radio Network

3. GPRS Radio Technique

Medium Access Control & Radio link protocol layers

Introduction to the GPRS Radio Spectum. GSM and GPRS spectrum coordination.

Adding GPRS to an existing GSM radio network. GPRS Channel structure. GPRS physical and logical channels. Preparing and processing user data for transmission over the air. GPRS and GSM radio channel co-ordination.

2.

4. Radio Frequency Channel Structure

5.

GPRS Network Refresher



UMTS Network Specialised Course 7 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the workings of a UMTS network (both WCDMA/HSPA and core part) • Discuss the planning and dimensioning of WCDMA/HSPA networks in all its complexity.• Understand capacity, coverage, cell planning and dimensioning.• Discuss UMTS Planning & Dimensioning on Transport Networks.

TARGET AUDIENCE : Those in Network Operation, RF Engineer-ing Professionals, Network Planning Team, Network Optimization Teams.


Node B Radio network Controller(RNC) Media Gateway(MGW) Mobile Soft Switch(MSS) 3G SGSN GGSN/ISN IMS UMTS Core Network Dimensioning

UMTS Air Interface WCDMA Principle Data processing Codes Logical, Transport & Physical Channels Air Interface Protocol Stack

IntroductionUMTS Network Architecture EvolutionRel.99Rel.4Rel.5

ATM Why ATM is used for 3G ATM Cross Connects IMA IP Backhaul Planning for UMTS Utilization of existing transport back haul for UMTS, IMA

Radio resource Management RRC Admission Control Load Control Packet Scheduler Code allocation Power control DiversityMobility management Location Update PagingSession management Initial Access to network Ciphering

7. UMTS Protocols and Signaling

UMTS Signaling What is Bearer Access Stratum ATM Control Plane : Serving Stratum Common Channel Signaling(SS7) Iub Interface Protocols(NBAP) Iur Interface Protocols(RNSAP) Iu Interface Protocols(RANAP) MEGACO/BICC/SIP

8. UMTS Evolution

UMTS Release 5 , HSDPA & IMSUMTS Release 6 , HSUPARelease 7 & 8 , LTE

COURSE OUTLINE :

1.

5.

UMTS Overview

Network Elements and Functionalities

Cellular Systems1G, 2G and 3GUniversal Mobile Telecommunication SystemStandardizationUMTS EvolutionUMTS and Other mobile Technologies

2.

3.

UMTS Network Architecture

4. Transport Technologies

6.

15.

UMTS Air Interface

UMTS Air Interface Procedures


Copyright 2010 MobileComm Professionals, Inc.





15.

IntroductionHSUPA PerformanceHSUPA ImplementationHSPA ChannelsMulti Code transmissionHandset Capabilities

Network Architecture Evolution64 QAM OperationDual Cell & Multi Carrier HSDPAMIMO

Planning PrinciplesPlanning Process

Link Budgets R99 Services HSDPA HSUPA CPICH Margins & OffsetsCoverage ModelsCoverage Calculations

15. Capacity DimensioningDimensioning ProcessTraffic Modeling & EstimationAir Interface Capacity Dimensioning R99 UL Load Estimation DL Load Estimation HSDPA HSUPABaseband Capacity Dimensioning Channel Element Channel Element Estimation Control Channels R99 Services HSDPA HSUPA

16. RF Network Planning & TuningSite SelectionCoverage Planning & PredictionInterference Planning & PredictionCoverage ReportCapacity Estimation & SimulationsCoverage & Capacity AnalysisImprovements & Network Tuning

17. WCDMA Basic ParametersScrambling Codes PlanningNeighbor Lists PlanningLocation Areas \ Routing Areas \ UTRAN Registration Areas Planning

18. WCDMA Basic ParametersKPI and Layered Optimization ApproachPrincipal KPI DefinitionsVoice Service OptimizationAdaptive Multi-Rate (AMR) CodecAMR ServiceCall Setup, Events, and SignalingCall Retention Event and SignalingConnection Supervision and Link Quality IndicatorsTroubleshooting AMR FailuresParameter OptimizationCall Quality Metrics and Test Process

Introduction & Motivation HSDPA Performance HSDPA Implementation HSDPA Channels Adaptive Modulation and Coding Error Correction, H-ARQ Fast Packet Scheduling Handset Capabilities

12.

High Speed Downlink Packet Access 10.

High Speed Uplink Packet Access 11.

HSPA+

13. Radio Network Planning Basics

14. Coverage Dimensioning


Overview of UMTS 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Enumerate some of the applications that Re envisioned for mobile phones of the future.• Provide a summary of the limitations of current wireless network,the 2nd genera-tion system.• Explain the key characterstics of 3rd generation systems and the genesis of UMTS.• Highlight key characterstics of UMTS including QoS.• Outline the path for UMTS standards release structure and timeline.• Understand the 2G GSM and 2.5G EDGE/GPRS networks and their evolution to the UMTS architecture.• Identify the traffic flow process in a GPRS network.• Identify the elements of the UMTS architecture and understand their differences.

TARGET AUDIENCE : The course is for anyone seeking an over-view of UMTS, its features and capabilities.




competitors

UMTS features.UMTS and the 3G requirements.Backward compatibility with GSM/GPRS.UMTS QoS classes.

GSM voice architecture. GPRS data architecture. Enhancements provided by EDGE.

UMTS Terrestrial Radio network architectural components.UMTS Terrestrial Radio Network.

6.

History of UMTS.UMTS requirements on 3G.UMTS versus GSM/GPRS

Features provided in release 99Release 4 features.Release 5 features

UMTS Road map of Releases

Core Network architectural components. Core Network functional responsibilities.

16.


COURSE OUTLINE :

1.

UMTS Key Features 3.

Evolution to 3G

GSM/GPRS/EDGE Architecture

Requirements of 3G. 3G key characterstics.

2.

4.

Genesis of UMTS

5.

UMTS Core Network Architecture

UMTS Terrestrial Radio Network 7.


UMTS/W-CDMA Fundamentals 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the basics of W-CDMA.• Discuss spreading factor codes in UMTS/W-CDMA.• Understand the use of scrambling codes for source identification in both the uplink and downlink in W-CDMA.• Discuss power control operations in the UMTS W-CDMA system.• Explore the basics of soft handoff processing from the perspective of the physical layer.

TARGET AUDIENCE : Those in a design, test, systems engineer-ing, sales engineering, network engineering or verification role.




competitors

Protection of data.Seperation of Channels.Scrambling codes.

Introduction to power control. Requirements of power control. W-CDMA power control process

How achieve 2 Mbps? QPSK modulation. Multiple codes.

6.

Overview of UMTS Channel structure.

Introduction to soft handover.The RAKE reciever.Inter radio access technology handover procedure.

Soft Handover in W-CDMA

Variable length spreading factors. Impact of protection on data rates.

Support of multiple simultaneous services by the mobile.Support concurrent services.Communication of information between the UE and the network.


COURSE OUTLINE :

1.

W-CDMA Physical Layer Processing 3.

UMTS/W-CDMA Overview

W-CDMA Power Control

Introduction to wideband CDMA

2.

4.

UMTS/W-CDMA Channels

5.

Delivering High Data Rates in UMTS

Concurrent services, an Air Interface Perspective 7.

17.



UMTS/W-CDMA Air Interface 3 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the basics of W-CDMA.• Discuss signaling protocols and physical layer functions.• Understand the Details of power control and mobility in UMTS.• Discuss the basics of radio resource management. • Explore the overview of RF design and HSPA.



The Mission of MobileComm's Certificate Training program is to help

our customers succeed in rapidly changing technical environment and to

give them an Edge over competitors

Radio resource Management RRC & RRC States Admission Control Load Control Packet Scheduler Code allocation Power control Macro & Micro Diversity

HSDPA Principle HSDPA Physical Channels HSUPA Principles HSUPA Physical Channels

UMTS Air InterfaceWCDMACDMA PrincipleWCDMA Data processingCodes

Cell Selection & Reselection

Channel Mapping Transport Channel Formats Cell Synchronisation Common Control Physical Channels Physical Random Access Dedicated Physical Channel Downlink Dedicated Physical Channel Uplink

SRRC Modes System Information and RRC Modes Paging and RRC Modes RRC Connection Mobility Management

Motivation; PLMN Search/Selection Cell Status & Access ControlStates & State Transitions in RRC Idle modeCell Selection; Selection S- & Ranking R-Criterion Cell Selection Criterion S HCS Cell Reselection without HCS Cell Reselection with HCS

7.

RRC Connection Establishment 8. Signalling Procedures (Overview) Radio Resource Control RRC Connection Request RRC Connection Setup RRC Connection Setup Complete RRC Connection Setup Timer RB Control Procedures

9. Radio Resource Management Overview Mobility Management Connection Management

COURSE OUTLINE :

1.

5.

Network Architecture and Functionalities

UMTS Air Interface Procedures

Rel99 Architecture Rel05 Architecture Rel06 Architecture About Node B,RNC,MGW,MSS

2.

3.

UMTS Air Interface

4. Delivering High Data Rates in UMTS

RRC Modes, System Information, Paging & Update Procedures 6.

18.

The Physical Layer – HSDPA, HSUPA


3G RF Planning 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• List the driving forces, requirements and goals of UMTS• Discuss the features and benefits of HSPA+• Discuss the features and benefits of HSDPA and HSUPA• Utilize multiple RF coverage plots to access coverage issues.• Identify and prioritize coverage issues and suggest corrective actions.

TARGET AUDIENCE : RF Engineering Professionals, NetworkPlanning Team, Network Optimization Teams


Capacity Dimensioning

19.


COURSE OUTLINE :

1. Introduction to UMTS UMTS

Standardization Comparison with other Technologies UMTS Network Architecture

UMTS Air Interface Description WCDMA Principle Data Processing Codes Logical, Transport & Physical Challenges Air Interface Protocol Stack

Introduction HSUPA Performance HSUPA Implementation HSPA Channels Multi Code Transmission Handset Capabilities

64 QAM Operation Dual Cell & Multi carrier HSDPA MIMO

Planning Principle Planning Process

HSPA +

8.

UMTS Air Interface

Radio Network Planning Basics

5.

6.

High Speed Uplink Packet Access

3. UMTS Evolution

UMTS Release 5, HSDPA & IMSUMTS Release 6, HSUPARelease 7 & 8, LTE

4. High Speed Downlink Packet Access

Introduction & MotivationHSDPA PerformanceHSDPA ImplementationHSDPA ChannelsAdaptive Modulation and CodingError Correction, H-ARQFast Packet SchedulingHandset Capabilities

Coverage Dimensioning

Planning PrinciplesLink Budgets R99 services HSDPA HSUPA CPICH Margins & OffsetsCoverage ModelsCoverage Calculations

9.Dimensioning ProcessTraffic Modeling &estimationAir Interface Capacity Dimensioning R99 UL Load Estimation DL Load EstimationDimensioning Process HSDPA HSUPA

2.

7.



UMTS/W-CDMA Optimization 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the user and network equipment protocols. • Discuss in detail the connection of the FDD RAN to the 3G core.• Understand design and optimization of a radio network based on the FDD mode of UMTS. .• Discuss the basics of air interface and neighbor optimization






Ec/Io (quality vs. RSCP) little i (cell overlap by Tx PwR) UL/DL performance (Tx PwR/RTWP) CQI benchmark (quality) AMR features Neighbour optimization methods cell matrix evaluations, CPICH PwR overshooting, CPICH Ec/Io cell overlap and impact of RT/NRT trafficAdjacency based measurements advanced measurement methods for neighbours SHO overhead, filters, margin offsets E1A/E1B window offset analysis

KPI analysis hierarchy Call/Session setup monitoring & analysis Release 99: call setup (RRC/RAB)R99: Call Drop Radio link failure rate Radio link success rate R99: Mobility (SHO, HHO, ISHO) HSDPA setupHSDPA mobility (Serving Cell Change)RRC states

Principles of 3G network optimizations Principles of performance measurements and KPI classification Examples for KPI construction Call Setup Failure Rate, Call Setup success rate Blocking Rate, Call Drop Rate, HO Failure Rate Statistic examples

Performance monitoring

5. Capacity optimization

COURSE OUTLINE :

1.

4.

RRC Connection Establishment

KPI definition & overview

Signalling Procedures (Overview) Radio Resource Control RRC Connection Request RRC Connection Setup RRC Connection Setup Complete Mobility Management Connection Management

2.

3.

20.

Air interface and neighbor optimization

Air Interface TCP / RTWP. Channel Cards, Code Tree. UTRAN interface load Iub, Iur . RNC processing load. Maximum numbers of users . Non blocking situations. Dynamic HSDPA Power setting. Air interface load at TCP / RTWP (UL/DL) and at PRACH und S-CCPCH. Channel card load, code tree occupation on different levels of SF, interface load at Iub/Iur .







Baseband Capacity Dimensioning Channel Element Channel Element Estimation Control Channels R99 Services HSDPA HSUPA

Site Selection Coverage Plannning and Prediction Interference Planning and Prediction Coverage Report Capacity Estimations and Stimulations Coverage and Capacity Analysis Improvements & Network Tuning

10. RF Network Planning & Tuning



UMTS Planning & Optimization 5 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the basics of UMTS radio communication.• Examine UMTS Radio Access Network (UTRAN).• Understand the UMTS Core Network.• Understand UMTS Protocols• Describe the channels and protocols of UMTS-FDD• Understand UMTS Protocols



HSDPA Principle HSDPA Physical Channels HSUPA Principles HSUPA Physical Channels

Evolution to 3G Requirements of 3G 3G key characteristicsUMTS Key Features UMTS features UMTS and the 3G requirements Backward compatibility with GSM/GPRS UMTS QoS classes

WCDMA Channels

UMTS Air interface technologies WCDMA – FDD CDMA principle Processing gain WCDMA codes and bit rates

Load controlAdmission ControlPacket SchedulerResource ManagerPower ControlHandover Control

8.

WCDMA Channels 9.

10. Introduction & Motivation HSDPA Performance HSDPA Implementation HSDPA Channels Adaptive Modulation and Coding Error Correction, H-ARQ Fast Packet Scheduling Handset Capabilities

EUTRAN ArchitectureNetwork Elements – Node B, RNC, MGWInterfaces – Uu, Iu, Iub, IurMultiple Access Technologies – FDMA, TDMA, CDMABearer – RAB – Radio Access Bearer Types

WCDMA Technology

Load controlAdmission ControlPacket SchedulerResource ManagerPower ControlHandover Control

WCDMA Channel conceptLogical ChannelsTransport ChannelsPhysical ChannelsWCDMA Channel Processing

HSDPA Technology

COURSE OUTLINE :

1.

6.

Evolution of Standards

History of mobile communications 1G, 2G, 3G standards CDMA-2000 1xRTT

2.

4.

Evolution to 3G

5.

7.

21.

UMTS System Architecture

Radio Resource Manager

Radio Resource Manager







21.

Authentication in VPNs Gateway-Gateway Authentication Access Control Policy Access Control Rules Access Control Lists Access Control Policy Management Access Control in VPNs

8. Public Key Infrastructure (PKI) And VPNS

PKI Architecture Certification Validation Trust Models Digital Certificate Formats X.509 Digital Certificate Certificate Management System Certificate Protocols Certificate Use in VPNs

13. Power and Link Budget NetLink Budgets Uplink Link Budgets Downlink Link Budget for CPICH Downlink Link Budget for HSDPA Uplink Link Budget for HSUPA Coverage Models Coverage Calculations

14. Capacity Planning and Optimization

Basic UMTS Traffic Engineering Dimensioning Process Traffic modeling & Estimation Air interface Uplink Capacity Estimation Air interface Downlink capacity Estimation HSDPA & HSUPA capacity Estimation

15. Power Control, Link Adaptation and Handover Process

Power and capacity calculations Power Control Open loop Outer Loop - RNC Inner Loop – RBS Control Channels and their Power settings Power Ramping on RACH Softer, Soft, hard handovers Air Interface and Channels, Signaling and Antenna

Systems 16. Downlink and Uplink logical channels Downlink and Uplink transport Channels Downlink and Uplink Physical Channels Common Pilot Channel and Sync Channel Dedicated Control and Data Channel MHA Purpose.

17. Initial Parameter Settings and Cell Selection Procedures

Physical Layer Parameters Frequency Selection and Management Power Allocation Cell selection procedure

18. Intra-Frequency Cell Reselection Parameters Overview of the Intra-Frequency Cell Reselection procedure . List of Intra-Frequency Cell Reselection Parameters. Intra-Frequency Cell Reselection Trade-offs in Idle Mode. Intra-Frequency Cell Reselection Parameter . recommendations for Idle Mode. Intra-Frequency Cell Reselection in CELL_FACH State. Inter-Frequency Cell Reselection Considerations.

19. Intra-Frequency Handover Parameters and events

Intra-Frequency Handover Procedure Intra-Frequency Handover Parameters Intra-Frequency Handover events Intra-Frequency Handover Trade-offs Intra-Frequency Handover Parameter Recommendations

20. Service Optimization

21.

KPI and Layered Optimization Approach Principal KPI Definitions Voice Service Optimization Adaptive Multi-Rate (AMR) Codec Call Setup, Events, and Signaling Call Retention Event and Signaling Connection Supervision and Link Quality Indicators Troubleshooting different Failure Parameter Optimization

PS Data Service Optimization Typical PS Data Applications and QoS Profiles Channel Reconfiguration and Resource Planning PS Data Parameters

22. Inter-System Planning and Optimization

Inter-System Boundary Planning Inter-System Borders Typical Inter-System Scenarios Boundary Determination Inter-System Transition in Connected Mode Inter-System Change Procedures Compressed Mode Issues and events Inter-System Transition in Idle Mode Inter-System Cell Reselection Parameters


UMTS Signaling 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the differences between user plane and control plane.• Describe different radio access signaling and core network signaling protocols.• Learn the basic circuit switched call setup in UMTS.• Explain how the signaling and control mechanisms are used in UMTS.• Define the “Always Connected” paradigm in UMTS networks.• Describe the traffic delivery of packet data information within the UMTS network.



Description of the layered protocol channel architecture Access Stratum/Non-Access Stratum.Control Plane/User Plane.Radio Network Layer/Transport Network Layer.Logical/Transport/Physical channels.Introduction to the Protocols defined on the different interfaces

The Protocol architecture in the UE. Detailed description of each protocol: functions, procedures, message format coding. CM/MM/SMS (NAS Protocols) RRC-Radio Resource Control RLC-Radio Link Control MAC-Medium Access Control Layer Processing

22.

4. Lub-Interface ProtocolsProtocols for communication between Node B and RNC Functions and procedures of NBAP Lub Frame Protocols. Overview of the lub Transport Network Layer.

Protocols for communication between RNCs Functions and procedures of RNSAP Lur Frame Protocols An overview of the lur Transport Network Layer.

Lur-Interface Protocols 5.

Lu-Interface Protocols 6.Protocols for communication between RNC and CN Functions and procedures of RANAP Lu Frame Protocols An overview of the lu Transport

Measurements & Mobility 7. The use of common reporting events (1,2,3 and 4 series) Configuration of UE measurements using system, information and the measurement control message. Typical mobility scenarios, including cell update, soft handover, hard handover and SRNS relocation.

A detailed step-by-step description of the signalling RRR connection establishment Initial Direct Transfer and Signalling Connection. Authentication and key agreement. Security mode control. Service Request & PDP Context Activation RAB Assignment Soft Handover and SRNS Relocation.

Signalling Procedures 8.


COURSE OUTLINE :

1.

3.

UMTS Overview Network Architecture Context Storage Bearer Concepts Areas Identify Numbers.

2. UMTS Protocol Architecture

Uu-Interface (Radio Interface) Protocols


UMTS Mobility 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the UMTS radio mobility aspects.• Define the requirements of location management within the UMTS network.• Discuss core network mobility including location areas and routing areas.• Illustrate the differences between mobility when the mobile is idle and when the mobile is connected.• Understand the mobility management messaging used to support mobility in UMTS.





competitors

Location tracking when the mobile is connected to the network.Responsibilities of the mobile when it is connected.Mobility management procedures when the mobile is using common channels.Mobility management procedures when the mobile is using dedicated channels.

Location tracking when the mobile is in idle mode.Responsibilities of the mobile in idle mode.

Responsibilities of the SRNC.Support provided by the DRNC.Procedures used in SRNC relocation.

Soft Handover in W-CDMA Requirements of seamless mobility. Procedures for seamless mobility.

23.


COURSE OUTLINE :

1.

3.

Mobility Management in UMTS

Serving Radio Network Controller Relocation

Introduction to Mobility Management function. Mobility Management responsibilities.

2.

4.

Mobility Management when the Mobile is Idle

5.

Mobility Management when the Mobile is Connected


LTE Basics 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• List the motivating factors for LTE.• Describe the key concepts in the LTE air interface technology.• Describe LTE air interface channel structure.• Sketch the network architecture of LTE/ EPC.• Sketch the interworking architecture with 3G networks.

TARGET AUDIENCE : Team members of Network, GNOC, Planning, Operation & Technical Teams


The Mission of Mobile-Comm's Certificate Training

program is to help our custom-ers succeed in rapidly chang-ing technical environment and

to give them an Edge over competitors

24.


COURSE OUTLINE :

1. LTE Overview

Why LTE ? LTE main requirements LTE versus other Mobile Technologies Network Architecture Evolution LTE key features Basics of LTE Air Interface Standardization around LTE Air interface IMT Advanced LTE Summary

2. LTE /EPS Network Architecture

Network Architecture Evolution LTE/EPS Network Subsystems LTE/EPS Network Elements LTE/EPS Network Interfaces LTE/EPS Roaming Architecture LTE/ EPS interworking with 2G/3G networks LTE/EPS inter-working with Non-3GPP access technolo gies. Charging Architecture in LTE/EPS networks.

3. LTE/EPS Mobility & Session Mgmt LTE/MPS Mobility Areas LTE- UE Identifications Mobility and Connection Management Terminology LTE Mobility and Connection States

The EPS Bearer LTE/EPS Procedures Security: EPS Authentication and Key Agreement


The Rectangular Pulse Multipath Propagation. The Cyclic Prefix Multi- Carrier Modulation Orthogonal Multi- Carriers: OFDM Effect of frequency errors in OFDM SC-FDMA OFDM Transmitter and Receiver OFDM Multiple Access Subcarriers Assignment Methods OFDM implementation n in LTE/ EUTRAN LTE/EUTRAN Radio Frames OFDM Resource Block Modulation Schemes in LTE/ EUTRAN LTE/EUTRAN Frequency Variants MIMO DL & UL Peak bit rates LTE UE Categories


LTE Air Interface 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe the key concepts in the LTE air interface.• Sketch the LTE/E-UTRAN network architecture and associated interfaces and pro-tocols.• List various multiple antennae techniques of LTE.• List LTE Channels in DL and UL and map them in the frame structure.• Descibe traffic operations in UL and DL.

TARGET AUDIENCE : Management, RF Engineering Profes-sional, Radio Network Planning, Radio Network Optimization Teams.


7.

25.


COURSE OUTLINE :

1. LTE EPS Overview

Cellular Systems Overview LTE Requirements Delay and Qos Throughput & Data Rate Spectrum LTE/SAE Key Features Network arcitecture Air Interface Specification

2. Air Interface Protocols General Network Architecture & Interfaces

Network Elements and Functionalities Radio Protocols architecture RRC Tasks and States Layer 2 functions and Data flow

3. FDD and TDD Modes Basics of OFDM OFDM Transmitter OFDM Reciever OFDM key parameters for FDD and TDD Modes Data Rate calculation OFDMA

4. SC-FDMA

UMTS Release 5, HSDPA & IMS OFDM vs. SC- FDMA SC -FDMA and OFDMA Comparison SC-FDMA Principles SC-FDMA Transmitter

LTE Logical channel types LTE Transport channel types LTE Physical channel types Multiplexing of channels

General Model CRC Coding Turbo Coding Data Modulation Antenna Mapping Examples of processing DL-SCH BCH PCH MCH UL-SCH

64 QAM Operation Layer and Channels relationship Physical resource Time structure for FDD Mode Time structure for TDD Mode Overview of FDD Physical channels Cell Search

LTE Physical Channels &ProceduresOFDMA

5. LTE Radio Channels

6. Transport Channel Processing






25.


Initial Access LTE downlink Transmission LTE Uplink Transmission TDD Physical Channels

8. Radio Resource Management

Network Architecture Evolution RRM in eNode B Radio Admission Control Scheduling Link Quality Control -Adaptive Modulation and coding -Modulation and Transport Block Size -Outer Link Quality Control -Power Control Handover Control Discontinous Transmission Differences with UMTS RRM

9. LTE Measurements Overview of LTE measurments Physical Layer Measurements Timing Advance CQI Measurments Cell selection and Reselection Handover Measurments

Timing Advance Transmission modes in 3GPP Antenna Mapping and Precoding Transmission Diversity Spatial Multiplexing

Timing Advance Overview of FDD Performance Evolution Peak Bit Rates Coverage Throughput TDD Performances Comparison with performance of UMTS

10. MIMO For LTE

11. LTE Performance


LTE-RF PLanning 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• List the motivating factors for LTE.• Describe the key concepts in the LTE air interface technology.• Explain the process of radio network, planning and design.• Describe the frame structure, DL & UL channels.• Explain multiple antennae techniques in LTE and selection considerations.

TARGET AUDIENCE : RF Engineering Professionals, Network Planning Team, Network Optimization Teams


Define new projects or use existing projects. Create and use vectors and polygons Set up an LTE Network Use fields, filters and visualizers Perform coverage planning Model and spread traffic Perform neighbor planning Perform frequency planning Plan the physical cell Ids Use the stimulator Generate Reports


COURSE OUTLINE :

1. LTE OVerview Why LTE ? LTE main requirements LTE versus other Mobile Technologies Network Architecture Evolution LTE key features Basics of LTE Air Interface Standardization around LTE Air interface IMT Advanced LTE Summary


The Rectangular Pulse Multipath Propagation. The Cyclic Prefix Multi- Carrier Modulation Orthogonal Multi- Carriers: OFDM Effect of frequency errors in OFDM SC-FDMA OFDM Transmitter and Receiver OFDM Multiple Access Subcarriers Assignment Methods OFDM implementation n in LTE/ EUTRAN LTE/EUTRAN Radio Frames OFDM Resource Block Modulation Schemes in LTE/ EUTRAN LTE/EUTRAN Frequency Variants MIMO DL & UL Peak bit rates

3. LTE Radio Network Planning Process

4. Coverage Planning & Cell Range Calculation

Planning ProcessRadio Propagation fundamentals Propagation Mechanisms Multipath & Fading Propagation Slope and different Environment

LTE Link Budget Link Budget Modulation & Coding Schemes Transmitter Section Receiver Section Interference Margin Channel Coverage Reliability & Slow Fade MarginPropagation Models

5. Capacity Planning

System Overhead Capacity Calculations Capacity No. of Sites

6. LTE Planning On Tool

26.


LTE Signaling 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand LTE/EPC Network Architecture.• Explain Radio Interface Protocols & Procedures.• Explore LTE Connection Management Signaling.• Describe LTE Mobility Management Signaling.• Explain Non-Access Radio Stratum Procedures.

TARGET AUDIENCE : RF Engineering Professionals, Network Planning Team, Network Optimization Teams


Describe LTE/EPC network architecture: network elements and network interfaces.Understand the concept of EPS bearer and Quality of Service.Recognise the main identities across LTE/EPC network.

Understand functions performed by each protocol in the radio interface.Understand the concept of Radio Bearer, Logical Channels,Transport Channels and Physical Channels.Explain important RRC procedures.Mention procedures related to PDCP, RLC, MAC and Physical Layers.

3. LTE/EPC Network Interface ProtocolsMention protocols build up LTE/EPC network on each interface.Explain important procedures on SCTP, X2AP, S1AP, GTP-C,GTP-U, DIAMETER and PMIPv6 protocols.Remember message structure of mentioned protocols above.


5. LTE Mobility Management Signalling

COURSE OUTLINE :

1. Review of LTE/EPC Network Architecture

Understand EPS Mobility Management (EMM) related procedures within LTE/EPC network.Understand signalling messages flow in different LTE/EPC interfaces to support EMM.

Understand the concept of EPS Connection Management.Trace the basic signalling flow for connection management

2. LTE Radio Interface Protocols and Procedures

4. LTE Connection Management Signalling

6. Non-Access Stratum Procedures


our customers succeed in rapidly changing technical environment and


27.


CDMA2000 Fundamentals 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the concepts of CDMA and compare them with other wireless technologies.• Identify key players, standards & organizations.• Explore coding schemes used in CDMA. • List forward & reverse link channels of IS95/CDMA2000 and their functions.• Discuss call setup, maintenance ansd release operations.





competitors

Registration.Idle handoffs.Soft and softer handoffs.Hard handoffs.

CPN Codes and their characterstics.Orthogonal Code and its characterstics.Walsh code generation techniques.Use of codes in CDMA.

Call Processing

Call processing state machine. System determination & acquisition. Idle mode operations. System access operations. Call Setup and release operations. Mobile initiated call Setup. Mobile terminated call Setup.

Need and benefits of power control. Reverse link power control. Forward link power control.

7.

28.


COURSE OUTLINE :

1. Overview

Concepts of CDMA. Spread spectrum technology. Key characterstics of CDMA. Comparison with FDMA & TDMA..

Coding Basics

3. CDMA Channels

5.

Mobility and Handoffs

Variable Rate Coding. Encoding and interleaving. Walsh Spreading. Scrambling PN Spreading. Orthogonal Modulation.

Physical and logical channels. Forward Link Channels. Reverse Link Channels. Control and traffic channels. Rate sets and Multiplexing.

2.

4. Physical Layer Operations

6.

Power Control


Overview of CDMA2000 Networks 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the history of CDMA2000 and the motivation behind designing CDMA2000 standards.• Describe the limitations of existing IS-95 networks.• Understand the CDMA2000 network architecture with focus o packet data networks. • Define the key features of the 1x air interface option.• Understand interoperability issues between IS-95 networks and CDMA2000 network





competitors

Introduction to the architecture of CDMA2000 networks.New Packet data components of the CDMA2000 network.

CDMA2000 Mobility

Characterstics of 3G networks. Limitations of IS-95 networks. Requirements to remove these limitations. CDMA2000 key goals.

Key features of the CDMA2000 air interface. CDMA2000 capacity enhancement features.

Evolution from IS-95 to CDMA2000 networks 6.

Need and benefits of Power control.Reverse link power control.Forward link power control.

29.


COURSE OUTLINE :

1.

IS-95 Architecture

3. CDMA2000 Architecture

5.

Overview and purpose of the Attach Procedure. Function and contents of the SGSN. Subscriber Data Profile. Introduction to the packet mobility. Management layer in the SGSN.

Radio network mobility procedures. Packet core network mobility procedures.

2.

4. Overview of CDMA2000 Air Interface

Motivation for CDMA2000


Exploring CDMA2000(1x) Networks 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Exploring the distinctiveness of CDMA2000(1x) in the context of 3G technology.• Discuss the differences between the 2G CDMA air interface(IS-95) and its 3G successor (IS-2000).• Understand the functions and details of the various protcol layers in the radio network. • Illustrate how CDMA2000(1x) achieves higher data rates.





competitors

Issues related to mobility in the internet.Solutions to support mobility in thye internet.Mobile IP architecture and operations.End-to-end mobile IP session setup flow including DNSand web servers.

Physical layer functions.Variable length Walsh Codes.CDMA2000 enhancememts.Forward and reverse link channels.

CDMA2000(1x) Packet Core Network

Voice and packet data call setup. Bandwidth on demand. Support for Packet data

3G characterstics. Current 3G landscape and evolution of IS-95. CDMA2000(1x) key features and standards. CDMA2000(1x) network architecture.

7. IS-95 vs. CDMA2000(1x)Packet Data enhancements.System Capacity enhancements.Paging and access enhancements.

8. Looking ahead-1x Evolution1xEV-DO


COURSE OUTLINE :

1.

GSM Network Architecture

3. MAC/LAC Layers (Layer 2)

5.

Mobility in internet & Mobile IP

Multiplexing and QoS. Radio Link Protocol.

Network Architecture, interfaces and protocols. PDSN functionality and selection algorithm. AAA and related protocols.

2.

4. Upper Layer (Layer 3)

6.

Introduction

30.


CDMA2000 Air Interface 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Define the 3G radio interface requirements and evolution strategy of IS-95.• Identify the CDMA2000 radio interfaces and related protocols.• Understand the key differences and similarities between IS-95 and IS-2000 systems.• Study the packet data characterstics and how the “always connected” paradigm of a packet data call is supported over the air interface.





competitors

Overview of the CDMA2000 architecture.Key functions of the air-interface.

CDMA2000 spectrum used.

6. Concurrent Services and QoS Requirements to support simultaneous voice calls & data calls.

QoS mechanism in CDMA2000.

7. Interoperability with IS-95

Requirements for interoperability between CDMA2000 and IS-95.

31.


COURSE OUTLINE :

1. IS-95 Evolution to 3G

Requirements for support of higher data rates. CDMA 2000 evolution paths.

CDMA2000 Radio architecture

3. Key Functions of CDMA Systems

5.

Enhancements for Packet Data 1CDMA2000 supported data rates. Bandwidth on demand requirements on the supplemental channels. Differences between sessions and connections. Packet data enhancements.

Quick paging Channel. Access operations enhancements. Capa.

2.

4.

CDMA2000 Air Interface Enhancements


1xEV-DO Networks 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explore the relationship between 1xEV-DO and CDMA 2000.• Define important features of 1xEV-DO such as air interface, peak data rates etc.• Study 1xEV-DO air interface details including the protocol layering.• Discover the forward link and reverse link features.• Explore interoperability configurations, understand how user originated session setup occurs in an 1xEV-DO system.





competitorsOverview of the 1xEV-DO architectureNew 1xEV-DO components and interfaces

32.


COURSE OUTLINE :

1. 1x EV-DO Introduction

Introduction to 1xEV-DO Motivation for 1xEV-DO 1xEV-DO standards 1xEV-DO data rates in forward and reverse directions How are higher data rates achieved in 1xEV-DO

1xEV-DO air interface functions and capabilities Rational for data rate increases in 1XEV-DO

1xEV-DO Architecture

3. 1xEV-DO Air Interface

5.

1xEV-DO Forward Link Details

1xEV-DO forward link channel structure Important forward link features

1xEV-DO reverse link channel structure Important reverse link features

2.

4.

1xEV-DO Reverse Link Details


Overview of 1xEV 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the limitations of 1x and the need for evolution to 1xEV.• Identify the key players, standards and organizations.• Discuss the key contributors for achieving higher data rates.• Define 1xEV-DO and 1xEV-DV features and services.• Explore the transition from CDMA2000 (1x) to 1xEV.• Define key differences between 1xEV-DO and 1xEV-DV.

TARGET AUDIENCE : The course is for anyone seeking a con-ceptual understanding of the architecture, attributes and future of 1xEV networks.




competitors

Network architecture of 1xEV-DO.Network architecture of 1xEV-DV.Air interface and network standards.Role of AN-AAA.

Limitations of CDMA2000(1x). Key goals and requirements. Key features and attributes of 1xEV-DO. Key features and attributes of 1xEV-DV. 1xEV key players and market.

Overlay deployment of 1X EV-DO.Backward compatibility with CDMA2000(1x).

6. 1xEV Functional Comparison

Support for QoS Scheduler approachesHigher rates for forward and reverse link.Support for broadcast/multicast services.Fast Call setup enhancements.Support for MEID

Link Adaptation philosophies. Comparison of key benefits and features. Impact of WLAN on CDMA2000(1x). Feature comparison with EDGE and UMTS.

End-to-End Call scenarios 7. Data Call Setup in 1xEV-DO Networks. Voice and Data Call Setup in 1xEV-DV Networks.

33.


COURSE OUTLINE :

1.

1xEV System Architecture

3. Key Contributors

1x EV Deployment

Link adaptation. Fast Cell selection. Adaptive coding and modulation. Hybrid ARQ operations.

2.

4. 1xEV Features & Services

5.

Motivation for 1xEV


CDMA2000 Packet Data Networks 1 Week

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Review the CDMA2000 packet data network architecture.• Describe the detailed functionality of PDSN/FA, AAA and HA.• Define the network services provided by CDMA2000. • Study the open R-P interface and details of R-P sessions.• Understand simple IP service in detail including session setup, handoffs and roaming.





competitors

CDMA2000 Packet data network components.CDMA2000 network services.Function of Simple IP and Mobile IP.

Characterstics of the IOS and R-P interfaces.Relationship between the IS-2000 air interface and CDMA2000packet data services.

6. Mobility and Roaming Packet Zones and dormant handoffs. Roaming Support during a packet data session.

7. Accounting for Packet Data Services The AAA accounting model. Accounting records in the CDMA2000 network.

Differences between dynamic IP addresses and PermanentIP address.

8. Service Examples

VPN service establishment examples. Instant Messaging application example.

34.


COURSE OUTLINE :

1. CDMA2000 Network Refresher

Overview of the CDMA2000 architecture.

CDMA2000 Packet Data Network Architecture

3. CDMA2000 Packet Data Network Proocols & Interfaces

5.

Simple IP Services

Requirements of the “Always Connected” paradigm. Packet Data States

Simple IP session establishment.

2.

4.

Packet Data States


BSS COMMISSIONING AND INTEGRATION MODULES 1 Month

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explain the operational theory of BSS.• Explain BSC and Tcsm commissioning.• Study BSC Integration.• Explain the operational theory of Flexi Edge BTS Units.

TARGET AUDIENCE : BSS O&M Engineers, RNC O&M Engineers,Installation and Commissioning Engineers.




competitors

Overview of GSM concepts GSM Channels Network architecture Traffic management

Creation of Abis InterfaceCreation of A interfaceCreation of Gb interface Creation of TCSM

5. BSC and Tscm Commissioning Commissioning Flexi BSCTCSM Commissioning

35.

Introduction to platform basicsMMI System EssentialsI/O system essential File Essentials and administrationsSoftware package Essentials and Administration

2G BTS architecture and functionalityIntroduction to Flexi Edge Bts Units and functionalitiesMicrowave solutions for transmission Flexihopper and Metro hopper Metro Hub Flexi packet radio

Flexi BTS InstallationFlexi BTS Configurations Flexi BTS commissioning and Integration

7. BSS Integration


COURSE OUTLINE :

1.

Introduction to DX 200 Platform

3. BSS Essentials .

2.

4. Access Network Essentials

Introduction to 2G Technologies

Interface & ProtocolsBSC Architecture & functionalityTranscoder functionalityTraffic channelsAdjacent cell handlingGPRS Essentials and Gb Interface

6. Flexi Edge BTS Commissioning


BSS OAM MODULES 2 Weeks

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explain BSS operation and maintenance.• Explain Flexi EDGE BTS Troubleshooting.• Explain Flexi EDGE BTS operation and maintenance.

TARGET AUDIENCE : NBSS O&M Engineer, RNC O&M Engineer, Installation and Commissioning Engineer.





36.

NED and NOLS introduction

Flexi EDGE BTS OAMFlexi EGDE BTS TSH


COURSE OUTLINE :

1. BSS Overview

Alarm Handling Interrogating Test Bed Handling preventive maintenance tasks Unit Administration and PIU replacement RNW supervision in BSC Database Administration General DX 200 Service terminal command Descriptions BSC Specific ST Commands BSC restoration

Network architectureInterface and protocols

2. Online services and NED

3. BSC Maintenance and TSH

4. Flexi WCDMA BTS OAM and TSH


RNC COMMISSIONING AND INTEGRATION MODULES 1 Month

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explain the operational theory of RNC.• Explain RAN Architecture and Functionality.• Study RNC Integration.• Explain the operational theory of WCDMA Flexi BTS Units.

TARGET AUDIENCE : BSS O&M Engineers, RNC O&M Engineers,Installation and Commissioning Engineers.




competitors

Overview of UMTS concepts3G Network architectureUMTS Air InterfaceUMTS Signalling

Creation of Iu-B over ATMCreation of Iu-B over IPCreation of Iu-CS over ATMCreation of Iu-CS over IPCreation of Iu-PS over ATMCreation of Iu-PS over IpCreation of Iu-r interface

5. RNC Commissioning

Commissioning of RNC 2600

37.

Introduction to platform basicsIntroduction to OMS MMI System EssentialsI/O system essentialsFile Essentials and administrationsSoftware package Essentials and Administration

3G BTS architecture and functionalityIntroduction to UMTS Flexi Bts Units and functionalitiesATM and IP essesntials

Flexi BTS InstallationFlexi BTS Configurations Flexi BTS commissioning over ATMFlexi BTS commissioning over Ip

7. RNC Integration


COURSE OUTLINE :

1.

Introduction to IPA 2800 Platform

3. RAN Essentials .

2.

4. Access Network Essentials

Introduction to 3G Technologies

Interface & ProtocolsRNC Architecture & functionalityIntroduction to 3G evolutionRAN Transmission

6. WCDMA Flexi BTS Commissioning


Copyright 2010 MobileComm Professionals, Inc.

RNC OAM MODULES 2 Weeks

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explain RNC operation and maintenance.• Explain Flexi WCDMA BTS Troubleshooting.• Explain Flexi WCDMA BTS operation and maintenance.

TARGET AUDIENCE : NBSS O&M Engineer, RNC O&M Engineer, Installation and Commissioning Engineer.





40.

NED and NOLS introduction

Flexi WCDMA BTS OAMFlexi WCDMA BTS TSH

COURSE OUTLINE :

1. UTRAN Overview

Alarm HandlingInterrogating Test BedHandling preventive maintenance tasksUnit Administration and PIU replacementService terminal DescriptionsCD Installation and upgrade Procedure.RNC restoration.Unit startup and supervisionOMS applications and Fault Management.

Network architectureInterface and protocols

2. Online services and NED

3. RNC OAM

4. Flexi WCDMA BTS OAM and TSH


NGN Transmission Expert 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Explain Next Generation Networks in Detail.• Detail the Wireline and Wireless Broadband Networks.• Discuss the Overview of Voice and Video Transport over IP.• Explain NGN Architecture, Protocols and Applications.

TARGET AUDIENCE : Those interested in understanding the next generation networks topics, architec-tures and implementation issues.


Voice, video and data over packets Overview of IP network NGN core NGN access IP Networks and Real-Time Applications Wireline and Wireless IMS (IP Multimedia Subsystem)

xDSL alternatives Packet Cable Cable/DOCSIS/PacketCable Wireless Broadband Wireline Access Technologies Digital Subscriber Line xDSL Capabilities Cable Networks – Components and Architecture The DOCSIS Fibre Distribution Hybrid Fibre and Cable (HFC) Fibre to the Curb (FTTC) Fibre to the Home (FTTH) Passive Optical Networks (PON) PON Variants PON Components and Architectures

3. Advanced IP Networking Overview of Ethernet GigE and Metro Ethernet L2 and L3 Aggregation Precedence and Quality of Service Overview of IP Security IPSEC AAA, RADUIS and DIAMETER

Overview of virtual private networks (VPNs)Multi Protocol Lable Switching (MPLS)Managing TCP/IP networksWorking with IP toolsIPv6

Overview of IPv6 VoIP Protocols IPTV and HDTV Mobile TV DVB-H/IPDC Multimedia Broadcast/Multicast Service (MBMS) Mobile TV Platforms Entertainment and interactive content MPEG-2 MPEG-4 VLAN L2/L3 Aggregation Multicasting and IGMP

NGN Requirements Architecture and Protocols End to end QoS Traffic Engineering Service platforms Network management for NGN Lawful interception Security NGN Services Peer-to-Peer (P2P) networking Push-to-Talk MPLS and MPLS/VPNs Optical networking FTTx Passive Optical Networks (PON) PON network architecture APON BPON GPON EPON GEPON CPON ITU-T G.983.x ITU-T G.984.xIEEE 802.3-2005 clauses 64 and 65


COURSE OUTLINE :

1.

.

2.

4. Overview of Voice & Video Transport Over IP

Introduction to NGN

5.Broadband Wireline & Wireless Alternatives

NGN Requirements, Architecture & Protocols

39.







39.

Self-Defending networks Ethernet's ongoing evolution GigE Metro Ethernet GMPLS Advanced optical and photonic

6. NGN Applications & Architecture All IP Core MPLS and MPLS IP VPN WebTV/IPTV Metro and Long-distance Ethernet / VPN services Fixed-Mobile Convergence Alliance (FMCA) Mobile VoIP Fixed-Mobile Convergence IP Multimedia Subsystem (IMS)


SDH Basics 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand SONET/SDH Technology.• Understand SONET/SDH Transmission Hierarchy• Understand SDH Network Elements• Develop SDH network architecture and configuration using Terminal Multiplexer, Regenerator, Add/Drop Multiplexer (ADMs), Digital Cross-Connects and Digital Loop • Understand Protection Switching

TARGET AUDIENCE : Technical managers,communications pro-fessionals, software engineers, system engineers, network professionals,and others who plan on working with SONET/SDH, D/WDM and optical networks


Pointers, MUX/ DEMUX Reduced Back-to-Back Multiplexing Optical Interconnect Multipoint Configurations Convergence, ATM, Video, and SONE/SDH Grooming Reduced Cabling and Elimination of DSX Panels Enhanced OAM&P Enhanced Performance Monitoring

2. Fiber optic transmission Optical fibers structure Optical amplifiers Light sources and transmitters Photodiodes and receivers Optical communication systems Optical components


Introduction

Executive Summary

Overview of Fiber Optics Communication

3. SONET/SDH Architecture & Services Evolving CPE/ILEC/IXCs Infrastructure & Services Inter-Office & Core Networking with SONET/SDH SONET/SDH in the Feeder Section Loop Section & the Last Mile ADSL (Twisted Pair) HFC (Coax) Strategies for DWDM &SDH in the 21st Century

5. Synchronous Digital Hierarchy (SDH)

Basic Rates Frame Structure Overhead Bytes STM-4, STM-16 and STM-64 Tributary Units (TUs) SONET and SDH Compatibility

6. SDH Overhead Regenerator Section Overhead Multiplex Section Overhead Higher-Order Path Overhead (VC-4/VC-3) Lower-Order Path Overhead (VC-2/VC-1) SDH Anomalies, Defects, Failures, and Alarms SDH Error Performance Monitoring SDH Pointers Payload Pointers Positive Pointer Justification Negative Pointer Justification SDH Multiplexing SDH Tributary Multiplexing Tributary Unit Group TU Multiframe TU Payload Pointer Automatic Protection Switching Multiplex Section Protection, K1/K2 Bytes 1+1 Protection 1:N Protection

40.

COURSE OUTLINE :

4. Benefits of SONET/SDH

Optical Networks Fiber Optic Fundamentals Access, metro, long hual networks SONET/SDH Overview Overview, Architectures and Services SDH in Enterprise Networks & LANs Convergence of Services Overview of SDH Structure & Formats Overview of SDH Products & Features Overview of SDH Networking

1.



7.

Terminal Multiplexer Regenerator Add/Drop Multiplexer Digital Cross-Connects Digital Loop Carrier Protection and Survivability SONET Rings Element Managers

Straturn Clock Plesiochronous Clock Overview of BITS

Technical Advantages Redundancy Layers & Functions Network path, line, and section Multiplexing Frame Structures/Formats Ring Configurations (terminals, drops, inserts) Network Synchronization (timing, modes, pointers, issues) Applications & Services

9.



competitors

SONET Synchronization & Timing

SDH Network Elements

SDH Network Topologies & Configurations 10. Point-to-Point Point-to-Multipoint Hub Architecture Ring Architecture

11. Managing SDH Networks & Services Customer and Carrier Advantages OAM&P Multi-vendor Interoperability and Management Routing Event Management Performance Management Integrated SONET/SDH Management Standards for Network and Service Management SDH Rings SDH Services

12. SDH, IP, ATM, WDM & DWDM Integration Interworking Issues and Challenges Protection and Restoration Network Management and Service Delivery Mapping IP on SDH MPLS/GMPLS QoS


8. SDH Network Architecture


Advanced SONET/SDH 3 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand Digital Voice and Plesiochronous Digital Hierarchy (PDH).• Overview of Digital Network Synchronization.• Explore Benefits and Features of SONET/SDH• Understand Automatic Protection Switching (APS), Add/Drop Multiplexers (ADMs) & Digital Cross-Connects (DCCs).• Explore the evolution of Timing and Synchronization

TARGET AUDIENCE : Technical managers, consultants, commu-nications professionals, software engi-neers, system engineers, network professionals, and IT professionals.


Digital Network Synchronization Network Timing and Synchronization Concepts PDH Relationships and Network Elements Frequency Justification Limitations of PDH

3. SDH Path Overload & Payload Mappings


Digital Voice and Plesiochronous Digital Hierarchy (PDH)

DS-3 Mapping into VC-3 E-4 Mapping into VC-4 TUG-3 and TU-3 Virtual Tributary / Tributary Unit Group Pointers and Payload Mappings Tandem Connections ATM Cell Mapping Packet over SDH Mapping 10G Ethernet over SDH Limitations of Octet HDLC in High Bit Error Ratio (BER) Simplified Data Link (SDL) Protocol

SONET/SDH Network Elements & Applications 4. Terminal Multiplexers (TMs) Functional Block Diagram of TMs Automatic Protection Switching (APS) APS Details Linear APS, 1+1, 1:n, 1:1, Bidirectional, and Unidirectional Revertive and Non-Revertive Meaning and Operation of K1 and K2 Bytes Add/Drop Multiplexers (ADMs) Functional Block Diagram of ADMs Types of Rings, Ring and Span APS UPSR and BLSR, MS-USHR, Virtual Rings, SNCP, MS-SP Ring, and MS-DP Ring Limitations of TDM Rings and Methods to Resolve Them Digital Cross-Connects (DCCs) The Role DCCs in Rings, Meshes, and Virtual Rings Next Generation Digital Loop Carrier (NGDLC) Digital Subscriber Line Access Multiplexers (DSLAMs) SDH Interfaces on Switches and Routers

5. Synchronizing SDH Evolution of Timing and SynchronizationVirtual ContainerRegenerator Section OverheadMultiplex Section OverheadHigher-Order Path Overhead (VC-4/VC-3)Lower-Order Path Overhead (VC-2/VC-1)Anomalies, Defects, Failures, and AlarmsError Performance MonitoringPointersPayload PointersPositive Pointer JustificationNegative Pointer Justification

6. SDH Mulitiplexing SDH Tributary Multiplexing Tributary Unit Group TU Multiframe TU Payload Pointer Automatic Protection Switching Multiplex Section Protection, K1/K2 Bytes 1+1 Protection 1:N Protection SDH Telecommunications Standard Primer

COURSE OUTLINE :

2. SONET/SDH : Protocols & Concepts Benefits and Features of SDH Evolution from PDH to SDH Plesiochronous Networks Building-Block Signals Unifying SONET and SDH Frame Structures Overhead Functions SDH Rates and Architectures Details of Pointer Processing Pointer Adjustment, Positive and Negative Justification Pointer Errors

1.

41.







All IP Core MPLS and MPLS IP VPN WebTV/IPTV Metro and Long-distance Ethernet / VPN services Fixed-Mobile Convergence Alliance (FMCA) Mobile VoIP Fixed-Mobile Convergence IP Multimedia Subsystem (IMS)

41.


Advanced DWDM 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand advanced optical communications topics.• Explain advanced DWDM Network Designs and Engineering.• Design and evaluate optical components in a DWDM network• Learn about the effects of noise in signal propagation, especially from OSNR and BER perspectives.• Classify and design DWDM networks based on size and performance.

TARGET AUDIENCE : Technical managers, consultants, commu-nications professionals, software engi-neers, system engineers, network professionals, IT professionals and others who plan working with SONET/SDH, D/WDM and optical networks


2. DWDM Impairments


Spectrum Availability, Occupancy, Efficiency Bandwidth & Distance Limitations Noise, Dispersion, Non-linearities Four Wave Mixing (FWM) Cross-phase Modulation (XPM) Stimulated Brillouin Scattering (SBS) Stimulated Raman Scattering (SRS) Chromatic Dispersion (CD) Polarization Mode Dispersion (PMD) Amplified Spontaneous Emission (ASE) Modeling of Nonlinearities Noise-like penalties Illustrations with System Examples Optical Power Damage Threshold Fiber Components

4.

5.

DWDM Components & Architecture

6. Networking with DWDM

Analysis of Optical Components Parameters common to all optical components Optical Filters Optical Couplers Optical Power Attenuators Polarizer and Rotators Beam Splitters Optical Isolators and Circulators Optical Multiplexers and Demultiplexers Optical Cross Connects (OCXs) Optical Add Drop Multiplexers Optical Equalizers Light Sources Laser Beams Modulators Photodetectors and Receivers Optical Amplifiers Wavelength Convertors Optical Phase-Locked Loops Ring Resonators Optical Attenuators Optical SNR

Advantages EDFA Disadvantages Limited to C and L bands Pump Laser Erbium Doped Fiber Wavelength Selective Coupler Isolator A Comparison between EDFE, Raman Amplifier and SOAs

Noise Sources: ASE, Shot, Thermal, etc. Not-Return-to-Zero (NRZ) vs. Return-to-Zero (RZ) Transmission. Dispersion and PMD Compensation The Effects of Optical Crosstalk

EDFA Details

Optical Systems and Components Analysis Optical Transmitters: Lasers

COURSE OUTLINE :

DWDM Anatomy DWDM Impairments Multi wavelength Transmitters Multichannel Receivers DWDM Optical Amplifiers Wavelength Converters Modal Effects Scattering Effects Miscellaneous Effects

1.

43.







Modulation: Direct and External Optical Receivers: Photodetecters Couplers and Circulators Cavities and Filter Complex Components: Transponders Optical Switches Mechanical Switches Acousto-Optical Switches Micro-mechanical switches (MEMS) 2D MEMS (Bar State) 3D MEMS Switch Operation Electro-Optical and Thermo-Optical Switches Bubble Technology Liquid Crystal Switches Hologram-based Switches Factors That Affect System Design Effect of Chromatic Dispersion Q-Factor and OSNR What is the Q-factor? Methods to determine the Q-factor Asynchronous sampling (voltage histogram) Synchronous sampling digital sampling scope single decision threshold method dual decision threshold method Q-factor applications System test during manufacturing Installation of optical networks System optimization Maintenance and troubleshooting System monitoring Calculation of Q-Factor from OSNR Margin Requirements Design Using Chromatic Dispersion Compensation OSNR and Dispersion-Based Design Effects of FWM and XPM on Long-Haul Design PMD in Long-Haul Design Forward Error Correction (FEC)

Non-linear effects Simulation and testing

8. DWDM SPAN Engineering Engineering a DWDM link Power Budget Design What are the factors? Digital Modulation Formats Fiber Impairments Loss Dispersion Nonlinear Effects (SPM, XPM, FWM, Raman) Polarization Dependent Effects (PDL and PMD) Noise Sources and Noise Accumulation Bit Error Rate and Signal-to-Noise-Ratio Signal Crosstalk DWDM Systems Design Amplifier power Amplifier spacing Fiber types Channel count and bit rate Channel Bit Rate Dispersion and polarization

DWDM Testing, Measurement and OAM&P9. Test and Measuring Devices Characterization of a DWDM Mux and Demux Characterization of a DWDM OADM EDFA Testing Optical Waveform Analysis Complete DWDM End-to-End Component conformance tests Parameter tests on optical fibers System installation tests System optimization tests System acceptance tests

43.


Optical Networking Overview 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand advanced optical communications topics.• Explain different types of Fiber Optics.• Design All-Optical Network Architecture.• Learn about the differences between SONET/SDH and WDM/DWDM.• Explore Optical Switches, Routers, Cross-Connects and Processors

TARGET AUDIENCE : Technical managers, consultants, commu-nications professionals, software engi-neers, system engineers, network professionals, IT professionals and others who plan working with SONET/SDH, D/WDM and optical networks


2. Advanced Topics


Light Sources Introduction to Fiber Optic Systems Propagation of Signals in Optical Fiber Optical Network Breakthroughs Modulation and Demodulation Transmission System Engineering

4.

Overview

All Optical Network Architecture & Design Control and Management Configuration, Fault and Performance Management Protection Concepts, Deployment Considerations IP, ATM, DWDM and the Future of SONET/SDH

3. Photonic Networks First-Generation Optical NetworksSecond-Generation Optical NetworksWavelength Routing NetworksOptical Core Networks Technology Trends Optoelectronic DevicesOptical ComponentsOptical Amplification Optical TransmittersTunable Lasers




COURSE OUTLINE :

Different type of fiber optics Differences between SONET/SDH and WDM/DWDM All-optical network Will optical networks means the end of the existing telecom structure? What is next? Future of photonic switching? Will we have the photonic equivalent of the Pentium chip?

1.

44.


Next Generation Fiber Networks 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe the different fiber optic technologies available for Next Generation Loops.• Consider the sizing and design of a NGN access and aggregation networks.• Select the appropriate Ethernet technology standards for deployment.

TARGET AUDIENCE : Anyone requiring an in-depth knowledge of Next Generation Fiber Networks.This includes Pre-Sales Engineers, Product Specialists, and other job roles.


2. Fiber Optic Technology Options


Fiber optics subsystems FTTH, FTTA, FTTP, FTTC, FAITH, Multi-mode and Single mode fiber engineering Transmitters and receivers

6.

Next Generation Network Design Requirement

10GBASE-LR, 10GBASESW, 10GBASE-LW, 10GBASE-EW IEEE 802.1Q VLANs Q-in-Q and MAC-in-MAC

Aggregation & Protection Options

3. Wavelength Considerations Wavelength Division Multiplexing (WDM) Dense Wavelength Division Multiplexing (DWDM) Course Wavelength Division Multiplexing (CWDM) Difference between Passive and Active Optics

4. Access Subsystems

IEEE 802.3 options Optical Ethernet Options Ethernet in the first mile 1000BASE-LX, 1000BASE-SX 10GBASE-SR, 10GBASE-LX4, 10GBASE-ER

Aggregation Options Building Aggregated Backhauls Rapid Packet Ring (RPR)




COURSE OUTLINE :

Next Generation Network Requirements Loop Requirements Backhaul

1.

Passive Optical Networks (PON) ITU-T G.984 ATM Passive Optical Networks (APON) Broadband Passive Optical Networks (BPON) Gigabit capable Passive Optical Networks (GPON) Ethernet Passive Optical Networks (EPON) Transition from SONET/SDH to Ethernet based systems Carrier Ethernet-Based Converged Services Infrastructure

5. Ethernet in the First Mile & the Backhaul

45.


Optical Transport Networking 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the demand for OTN bandwidth.• Describe the problems associated with old technologies.• Describe current SDH/DWDM transmission techniques.• Describe the functionality of the various transmission mediums available.• Identify the features and functionality of OTN Systems.• Define the issues involved in equipment and application rollout.

TARGET AUDIENCE : Technical managers, consultants, commu-nications professionals, software engi-neers, system engineers, network professionals, IT professionals and others.



3.

Introduction

2. Optical Transmission-High Speed Technology High-Speed in LANs and WANs Gigabit and 10 Gigabit Ethernet SDH with 10 and 40 Gbps DWDM—Principle and Technology Important Advantages Setup of a WDM Mux Channel Separation with DWDM DWDM Measurements DWDM—Practical Application Connection to Routers Data Communications in the Campus Area DWDM in the LAN DWDM in the MAN Pros and Cons—Disadvantages of WDM

The World of Optical Fibers Optical Fiber Types of the Metro and WAN Area The New Generation: Hollow Fiber Network Optimization with Optical Fibers

Optical Add/Drop Multiplexers (OADM) Application of OADMs Configurable OADMs Optical Cross-Connects Application Options Schematic Setup of Optical Cross-Connects Optical Switches—Various Solutions MEMS—Technical Data Thermo-Optical Switches The Bubble Switch Liquid Crystal Switches Optical Routers Optical Transport Networks (OTN) and Digital Wrapper

4. Optical Networks - Wavelength Optical Networks in Practical Application DWDM Networks Transparent Optical Networks—Wavelength Path Routing The Future—Virtual Wavelength Path Routing MPLS and Optical Networks Optical Protection Concepts Dedicated Protection Shared Protection Unidirectional and Bidirectional Rings MS Shared Protection All-Optical Protection Mechanisms

Optical Switching




COURSE OUTLINE :

The World Today—Growth and Limits Traffic Streams & Technical Limitations Facts about Fiber Optics Light and Light Propagation Attenuation and Optical Windows Dispersion Optical Interfaces Backscattering Measurement Using OTDR LASER—In the Focus of Interest Overview of Important LASER Types Tunable LASERs and their Application Optical Amplifiers—The Power of Light Application Examples

1.

46.


Gigabit Passive Optical Networking (GPON) 5 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand Fiber Based Systems.• Understand GPON Fiber Termination• Define FTTN, FTTC, FTTH• Explore the GPON OSP Design.• Describe GPON components and management.

TARGET AUDIENCE : Anyone requiring an in depth knowledge of the principles and applications of Pas-sive Optical Networking and Fibre to the X (FTTx) applications and their associated equipment, its flexibility and function


1.


Fiber to the Home (FTTH)FTTC (Fiber to the Curb)FTTN (Fiber to the Node)FTTD (Fiber to the Desk)FFTH marketSingle Mode Fiber (SMF)Multimode Fiber (MMF)Passive Optical Network (PON)Gigabit Passive Optical Network (GPON)Gigabit Ethernet Passive Optical NetworkTime Division PON (TDM-PON)Wave Division Multiplexing PON (WDM-PON)1Gbps, 10G, 40G, 100GOptical Splitters 1x8, 1x16, 1x32, 1x64, 2x64SAN (Full service Access Network) NGA (Next Generation Access)AWG (Arrayed Waveguide Grating) SplittersStrategies for TDM-PON to WDM-PON Migration

Definitions FTTN, FTTC, FTTH

GPON OSP Design

GPON field testingGPON field installation verificationGPON Physical Layer TestingOptical Time Domain Reflectometer OTDROptical Power SourceOptical Power MeterOptical Return Loss (ORL)

3. GPON Fiber Termination

Reference Model

4. GPON ITU-T G.984.1 GPON General Characteristics

5. GPON ITU-T G.984.2 Physical Media Dependent (PMD) Physical Layer

GPON ITU-T G.984.3 Transmission Convergence6. Frame StructureGPON Encapsulation Method (GEM)

7.Management Interface

GPON ITU-T G.984.4 ONT Management and Control Interface (OMCI)

GPON ITU-T G.984.5 Enhancement Band8.Band Options

9. GPON ITU-T G.984.6 Optical Reach Extension (G.984.re)

Reach Extensions (RE)

GPON Components10.GPON OLTGPON ONTGPON Encapsulation Method (GEM)

11. GPON Management

Operational Support Systems (OSS)Network Management Systems (NMS)OMCI (ONT Management Control Interface)

COURSE OUTLINE :

2. GPON OSP Centralized DesignGPON OSP Distributed DesignGPON OSP F1 Fiber DeploymentGPON OSP F2 Fiber DeploymentGPON PON Splitters x4 x8 x32Fiber Connectors SC, LC, FC, APCFiber Splice TraysFiber Cassette TraysFiber Enclosures

47.







12.GPON Frame Synchronization to Network TimingDirect Clock Synchronization Interface (BITS)

GPON Clock Sync

47.


Gigabit Ethernet Overview 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand a brief history of Ethernet.• Overview of 10-Gigabit Ethernet. • Understand benefits of 10-Gigabit Ethernet.• Explain 10-Gigabit Ethernet MAC Layer.• Understand MAC Frame Format.

TARGET AUDIENCE : IT Managers, Security Officers, Network Engineers, Tech Support and anyone who is interested in the understanding of 10G Ethernet.


100BASE-T 10-Gigabit Ethernet Objective of 10G Ethernet IEEE 802.3 Higher Speed Study Group (HSSG) MAC Client server interface. IEEE 802 Functional Requirements 10Gb/s at MAC/PLS service interface What is the 10 Gigabit Ethernet Alliance (10 GEA) IEEE 802.3ae Task Force

3. 10G Ethernet vs previous versions

Differences between 10G Ethernet and other Ethernet. Long-haul (40+ km) optical transceiver Physical medium dependent (PMD) interface LAN physical layer (PHY) or wide area network (WAN PHY) Building metropolitan area networks (MANs) WAN PHY option 10 Gigabit Ethernet transported across SONET (synchronous optical network) OC-192c. SDH (synchronous digital hierarchy) VC-4-64c infrastructures Advantages and Disadvantages


Introduction


our customers succeed in rapidly changing technical environment and to give them an Edge over competi-

tors

COURSE OUTLINE :

.2. Why 10G Ethernet ?

Architecture MAC Layer Physical Layer 10Gibagit Ethernet in LAN, MAN & WAN Advantages and Disadvantages Future market of 10G Ethernet

1.

48.


Carrier Ethernet Services 5 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe in detail Carrier Ethernet Services and Functions• Identify how to build networks to deliver Carrier Ethernet Services.• Describe how Ethernet services can be delivered over MPLS and Provider Back-bone Transports.• Examine options for delivery of next generation services over Metro Ethernet.• Identify how QoS and security can be guaranteed.

TARGET AUDIENCE : Anyone requiring an in-depth knowledge of Carrier Ethernet and MEF standards and specifications. This includes Pre-Sales Engineers, Product Specialists, and other job roles.


2. Motivations for Carrier Class Ethernet


Evolution of Ethernet as a LAN technology Ethernet speed Evolution to 10Gbps and beyond Ethernet Switching Ethernet Addressing Business Service Needs Modern Carrier Service Requirements Services to be Delivered Quality and Protection Demands Access and Core divisions User-Network Interface Requirements ENNI Requirements The 5 attributes of Carrier Ethernet defined and described Market for Carrier Ethernet

4.

Carrier Ethernet & the MEF

Why MEF Standards refer to MEN & not CEN MEN layer Network Model Carrier Ethernet Architecture Terminology MEF 10 Service Model Definition and role of User-Network Interface UNI Types Definition and role of the Ethernet Virtual Connection Definition and role of External Network-Network Interface ENNI Service Model (MEF 26 & MEF 28) Definition and role of: Service Provider Operator Creating regional, national, international Carrier Ethernet services. Operator Virtual Connection: Definition and role

The Other MEF Standards, scope and range IEEE Standard Links ITU-T Ethernet Standards G.8031, 8032 Standards MEF Service Examples Point-to-Point Services E-Line Service Type Difference between private and virtual private Ethernet Private Line (EPL) Ethernet Virtual Private Line (EVPL) Service Multiplexing Ethernet Virtual Connection (EVC) Multipoint-to-Multipoint Services Ethernet LAN Service Type (E-LAN) Ethernet Private LAN (EP-LAN) Ethernet Virtual Private LAN (EVP-LAN) Point-to-Multipoint Services E-Tree Service Type (E-Tree) Definition of Root and Leaf Capabilities of Root and Leaf Multiple Roots Ethernet Private Tree (EP-Tree) Ethernet Virtual Private Tree (EVP-Tree) Example service applications Which service to select and why

Carrier Ethernet Basic Definitions

Carrier Ethernet Service Definitions and Standards Roles of standards and key standards bodies MEF Standards What are the MEF Standards? MEF 6.1 MEF 10.2

COURSE OUTLINE :

Purpose and Mission Expansion to Carrier Ethernet What is Carrier Ethernet? MEF 5 attributes of Carrier Ethernet

1.

Carrier Ethernet Services Definition 3.

49.


TCP-IP Basics 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe Routing protocols and the control plane of IP and Quality of Service.• Explore the 7-layer OSI model, and the TCP/IP suite of protocols.• Design IP networks and sub networks using addressing expertise developed in this class.• Configure fundamental properties of IP Quality of Service.• Understand the future of IP - IPv6.

TARGET AUDIENCE : Networking Engineer, Network Administra-tors, Packet core O&M engineers, Packet Core I & C Teams.


Data Link Layer Overview Networking Components on Data Link Layer Ethernet Asynchronous Transfer Mode (ATM) Frame Relay

The Mission of MobileComm's Certificate Training program is to help our customers succeed in rapidly changing technical environment and to give them

an Edge over competitors

Physical Layer Overview Networking Components on Physical Layer Transmission Media Physical Structure

Transport Layer Overview Transmission Control Protocol (TCP) User Datagram Protocol (UDP) TCP/UDP in GPRS/UMTS and OAM networks

5. Transport Layer Fundamentals

Higher Layer Protocols Fundamentals 6.Higher Layer Protocols Overview DHCP (Dynamic Host Configuration Protocol) Domain Name System (DNS) RADIUSFTP (File Transfer Protocol)The Network File System NFS SNMP - Simple Network Management Protocol NAT and NAPT

Quality of Service Fundamentals 7.Quality of Service classes Quality of service aspects Differentiated Services basics (DiffServ


3. Data Link Layer Fundamentals

COURSE OUTLINE :

1. Introduction to Data Networking

Physical Layer Fundamentals

Network Layer Fundamentals

OvNetwork Layer Overview Networking Components on Network Layer Introduction of the Internet Protocol (IP) The Address Resolution Protocol Family Routing Internet Control Message Protocol (ICMP)

LAN and WAN Network TopologyAccess Methods Types of ConnectionCircuit and Packet SwitchingTransfer Modes

2.

4.


Hands on TCP/IP Networking

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the essential elements of the TCP/IP protocol suite.• Explore the 7-layer OSI model, and the TCP/IP suite of protocols• Design IP networks and subnetworks using addressing expertise developed in this class• Understand selection options of IP routing protocols• Configure fundamental properties of IP Quality of Service• Gain a fundamental understanding of Voice over IP, Video over IP and Multicast Services

TARGET AUDIENCE : Networking Engineer, Network Adminis-trators, Packet core O&M engineers, Packet Core I & C Teams.


4 Days

Introduction to the TCP/IPArchitectural Overview of the TCP/IP Protocol SuiteKey TCP/IP application servicesIntroducing TCP/IP protocol architectureTCP/IP layeringComponents of TCP/IP networksThe Internet Protocol (IP)Fundamental internetworking conceptsInternet addressing: IP address classes A, B, C, D, E AddressingSubnettingIP RoutingDynamic Host Configuration Protocol (DHCP)Host Name ResolutionDomain Name System (DNS) Overview

Application LayerApplications and Management ProtocolsFile transfer protocols: FTP, TFTPNetwork Virtual Terminal (TELNET)Employing DNS BINDSMTP, POP3, Iand MAP4Layer 4: Transport Layer (TCP, UDP and SCTP)The Transmission Control Protocol (TCP) TCP Ports

3.

TCP packet structure TCP performance issuesThe User Datagram Protocol (UDP)Layer 3: IP LayerIP AddressingIP Subnet AddressingIP Subnet Addressing LabBasic IP Network configuration/Addressing LabIP address resolutionPrivate IP addresses: application proxy firewallsResolving MAC addresses with ARPUsing RARP, BOOTP and DHCPIntroduction to IPv6Basic IP Network configuration/Addressing LabIP Subnet Addressing Workshop

IP Routing ProtocolsBasics of IP Routing, RIPInterior and Exterior Gateway ProtocolsOSPF and BGP routing protocolsRouting with BGPExterior Routing with BGPInternetworking with IP RoutersImplementing routed networksCommon IP routing protocols: RIP, OSPFSubdividing IP networks (Subnetting)Control messages on IP networks: ICMPClassless Inter-Domain Routing (CIDR)Network Address Translation (NAT)IP Routing Workshop

4. Autoconfiguration & Name ServicesDHCP in a Routed NetworkThe ipconfig /release CommandThe ipconfig /renew CommandDNS: Names Instead of NumbersA Distributed Service


COURSE OUTLINE :

1. Overview & Introductions

2. The TCP/IP Stack Operation

51.







5.

The DNS TreeGeneric Top-Level DomainsSponsored Top-Level DomainsCountry DomainsName ServerPrimary and Secondary ServersDNS DatabaseName and Number OrganizationsDynamic DNS

Security in TCP/IPThreatsDisaster ThreatsAttack ThreatsAttacksMalicious CodeTypes of AttackersSolutionsSecuring SystemsUser AuthenticationSecurity-Related Protocols and IPSecIPSec ComponentsIPSec SessionVirtual Private Networks (VPNs)PPTP EncapsulationPPTP EncryptionL2TP EncapsulationL2TP Encryption

6. Overview & Introductions to Ethernet

Ethernet Protocol BasicsEthernet in the OSI ModelDifferent Ethernet VersionsDefining a LANTopology OptionsEthernet MAC AddressesSpanning TreeUnderstanding VLANs802.1Q EncapsulationGigabit EthernetEncapsulationAuto-NegotiationEthernet QoSEthernet Workshop

7. IP Management, Services & QoS

Managing TCP/IP networksSimple Network Management Protocol (SNMP) SNMP evolution: MIB Iand II,RMON,SNMPv2,SNMPv3Quality of Service (QoS) with IP NetworksBasic IP Unicast ServiceIP Multicast ServiceIP Voice ServiceIP Video ServicesBasics of QoS Scheduling Marking

PolicingIntroduction to MPLSIP Management WorkshopIP QoS Workshop

51.


VPN Applications 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand IPsec, featuring the Authentication Header, Encapsulating Security Payload, Internet Key Exchange, and implementation details.• Understand PPTP, L2F, L2TP, and MPLS as VPN tunneling protocols.• Review VPN gateway functions, including site-to-site intranet, remote access, and extranet.• Review successful VPN deployments

TARGET AUDIENCE : IT Managers, Security Officers, Network Engineers, Tech Support and anyone who is interested in VPN.


VPN Definition Potential Uses and Benefits VPN Motivation The VPN Market VPN Requirements Building Blocks of a VPN VPN Technologies VPN Topology VPN Protocols VPN versus Mobile IP

3. Key Aspects of VPN Security Overview of Network Security Internet Architecture Security Issues Connecting to Internet Relevant Cryptography Generic Secure Channel Cryptography Shared Key Cryptography Public Key Cryptography Digital Signatures Message Authentication Codes

Overview and Basic Operation Basis for L2 VPN Protocols Major Components Wire Authentication Protocols Backend Authentication Servers Configuration of Network Protocols

Common Aspects Advantages and Disadvantages Layer Two Forwarding (L2F) Point-to-Point Tunneling Protocol (PPTP) Layer Two Tunneling Protocol (L2TP)


Introduction

6. IP Security Protocol (IPSEC) Basic IPsec Concepts IPsec and VPNs Authentication Header (AH) Encapsulating Security Payload (ESP) Internet Key Exchange (IKE) Operational Modes Security Associations Mandatory Configurations Issues with Remote Access Key Management ANX Implementation L2TP with IPSEC Phase 1 Negotiation Phase 2 Negotiation IPsec Implementation

7. Authentication & Access Control in VPN PAP and CHAP PPP Authentication RADIUS S/KEY and OTP Trusted Third-Party Authentication Kerberos X.509 Public Key Infrastructure Pretty Good Privacy Trust Model

COURSE OUTLINE :

1.

.2.

4.

5.

VPN Architectures VPN Requirements, Building Blocks, and Architectures Implementer-based VPN Architectures Security-based VPN Architectures Layer-based VPN Architectures Class-based VPN Architectures Site-to-Site Intranet VPNs Remote Access VPNs Extranet VPNs

Point-To-Point Protocol (PPP)

Layer Two VPN Protocols

52.




The Mission of MobileComm's Certificate Training program is to help our customers succeed in rapidly changing technical environment and to give them

an Edge over competitors

Authentication in VPNs Gateway-Gateway Authentication Access Control Policy Access Control Rules Access Control Lists Access Control Policy Management Access Control in VPNs

8. Public Key Infrastructure (PKI) & VPNS PKI Architecture Certification Validation Trust Models Digital Certificate Formats X.509 Digital Certificate Certificate Management System Certificate Protocols Certificate Use in VPNs

9. VPN Solutions & Implementations Assessing Your Environment and Needs Design Methodology Basic Administrative Tasks VPN Project Management Successful VoIP deployments Practical for managing a VoIP deployment project VPN Gateways. Gateway Configuration and Provisioning VPN Gateway and Firewall VPN Design Issues A VPN Solution Scenario VPN Clients Alternative VPN Clients A Remote Access VPN Scenario

10. QoS & Performance Issues

52.

Factors Affecting Performance QOS Defined TCP Operation Broad Protocol Options Applicability to VPNs Role of the ISP


Multi Protocol Label Switching(MPLS) Overview 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Identify suitable applications for MPLS.• Describe the underlying concepts of MPLS.• Describe the frame-mode MPLS and cell-mode MPLS.• Describe the concept of MPLS labels, label stack and different label formats.• Describe the label distribution process between LSRs.• Describe the loop detection and prevention mechanisms in MPLS


1.

GMPLS Framework


MPLS Architecture Label Distribution Protocol (LDP) Label Distribution Procedures MPLS Label Stack Encoding for Label Switching Routers Introduction to MPLS Management MPLS Applications Traffic Engineering over MPLS Generalized Multiprotocol Label Switching Scalability MPLS and GMPLA Security Label Switching with Frame Replay MPLS using LDP and ATM Switching

MPLS Fundamentals

MPLS Overview




COURSE OUTLINE :

TARGET AUDIENCE : Software architects, designers and pro-grammers, hardware developers, system testers, and network operators--and also for managers and other decision-makers

53.


Multi Protocol Label Switching Protocol VPN 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand the benefits of both the overlay and peer-to-peer models.• Understand what Multi-Protocol Label Switching (MPLS) VPNs provide• Identify methods of deploying MPLS VPNs• Understand how to configure and troubleshoot MPLS VPN


2.

GMPLS Framework


Characteristics and behaviors of Label Distribution in Frame-mode MPLS. Convergence in Frame-mode MPLS. Characteristics and behaviors of Label Distribution over LC-ATM Interfaces and VC Merge. MPLS Label Allocation, Distribution, and Retention Modes LDP Neighbor Discovery Process Frame-Mode/Cell-Mode MPLS Implementation, Configuration and Troubleshooting

MPLS Fundamentals

3. MPLS Virtual Private Networks (VPLS) Characteristics and functions of Virtual Private Networks Overlay and Peer-to-Peer VPNs Major VPN Categorization MPLS-based VPNs What is MPLS VPN? Layer 3 VPNs Layer 2 VPNs Virtual Private LAN Service (VPLS) MPLS VPN Architecture MPLS VPN Routing Model MPLS VPN Packet Forwarding

4.

MP-BGP Session between PE routers Small Scale Routing Protocols MPLS VPN Operation OSPF as the Routing Protocol BGP as the Routing Protocol Configuration Tasks Defining VPNs Configuring BGP PE to PE Routing Sessions Configuring BGP PE to CE Routing Sessions Configuring RIP PE to CE Routing Sessions Configuring Static Route PE to CE Routing Sessions Verifying VPN Operation Configuration Examples MPLS VPN Configuration Errors

MPLS Operation

MPLS VPN Implementation, configuration & Troubleshooting

MPLS VPN Mechanisms Virtual Routing and Forwarding Tables (VRF) Tables

5. Internet Access from A MPLS VPN VPN Internet Access Topologies VPN Internet Access Implementation Methods Internet Access Backbone as a Separate VPN

6. Complex MPLS VPN

Advanced VRF Import/Export Features Characteristics of Overlapping VPNs Features of Central Services VPNs Managed CE Router Service MPLS VPN service with standard End to End Service Level Agreements (SLAs). MPLS VPN Performance Reporting




COURSE OUTLINE :

Basic core MPLS technology and concepts MPLS Labels and Label Stack MPLS Applications

1.


54.


Generalized Multi-Protocol Label Switching 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand GMPLS protocols for signaling, routing, link and resource management, and traffic engineering.• Delve deep into the world of GMPLS applications.• Explore three GMPLS control plane architectures: peer, overlay, and hybrid, and explains the GMPLS UNI and NNIs.• Explain how provisioning challenges can be met in multi-region networks.


2. GMPLS Framework


GMPLS Switching Domains GMPLS Traffic Types GMPLS Forwarding Scheme GMPLS Devices GMPLS Protocols Routing Protocols OSPF-TE IS-IS-TE GMPLS Signaling Protocols RSVP-TE CR-LDP GMPLS Link Management LMP

Introduction to GMPLS

GMPLS label Suggested and upstrean labels Bi-directional LSPs Overlay and peer models

3. GMPLS Architecture & Building Blocks Common Control Plane Seperartion between data plane and common control plane

4. GMPLS Signaling GMPLS Routing Link Management OSPF and OSPF-TE RSVP and RSVP-TE GMPLS extension to RSVP-TE Overview of GMPLS controlled Ethernet

GMPLS & Its Suite Of Protocol

5. Advanced Topics in GMPLS GMPLS Resource Management GMPLS and Service Recovery GMPLS and Traffic Engineering (TE) GMPLS TE Management GMPLS Label Switching Router (LSR) GMPLS and Path Computation Constraint Based Path Computation Emerging Applications Architectural Models GMPLS OAM GMPLS OSS GMPLS MIB GMPLS LSR MIB GMPLS Traffic Engineering MIB

6. GMPLS Implementation Issues Switching diversity Forwarding diversity Configuration LSP Creation in GMPLS-Based Networks Forwarding Diversity Scalability Reliability Efficient use of network resources GMPLS testing

COURSE OUTLINE :

Multi-Protocol Label Switching (MPLS)Background of MPLSTraffic Engineering (TE)MPLS Signaling: RSVP-TE / CR-LDPMPLS with DiffServMPLS OAMMPLS's Momentum in Convergence and Service CreationGeneralized Multiprotocol Label SwitchingTransport NetworksFrom MPLS To GMPLS

1.


55.


Path to Cloud Computing 4 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Describe the Essential elements of cloud computing.• Explore the business case for going to the cloud.• Understand how to build a cloud network.• Describe Virtualization architecture.• Describe security and privacy issues with cloud computing.• Understand platforms and applications used by cloud computing end users.

TARGET AUDIENCE : Anyone requiring an in-depth knowledge of Cloud Computing. This includes Telecom Professionals, Software Engineers and other job roles.


1.


What is Cloud Computing?Cloud Computing DefinedCloud Computing InfrastructureCloud Computing TermsBenefits and Limitations of Cloud ComputingCloud Computing Case StudiesHow Companies Are Using Cloud ComputingImplementing Applications and Services in the CloudUsing Your Company's Services vs. the Cloud ProviderA Cloud Service Provider IntroducedCloud Computing Risks and Issues

2. Who’s Who in Cloud Today

Benefits of Cloud Computing Should Your Company Invest in Cloud Computing?What Should Not be Moved to the Cloud

Introduction to Cloud Computing

4. The Evolution of Cloud Computing

Advances in Networking and Processing Speeds that led to Cloud Computing.Networking DevelopmentsIncreased Processing SpeedsManaged Service Provider Model to Cloud Computing and Software as a Service (SaaS).Single Purpose Architectures Migrate to Multipurpose Architectures.Data Center VirtualizationCollaborationThe Cloud as a Reach ExtenderThe Cloud as a Communication EnablerThe Cloud as an Employee EnablerService-Oriented Architecture (SOA)Evolving from SOA to the CloudCapacity: Limited PerformanceAvailability: Communications Failure and Performance IssuesSecurity: Newer Security Protocols Provide More ProtectionWhat's Next in Cloud Computing

5. Building Cloud Networks BenefitDesigning and Implementing a Data Center based Cloud.Using Industry and International StandardsIndependent ComponentsMessage BaseLocation IndependenceCommunication Requirements for Cloud ImplementationPublic InternetPrivate InternetRouting to the DatacenterSwitching within the Data CenterBandwidthTools Used to Measure Network PerformanceUsing the Protocol Analyzer to Measure BandwidthUsing Ping and Trace route to Measure Network Performance.Security (SSL, VPN, Overhead)Storage Options for Cloud ComputingStorage Capacity (Data Protection and Partitioning, NAS, SAN, CAS, Redundancy, Replication, Multisiting,Backup and Recovery).Server Software Environments that Support Cloud Computing.

56.

COURSE OUTLINE :

Cloud Computing Companies Products and Services Provided by such Companies

3. The Business Case for Going to the Cloud

Early Mainframe EnvironmentVirtualization in Mainframe Architectures & Operating SystemsLANs and the CloudInternet and the CloudWeb Services, Browsers, and the Cloud







End-User Access to Cloud Computing9.

Project CometHPC in the CloudThe Open Cloud Test bedThe Open Science Data CloudIntercloud Test bedReporting on an Open Cloud Consortium Working GroupDistributed Management Task Force (DMTF)DMTK Working Groups Associated with Cloud ComputingStandards for Application DevelopersProtocolsScripting LanguagesContent Formatting Standards and LanguagesStandards for Security in the CloudConfidentiality, Integrity, AvailabilityAuthentication, Authorization, AccountabilityRegulations for PrivacySecurity ProtocolsEstablishing a Baseline for Cloud PerformanceBest Practices for Selecting a Vendor and Implementing Cloud-Based Applications.Choosing the Right VendorImplementing Cloud-Based Applications

Server Capacity (Virtualization, Clustering, Expansion, Server Functions, Application, Web, Database).Vendor Approaches to Cloud ComputingRole of Open Source Software in Data CenterCost Reduction vs. ReliabilityOpen Source Server SoftwareOpen Source Database SoftwareOpen Source Applications SoftwareOpen Source System Management SoftwareOpen Source Load-Balancing Software

6. VirtualizationStudent Virtualization ArchitecturesThe HypervisorVirtualization as the "Operating System"Virtualization with a Host Operating SystemVirtualization Infections on Virtualized EnvironmentsType 1 Virtualized EnvironmentType 2 Virtualized EnvironmentVirtualization EnvironmentsMicrosoft VirtualizationSun xVM Virtual BoxLinux/UNIX VirtualizationVMware ProductsData Center and Cloud Infrastructure ProductsEnd-User and Desktop ProductsIBM VirtualizationUsing VMware to see a Virtualized Server Environment

7. Federation, Presence, Security & Privacy in the cloud

Federation in the CloudWhat It IsPermissive FederationVerified FederationEncrypted FederationTrusted FederationUsing XMPP in the Federated EnvironmentPresence in the CloudWhat It IsPresence ProtocolsLeveraging PresencePresence EnabledThe Future of PresenceThe Interrelation of Identity, Presence, and Location in the Cloud.Identity ManagementFuture of Identity in the CloudPrivacy and Its Relation to Cloud-Based Information Systems.Personal InformationPrivacy-Related IssuesFinding Your Private Information

8. Cloud Computing Standards & Best Practices

Open Cloud ConsortiumOpen Cloud Consortium Working Groups

Cloud Access Methods Available to End UsersCitrixWindows Remote DesktopVncWeb BrowsersServer ExtensionsThin ClientsSmart Phones, Pads, Pods, etc.Virtual Terminal Security Strengths and Weaknesses

10. Mobility & the CloudCloud Mobile Operating Systems for SmartphonesiPhoneAndroidBlackBerryWindows MobileUbuntu Mobile Internet DeviceMobile Platform VirtualizationKernel-Based Virtual MachineVMware Mobile Virtualization PlatformCollaboration Applications for Mobile PlatformsText MessagingiPhone ApplicationsBlackBerry ApplicationsDroid Applications

56 .


ATM Advance 2 Days

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand Data Communication Fundamentals & Switching Concepts.• Explain Asynchronous Transfer Mode (ATM).• Explain ATM Interworking with IP, Relay, and SDH.• Learn about virtual paths & virtual channels.• Classify ATM Adaptation Layers.• Understand Traffic Management for ATM Networks.

TARGET AUDIENCE : Technical managers, consultants, commu-nications professionals, software engi-neers, system engineers, network professionals, IT professionals and others.


2. Introduction To ATM: Part 1


What is ATM? ATM versus IP Networks Data Applications Frames versus Cells

5.

7.

Fundamentals

ATM Interworking with IP, Frame relay & SDH

ATM Switch Operation Virtual Channels and Virtual Paths: Hop-by-Hop Forwarding

ATM Service Classes ATM Service Categories AAL Services Adaptation Layers Compensate for Application Requirements Some Required AAL Functions Types of ATM Transmissions ATM Adaptation Layers ATM Services and Adaptation Layers A Detailed Examination of the ATM Adaptation Layers

3. Introduction To ATM: Part 2 Asynchronous Transfer Mode (ATM) Comparison: Connection and Connectionless ATM Interfaces Interim Local Management Interface PNNI and NNI Broadband Inter-carrier Interface (BICI) So What is ATM?

4. ATM Cell Creation ATM Cell Enterprise ATM Cell Structure ATM Cell Detail with VPI and VCI ATM Cell Structure: Local and Wide Area ATM Cell-Header Details

ATM Virtual Circuits over One Fiber ATM User Message Segmentation Process Two Modes of ATM Cell Transmission SONET Framing Physical Media for ATM Where to Convert Packet to Cells? Speed of ATM Transport ATM SONET versus SDH Rates Chart ATM Interfaces

TCP/IP Packet Placed in an Ethernet Frame TCP/IP Packet Placed in a Frame-Relay Frame IP Packet Placed in an ATM Frame and Segmented into Cells. IP Packets Placed in ATM Cells and Transmitted over SONET. IP Encapsulated in PPP Frame Transmitted over SONET Transporting Packets and Cells over SDH TM and Frame-Relay Interworking

6. Virtual paths & Virtual Channels Virtual Paths and Virtual Channels ATM Physical Link

ATM Switch Routing Table

8. ATM Classes of Service & Adaptation layer

COURSE OUTLINE :

Communication Fundamentals and Switching Concepts Circuit Switching / Packet Switching / Cell Switching Data Communication fundamentals Networking components X.25 Packet Switching Networks. Frame Relay

1.

57.







Futrher Detail of ATM Address StandardsThe Four ATM Addressing FormatsATM AddressesNetwork Service Access PointTypes of ATM Information InterchangeATM Signaling Private and PublicAdditional UNI 4.0 FeaturesRegistering AddressesConnection Set-UpConnection Takedown (Release)ATM Signaling Protocols

Traffic Management For ATM Networks15.Various Packet Types are Segmented into ATM CellsTraffic Control Approaches Functions and ToolsConnection Admission Control (CAC)Manage Traffic Based on Registration and ContractDiscard Cells When Signs of Coming Congestion OccurUsing Two-Stage Cell-Discard ProcessExplicit Rate ABR and Resource Management (RM) CellsSource Host Sends a Periodic RM CellA More Detailed Look at Traffic-Control TechniquesConnection ManagementCAC Based upon the Agreed ContractPolicing the ContractEarly Packet Discard as PrecautionTraffic-Management Packet DiscardLast Packet DiscardUnspecified Bit-Rate Traffic-Source SmoothingABR Congestion FeedbackStrategic Use of Buffers

9. ATM Adaptation Layer 1 & 2 ATM Adaptation Layer 1 AAL–1 Cell Structure AAL–1 Adaptive Clocking Method ATM Adaptation Layer 2 AAL–2 Cell Structure

10. ATM Adaptation Layer 3/4 & 5 ATM Adaptation Layer 3/4 AAL Type 3/4 Cell Structure AAL 3/4 for ATM Classes C and D ATM Adaptation Layer 5 AAL–5 Cell Structure AAL–5 for Voice Traffic Creating Cells from Packets

11. ATM Signaling

Call Set-Up ProcessQ.SAAL SignalingCall Setup CellATM Protocol-Stack SignalingSignaling Commands in Call Set-Up MessageFormat of Information Elements in ATM Signal MessageSignaling Information ElementsATM Reserved Numbers for SignalingATM Established PathsPVC Network Technician Updates the Switch Tables

12. ATM Addressing

13. ATM Interswitch Information ExchangeATM Transport StandardsAddress ManagementWhat Is IP Router Path Determination?What Is ATM Path Determination?Interim Interswitch Signaling Protocol (IISP)PNNI

14. Multiprotocol Over ATM (MPOA)MPOAMPOA Building BlocksMPOA ComponentsMPOA Operation

57.


MW in Cellular Transmission

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand Basic Concepts.• Describe transmission types.• Define Networks & Network Models• Explain optical & microwave transmission

TARGET AUDIENCE : This is beginner level course and suitable for professionals & students who have little or no understanding of Transmission systems.


2 Days

What is transmission?HistoryEvolutionTransmission typesChallengesUsage in networksComponents of a Transmission System

Antenna classificationsAntenna typesStandard antennasHigh performance antennasTransmission lines basicsAntenna electrical characteristics (Gain, Antenna Lobes, Beam width, Antenna Polarization, VSWR)

5.

PDH Fundamentals PCM CODEC G703 standards 64 kbps Interface structure of E1 and T1 signals Multiplexing of 2 Mbps into 8 Mbps (E2) multiplexing of 8 Mbs into 34 mbps (E3) multiplexing structure of E4 (140 Mbps) Line coding

SDH BasicsIntroduction to SDHSTM-1 Frame StructureRSOH, MSOH and payload Multiplexing structure of SDH, VC12, TU12, TUG2, TUG3, VC4, AU4, STM-NSDH mapping Fundamentals Multiplexing of 63 E1’s to form STM-1 showing the different signal formats of VC12,TU12,TUG2, TUG3,VC4,AU4, and STM-NMultiplexing of 34 Mbps (E3) into VC3Multiplexing of 140 Mbps (E4) into VC4. Frequency Justification in SDH Virtual containers VC12, VC3, VC4, path overhead (POH) bytes, Address of a VC. Origin of Jitter in SDH and design of the elastic buffer for an SDH


2. Modulation SchemesAM systemsFM systemsDigital Wireless systemsLine codesASK, FSK, PSK, MSK, QPSK, QAM modulation schemes presentationModulation techniques over fading channels

3. Antenna System Considerations; TransmissionLines

4. Transmission basics MultiplexingMedia and Media Characteristics, Copper Microwave Optical fiber




COURSE OUTLINE :

Overview 1.

58.


Terrestrial MW Engineering

LEARNING OBJECTIVE:Upon completing the course, the participant will be able to:• Understand Wireless Radio Communications.• Describe Microwave Antenna.• Understand Microwave Planning & Performance Management.• Explain Digital Map and Prediction Tools.

TARGET AUDIENCE : This is who wish to undertake a compre-hensive program of instruction in the microwaves systems engineering prin-ciples and techniques.


3 Days

Electromagnetic WavesRadio Wave PropagationRefractionK-FactorMultipath PropagationFadingFormation Of a DuctDiffractionReflection and scatteringAbsorptionRain Attenuation

4.

Plane ReflectorsBack to back RepeaterMechanical StabilityAntenna Datasheet

Digital Map and Tools OverviewPrediction ToolsTasksPrediction Tool - DatabaseDigital MapsGeographical DatabasesVector Data (Linear)AltitudeClutter (Land use)Resolution / PrecisionMap Coordinates - GeodesyMap Coordinates - ProjectionProjection Systems


1. Introduction to Wireless Radio CommunicationsWireless systems design challengesThe wireless channelPropagation modelsLarge scale propagationSmall scale propagationRayleigh modelWireless multipath channels

Antenna GainVSWRSide and Back lobe LevelsBeam WidthAntenna Characteristics - EIRP and ERPAntenna Characteristics - PolarizationCross PolarizationPassive Repeater

2. Radio Propagation

3. Microwave Antenna

5. Microwave PlanningPlanning ObjectivesLink BudgetLink Budget ParametersFade MarginTerrain ProfilesLine-of-Sight Concept and Path ProfilePath ProfileEarth BulgeFresnel ZoneMultipath Fading Flat Fading Frequency Selective FadingRain FadingDiversity Space Diversity Frequency diversity Hot standby configuration Hybrid diversity Angle diversity Combined diversityPath DiversityTopology PlanningDimensioning Example

COURSE OUTLINE :

59.







5.

Frequency planningNoise in Digital SystemsReceiver Threshold DegradationInterference

Performance and Quality ObjectivesDegradation on qualityThe ITU standardsPerformance ObjectivesAvailability ObjectivesCircuit ClassificationPerformance PredictionsReliabilityCalculation of Unavailability

59.

MobileComm Professionals, Inc.465 W President George Bush Hwy,

Suite 200Richardson, Texas 75080Telephone: +1 (972) 633-5100

-

MobileComm do Brasil S/AAv. Barão Homem de Melo, 4500 – Cj. 318

Estoril, Belo Horizonte, MG, CEP: 30450-250Belo Horizonte : +55(31) 3515-5333São Paulo : +55(11) 3014-2333

MobileComm Technologies LLC (ME).

Oman OfficePO Box 1058, PC 112-RuwiSultanate Of OMAN+968-9310028, +968-24590507

MobileComm Technologies Canada, Inc.

Toronto Office4 Long Meadow Road, Brampton, ON, L6P 2A5(647) 407 7705

MobileComm Technologies Africa, Ltd.

Nairobi OfficeF10, Kirunje AppartmentsMapaka Road, WestLands, Nairobi Tel : +254 702020598

MobileComm Technologies India Pvt.Ltd.

Corporate Office :

Gurgaon, 122016, Haryana, IndiaTel : +91 124 4682630, 4682631Fax: + 91 124 4262757

774, Lower Ground Floor, Udyog Vihar, Phase V

Fax: (214)291-5390

Training Catalogue

Documents

Transcript of Training Catalogue