REETHIS DIGITAL MEDIA PVT LTD, BANGALORE. Tel: +91-80-6999 9874

COURSE CONTENTS:

Course no:1 Course duration : 60 Hrs Course fee: Global System for Mobile Communications(GSM)

   I. INTRODUCTION

        GSM Basic Principles

        Evolution and advantages of GSM

        GSM System Architecture

        GSM Sub Systems

II. NSS (Network Switching Subsystem)

        Mobile switching centre         Media Gateway

        Home Location Register         Visitor Location Register

        Equipment Identity Register         Authentication Center         Open Interfaces

III. Base Station Subsystems (BSS)

        Base Station Controller (BSC)

        Base Transceiver Station (BTS)

        Transcoder / Rate Adapter Unit

        Various types of BTS’s         Logical Channels / Control Channels . SS7 Signalling

IV. Call Management / Mobility Management

        Call Set Up, Progress and Release

        8 Tasks of Call Management

        Location Update

        Ciphering, authentication, etc.,

        Call Handover

V. Operation and Support Subsystem (OSS)

        OMCR         NOC

        Fault Management Process in GSM Networks

VI.          GPRS & EDGE

        Brief Lecture

VII Case Study of various Issues in GSM Network and Practical Solutions

Course No:2 Course duration : 24 Hrs

WCDMA/UMTS 3G Technology Course fee:

CDMA Technology:

Introduction to spread spectrum technology. IS-95 and CDMA evolution CDMA 2000 CDMA 1 X/ CDMA EV-DO/ CDMA EV-DV/1 X RTT CDMA network architecture BTS/BSC/MSC nodes-leading vendors equipments WCDMA migration Advantages/disadvantages of CDMA Introduction to WCDMA/UMTS Cell breathing/Power Control in WCDMA systems UMTS/WCDMA System architecture of leading Mobile operators UMTS Transport network/ Core network Case study - 3G Network Planning

Course no: 3 Duration : 40 Hrs COURSE FEE:

Optical Networks ,GPON & FTTH1.Basics of Optical fiber communications2.Benefits and History of optical communications3.Optical network drivers/SDH& SONET Systems.4.WDM Systems5. Design and Applications6. Concepts of Ring protection7.Coarse and Dense WDM systems

8.FOADM,ROADM, ICN ,Regenerators etc.9.Planning DWDM systems10.Leading vendors in market and their products11.Network Management12.Introduction to Passive optical Networks13.PON standards & Protocols14.Brief explanation of Alphion ,USA GPON systems15.Introduction to FTTH & Network Architecture16.FTTH Outside plant nodes17.FTTH applications & FTTH Video

COURSE No: 4 Duration : 40 Hrs Course fee:

APPLICATIONS OF MICROWAVE SYSTEMS IN TELECOMMUNICATIONS

1. Introduction to Microwave systems2. Various nodes in a typical MW Communication system.3. PDH & SDH MW Systems, Multiplexing structure4. MW system planning for fixed line and GSM Networks—Case study.5. Microwave Network topology6. MW Network Planning tools( Path Loss, Connect etc)7. Equipment design of MW Systems of leading vendors- 8. MW systems used by Telecom service providers for access and backbone Network.9 Various issues in MW systems & Solutions10. ITU guidelines for MW Planning

Course No: 5 Course duration - 40 Hrs

Next Generation Wireless Technologies: Course fee:

Basics of 2G/3G Communications.

2G Communications, Core network Nodes Circuit Switching/Packet Switching nodes Physical channels,Logical channels and Transport Channels 3G PP releases/standards

MODULE II

LTE Standards and Challenges OFDMA MIMO LTE Uplink channels/LTE down Link channels LTE Architecture LTE Applications ,Interoperability with 4 G Technologies

MODULE III WIMAX

Introduction to WiMAX Wireless Standards 802.11/802.16 WIMAX Network architecture WiMAX Applications WiMAX mobility scenarios Advantages/ Limitaions of WiMAX

Course no :6 Course duration : 24 Hrs

TELECOM GSM SOFTWARE PROTOCOLS

Module I1. Introduction to SS7 protocol used in GSM networks2. SS7 Protocol suite3. Protocols on the A Interface –MTP,SCCPand BSSAP4. Protocols on the Abis Interface-LapD protocol

Module II

5. MSC Protocols- MAP,TCAP,INAP,ISUP,TUP6. Protocol stack in MSC,BSC and HLR7. 3 G Network Protocols - - H.248,BICC, RANAP,MAP8. VoIP Signalling Protocols-SIP & H.3239. Diameter Protocol

COURSE. 7 COURSE DURATION: 16 Hrs

Layer 2 Technologies - ATM & FRAME RELAY

ATM Brief review of OSI Layer ATM fundamentals ATM cell,UNI,NNI. VCI,VPI,Protocol structure AAL2 & AAL 5 layers ATM traffic Management ATM QOS Parameters, Service classes ATM interfaces in 3G GSM network & other ATM applications.

FRAME RELAY. Frame relay fundamentals Frame Relay standards and equipment Role of virtual circuits and performance parameters in Frame Relay Frame Relay topologies Congestion Control in Frame relay networks Frame relay and X.25

Course no :8 Course duration : 24 Hrs

OPTICAL FIBER COMMUNICATIONS Basics of Optical fibers Types of fibers Fiber Construction Advantages of Optical fibers Optical fiber cable laying-trenching, ducting, laying and backfilling OFC Systems SDH/SONET/DWDM systems.