NGN Wireless Training Catalog

7/28/2019 NGN Wireless Training Catalog

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Wireless Training CatalogGSM, GPRS, UMTS, LTE, WiMAX, HSDPA, HSUPA, Femtocell

Corporate Office :

NgnGuru Solutions Pvt. Ltd.

D-37, Acharya Niketan,

Mayur Phase -1,

New Delhi 110091

Call :

USA - 1-(888) 567-4988

India - +91-9540002181

+91-9540002191

Email : [email protected]

Web :http://ngnguru.com http://lteworld.org http://telecom-trainings.com


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About UsNgnGuru Solutions specializes in providing individual and corporate trainings in the areaof cutting edge next generation wireless & network technologies like WiMAX, LTE,Femto Cell, GSM, GPRS, UMTS, SS7, IMS, CDMA, WCDMA, SIGTRAN, UMA/GANand HSPA.

Our training solutions are available in following areas:

Telecom Basics Advanced Telecom Telecom Core - Legacy Networks Telecom Core - Next Generation Networks Transmission & Transport Wireless Telecom Next Generation Evolutions

These training programs are completely modular, and customizable for clients specificrequirements.

Our Instructors have an average of 10 years of experience in the telecom industry.Instructors are focused on knowledge transfer and dont teach just by the book, insteadadapting to the students needs.

Training Methodology

As an industry leader in training, we can augment your team to extend your productportfolio or generate a new curriculum. We have experience in custom developmentsolutions for Instructor Led, Web-based and eLearning training. Plus, we have theinstructional design experience to plug in only those pieces that are important to you.

Following are the highlights of our approach.

Start with fundamentals Customized for individual learning with detailed explanations Accurate, relevant content with insightful analogies Tailoring of the content during class based on the background and experience of

the students Focus in areas important to the audience, to ensure that the students receive

exactly what they need. Structured into manageable modules End of modules quizzes and tests

Participants can get their questions answered by the instructor during class, in one-on-one sessions, during breaks, and are invited to contact the instructors via e-mail atanytime after the course with any questions.

All participants receive illustrated course books, considered by some to be best-in-class.Course books include the presentation slides and comprehensive text explaining the keypoints.


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4G Trainings

LTE Essentials (1 day) ........................................................................................................ 4

LTE Air Interface Training (2 days) ................................................................................... 5

LTE E-UTRAN Training (2 days) ...................................................................................... 6LTE Evolved Packet Core Training (2 days) ...................................................................... 7

WiMAX Essentials (1 day) ................................................................................................. 8

2G & 3G Trainings

GSM Fundamentals (2 days)............................................................................................... 9

GPRS/EDGE Fundamentals (2 days)................................................................................ 10UMTS Fundamentals (2 days) .......................................................................................... 11

UMTS Air Interface (2 days) ............................................................................................ 12

HSPA (HSDPA, HSUPA) (1 day) .................................................................................... 13HSPA, HSPA+ & Beyond (2 day) .................................................................................... 14

Femto cell Trainings

Femto cell Essentials (3GPP HNB) (1 day) ..................................................................... 17

Femto cell Explained (3G/4G 3GPP H(e)NB (2 day)....................................................... 18


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LTE Essentials (1 day)This course provides a high level overview of LTE technology including its architectural andfunctional details. This is beginner level course and suitable for professionals & students whohave little understanding of LTE.

Objectives Understanding history & overview of LTE Understanding LTE Architecture Understanding LTE network elements Understanding LTE Interfaces Understanding basic signaling procedures

Course Contents

LTE Overview Evolution Need of LTE

High Level Requirements High level architecture for the evolved system LTE-SAE Nodes Functional Architecture E-UTRAN EPC LTE-SAE Interfaces

Evolved UTRAN EUTRAN Architecture eNode B Radio Interface User Plane Radio Interface Control Plane Frame Structure Physical channels Transport Channels

MAC / RLC/PDCP / RRC X2 Interface X2AP Protocol

Evolved Packet Core MME Serving Gateway (S-GW) PDN Gateway (P-GW) S1 Interface S1AP Protocol Security

LTE Signaling

Random Access Procedure Initial Context Setup procedure Attach procedure

Detach Procedure Handover


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LTE Air Interface Training (2 days)This course provides a good understanding of LTE air interface technologies and protocolsincluding functional details. This is advanced level course and suitable for professionals &students who already have some understanding of LTE & UMTS technologies.

Objectives Understanding LTE Evolution & Architecture Understanding LTE Air Interface technologies Understanding Air Interface Physical layer Understanding LTE Air Interface protocols & functions Understanding signaling procedures

Course Contents

LTE Overview Evolution & High Level Requirements High level architecture for the evolved system

LTE-SAE Nodes Functional Architecture E-UTRAN EPC LTE-SAE Interfaces

Evolved UTRA Air Interface Evolutions LTE Identities: GUTI, M-TMSI, S-TMSI and C-RNTI, TAI LTE-Advanced Enhancements E-UTRA Protocol Interface Air interface - Control/User Planes Air interface Protocols, functions and message details

o RRCo PDCPo RLCo

MACAir Interface Physical Layer & Channels Frame Structures Frequency Spectrum Physical Channels Logical Channels Transport Channels Channel Mappings

Air Interface Technologies OFDMA SC-FDMA MIMO Multiplexing Modulation, Coding, & Scrambling

Air Interface Procedures & Signaling Connection Setup & Deletion Mobility Monitoring & Measurements Interworking

LTE QoS & Security


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LTE E-UTRAN Training (2 days)This course provides a good understanding of LTE E-UTRAN architecture and protocols includingfunctional details. This is advanced level course and suitable for professionals & students whoalready have some understanding of LTE & UMTS technologies.

Objectives Understanding LTE Evolution & Architecture Understanding LTE E-UTRAN Interfaces & Nodes Understanding LTE E-UTRAN Interface protocols & functions Understanding signaling procedures

Course Contents

LTE Overview Evolution & High Level Requirements High level architecture for the evolved system LTE-SAE Nodes

Functional Architecture E-UTRAN EPC LTE-SAE Interfaces

Evolved UTRA Air Interface Evolutions LTE Identities: GUTI, M-TMSI, S-TMSI and C-RNTI, TAI LTE-Advanced Enhancements E-UTRA Protocol Interface Air interface - Control/User Planes Air interface Protocols, functions

Evolved UTRAN EUTRAN Architecture eNodeB Functions X2 Interface

S1 Interface X2AP Protocol functions & Messages S1AP Protocol functions & Messages UE, eNodeB states

LTE E-UTRAN Functions & Procedures LTE cell search, synchronization, cell selection Measurements Self Organizing Network (SON) Automatic Neighbor Relation (ANR) functions

E-UTRAN procedures & Signaling X2 Interface - Complete procedures & Signaling Scenarios S1 Interface - Complete procedures & Signaling Scenarios NAS Signaling

HandoversLTE security Architecture Authentication Encryption Integrity


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LTE Evolved Packet Core Training (2 days)This course provides a good understanding of LTE SAE/EPC architecture and protocols includingfunctional details. This is advanced level course and suitable for professionals & students whoalready have some understanding of LTE & UMTS technologies.

Objectives Understanding LTE Evolution & Architecture Understanding LTE EPC Interfaces & Nodes Understanding LTE EPC Interface protocols & functions Understanding signaling procedures

Course Contents

LTE Overview Evolution & High Level Requirements High level architecture for the evolved system LTE-SAE Nodes

Functional Architecture E-UTRAN EPC LTE-SAE Interfaces

Evolved UTRAN EUTRAN Architecture eNodeB Functions X2 Interface S1 Interface

SAE Functions & Architecture EPC/SAE Requirements SAE Elements & Functions HSS, MME, S-GW, PDN-GW, PCRF Interfaces and protocols

SAE Identities & Procedures SAE Identities (e.g EPS Bearer, GUTI, TAI) Registration Attach, Detach SAE Mobility

Security Integrity and Encryption AAA Procedures. Key Hierarchy. IPSec, ESP

SAE QoS, Policy and Charging Policy and Charging Control Architecture QoS & QoS Mapping QoS Profiles Charging

SAE Interworking Architecture & Signaling CS and PS Interworking Interworking with GSM/GPRS Interworking with UMTS


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WiMAX Essentials (1 day)This course provides a good understanding of WiMAX architecture and protocols includingfunctional details. This is basic course and suitable for beginners.

Objectives Understanding WiMAX Evolution & Architecture Understanding WiMAX Interfaces & Nodes Understanding WiMAX Interface protocols & functions Understanding signaling procedures

Course Contents

WiMAX Overview What is WiMAX ? WiMAX Advantages WiMAX specifications WiMAX spectrum WiMAX deployment

WiMAX Architecture ASN Reference Model Wi-MAX Base Station Access Service Network ASN Gateway Connectivity Service Network Network Access Provider Network Service Provider WiMAX AAA Framework

WiMAX Air Interface Air Interface Protocol Architecture Physical Layer Modulation Medium Access Layer

WiMAX Protocol Architecture & Procedures E2E Protocol Structure Network Discovery and Selection Authentication in WiMAX IP addressing in WiMAX Data Path Setup Subscriber Traffic Handling WiMAX QoS Architecture

WiMAX Mobility ASN Anchored

CSN Anchored


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GSM Fundamentals (2 days)This course provides a good understanding of GSM architecture and protocols includingfunctional details. This is basic course and suitable for beginners.

Objectives Understanding GSM Evolution & Architecture Understanding GSM Interfaces & Nodes Understanding GSM Interface protocols & functions Understanding signaling procedures

Course Contents

Introduction History of wireless communications Motivation for GSM Current GSM status Key characteristics of a GSM network

GSM Network Architecture Overview of network components Mobile station BSS (BTS/BSC) Cell site configuration MSC/VLR and HLR SM-SC

GSM Radio/Physical Layer Concept of radio channels Time Slots, frames, and multiple access System acquisition Access and idle mode procedures

Traffic channel operationsGSM Signaling

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

GSM Network Mobility and Call Processing Attach and location update process Mobile calls Handover

Security in GSMGSM Services

Teleservices Bearer services Supplementary services Short message CAMEL and location services


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GPRS/EDGE Fundamentals (2 days)This course provides a good understanding of GPRS/EDGE architecture and protocols includingfunctional details. This is basic course and suitable for beginners.

Objectives Understanding GPRS/EDGE Evolution & Architecture Understanding GPRS/EDGE Interfaces & Nodes Understanding GPRS/EDGE Interface protocols & functions Understanding signaling procedures

Course Contents

Introductiono Motivation for GPRS and EDGEo Efficient use of radio resourceso Evolution from existing networkso Supported data rateso 3G technology landscape

Network Architecture Network overview Different classes of GPRS handsets Role of the GGSN and SGSN Evolution from GSM networks Protocol reference models GPRS and EDGE Radio Network Physical layer operations

o Error protection techniqueso GMSK and 8PSK modulationo MCS and CS classes

Physical and logical channels Managing Radio Resources RLC/MAC Gb Interface GPRS Packet Network GPRS Aatach PDP context activation Interface from SGSN to GGSN GPRS Services GPRS Mobility and Roaming

o Cell update procedureso RA updateo GPRS Roaming


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UMTS Fundamentals (2 days)This course provides a good understanding of UMTS architecture and protocols includingfunctional details. This is basic course and suitable for beginners.

Objectives Understanding UMTS Evolution & Architecture Understanding UMTS Interfaces & Nodes Understanding UMTS Interface protocols & functions Understanding signaling procedures

Course Contents

UMTS Overviewo What is UMTS ?o Cellular Evolutiono UMTS network overviewo 3GPP UMTS Architectureo UTRAN Interfaces

UMTS Air Interfaceo Physical Radio channelo Why spreading ?o OVSF code generationo Scrambling codeso UL/DL Physical Channelso Physical Layer Procedureso RLC/MAC/RRC

UTRANo 3GPP UTRAN Architectureo Node B/RNC functionso Serving/Drift concepto UTRAN- SRNS Relocationo Iub/Iur interfaceo NBAPo RNSAP

UTRAN Iu Interfaceo Iu interfaceo Iu-CS/PS Protocol structureo RANAPo UMTS CS/PS Control/User Plane

UMTS Signalingo RRC Connection Establishmento RRC/CN Connection Releaseo Location Updateo CS/PS Callo Soft/Hard Handover


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UMTS Air Interface (2 days)This course provides a good understanding of UMTS air interface & protocols including functionaldetails. This is basic course and suitable for beginners.

Objectives Understanding UMTS Evolution & Architecture Understanding UTRA Air Interfaces & Nodes Understanding UTRA Interface protocols & functions Understanding signaling procedures

Course Contents

UMTS Overviewo What is UMTS ?o Cellular Evolutiono UMTS network overviewo 3GPP UMTS Architectureo UTRAN Interfaces

UMTS Air Interface Architectureo Channel Typeso Radio Channelso Logical Channels - Control and Traffico Transport - Common and Dedicated

Physical Channelso Channel Mappingo Physical Interfaceo Spread Spectrumo UMTS Codeso Scrambling Codes, Spreading Codeso Rake Receivero Uplink and Downlink Code Processing

Radio Resource Controlo RRC Functions.o RRC Architecture.o RRC Procedureso Idle Mode Procedureso RRC Connection.o Radio Bearer Procedures.

UMTS Procedureso PLMN Selection.o Cell Selection Procedures, System Information.o UMTS Mobility, Cell Reselection.o Measurement Reporting.o Handover Procedureso Common Channel Procedureso Power Control

Interworkingo Mobilityo Handover


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HSPA (HSDPA, HSUPA) (1 day)This course provides a good understanding of HSPA architecture and protocols includingfunctional details. This is basic course and suitable for beginners.

Objectives Understanding HSPA Evolution & Architecture Understanding HSPA Channels Understanding HSPA Interface protocols & functions Understanding signaling procedures

Course Contents

Overview of UMTSHSPA

Overview of HSPA HSPA goals HSPA approach

HSDPA Basics HSDPA in the UTRAN HSDPA channels HSDPA strategies High speed channel usage HS-DPCCH, CQI and H-ARQ HS-DSCH and HS-SCCH HSDPA UE categories HSDPA Traffic Operations HSDPA data transmission overview CQI reporting Node B DL scheduling

HSUPA Basics HSUPA in the UTRAN HSUPA channels HSUPA strategies HSUPA Channels Enhanced channel usage UL channels (E-DCH and E-DPCCH) DL channels (E-AGCH, E-RGCH and E-HICH) HSUPA UE categories HSUPA Traffic Operations HSDPA data transmission overview

Scheduling request Uplink scheduling at Node B Grant allocation Data transmission and control H-ARQ Node B to UE HSUPA Data Call Signaling RRC connection Radio bearer setup


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HSPA, HSPA+ & Beyond (2 day)This course provides a good understanding of HSPA & HSPA+ architecture and protocolsincluding functional details. This is basic course and suitable for beginners.

Objectives Understanding HSPA, HSPA Evolution & Architecture Understanding HSPA, HSPA+ Channels Understanding HSPA, HSPA+ Interface protocols & functions Understanding signaling procedures

Course Contents

Overview of UMTS

HSDPAIntroduction

UMTS Overview

UMTS 3GPP architecture UMTS (WCDMA) Air interface UMTS physical and logical channels UTRAN Interfaces Limitations Evolution from W-CDMA to HSDPA

HSDPA overview Benefits Applications Architecture

HSDPA Features

Shared channel transmission Adaptive Modulation and Coding (AMC) Fast Hybrid Automatic Repeat Request (H-ARQ) Fair and fast scheduling at Node B Fast cell selection (FCS) Short transmission time interval (TTI)

HSDPA Channels High Speed Shared Control Channel (HS-SCCH) High Speed Physical Downlink Shared Channel (HS-PDSCH) High Speed Dedicated Physical Control Channel (HS-DPCCH)

HSDPA Protocol Architecture

with MAC-C/sh without MAC-C/sh

MAC Architecture MAC Architecture (UE side) MAC-hs (UE side) MAC Architecture (UTRAN side) MAC-hs (UTRAN side)

HSDPA Operations & Mobility Procedures


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HSDPA Physical Layer Operation Procedure Serving HS-DSCH cell change Serving HS-DSCH cell change along with serving HS-DSCH Node B relocation Intra-Node B Synchronized serving HS-DSCH cell change Inter-Node B Synchronized serving HS-DSCH cell change

HSDPA Terminals

HSUPAIntroduction

HSUPA Overview HSUPA Enhancements UMTS Architecture with HSUPA

HSUPA Features

Multi code transmission Short Transmission Time Interval Fast hybrid Automatic Repeat reQuest Fast scheduling

HSUPA Channels Enhanced Uplink Dedicated Channel (E-DCH) E-DCH Dedicated Physical Data Channel (E-DPDCH) E-DCH Dedicated Physical Control Channel (E-DPCCH)

UTRAN Iub/Iur Protocol AspectsHSUPA Protocol Architecture

Separate Controlling and Serving RNC Co-incident Controlling and Serving RNC

MAC Architecture MAC UE side MAC-e/es (UE side)

MAC UTRAN side MAC-es (UTRAN side) MAC-e (UTRAN side)

HSUPA Operations & Mobility Procedures HSUPA Serving cell change Intra-Node B Synchronised serving E-DCH cell change Soft Handover

HSUPA Terminals

HSPA+Introduction

HSPA+ Overview Evolution HSPA+ challenges HSPA+ benefits Impact of HSPA+ on UE and network

Throughput Enhancement Features Multiple Input / Multiple Output (MIMO)


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Continuous Connectivity for Packet Data Users (CPC)o DTXo DRX

64 QAM for HSDPA in DL 16 QAM for HSUPA in UL Improved Layer-2 Support for High Data rates

Evolved HSPA Architecture

Latency and Power Enhancement Features Continuous Connectivity for Packet Data Users (CPC)

o DTXo DRX

Enhanced Cell FACH

MAC Enhancements Overview MAC-ehs architecture (UTRAN side) MAC-ehs architecture (UE side)

Interworking, and Beyond Release 7 Interworking with legacy UTRAN nodes HSPA+ Release 8 enhancements


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Femto cell Essentials (3GPP HNB) (1 day)This course provides a high level overview of Femtocell technology including its architectural andfunctional details. This is beginner level course and suitable for professionals & students whohave little understanding of Femtocell.

Objectives Understanding history & overview of Femtocell Understanding Femtocell Architecture Understanding network elements Understanding Interfaces Understanding basic signaling procedures

Course Contents

Femto Cell/HNB Overview What is Femto Cell ? Femto cell advantage

3GPP Femto cell High level requirements

Femto/HNB Architecture & Nodes 3GPP Iu-Based HNB Architecture 3GPP HNB Interfaces 3GPP Femto logical entities overview

o Home Node B (HNB)o Security Gateway (SeGW)o HNB Management System (HMS)o HNB Gateway (HNB-GW)

Femto/HNB Protocols

3GPP HNB Control Plane Iuh interface protocol stacks

SCTP overview Home Node B Application Part RANAP User Adaption O&M for HNB Provisioning Procedure

Femto/HNB Signaling HNB Registration HNB Deregistration UE Registration Direct Transfer Connectionless Transfer Disconnect HNB

UE De-Registration


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Femto cell Explained (3G/4G 3GPP H(e)NB (2 day)This course provides a in depth understanding of Femtocell technology including its architecturaland functional details. This is beginner level course and suitable for professionals & students whohave little understanding of Femtocell.

Objectives Understanding history & overview of Femtocell Understanding Femtocell Architecture Understanding network elements Understanding Interfaces , signaling procedures Understanding Femto cell evolution

Course Contents

Femto Cell/HNB Overview What is Femto Cell ? Femto cell advantage

3GPP Femto cell High level requirements Goals

Femto/HNB Architecture & Nodes 3GPP Iu-Based HNB Architecture 3GPP HNB Interfaces 3GPP Femto logical entities details

o Home Node B (HNB)o Security Gateway (SeGW)o HNB Management System (HMS)o HNB Gateway (HNB-GW)

Femto/HNB Protocols 3GPP HNB Control Plane Iuh interface protocol stacks SCTP explained

o Overviewo Protocol detailso Performanceo Multihoming

Home Node B Application Part RANAP User Adaption O&M for HNB Provisioning Procedure

Femto/HNB Signaling HNB Registration

HNB Deregistration UE Registration Direct Transfer Connectionless Transfer Disconnect HNB UE De-Registration

Femto/HNB Interworking


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Femto/HNB QoS & Security

Next generation LTE Femto cell (HeNB) Overview Architecture Interfaces 3Gvs4G Femtocell Signalling

Femto/HNB Commercial Availability

NGN Wireless Training Catalog

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