Selasa, 27 Januari 2015

4G Intensive Course - LTE Basic Principles & RF Planning - Drivetest & RF Optimization - LTE Interworking & Interconnection

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4G LTE BASIC PRINCIPLES & RF PLANNING                                          
 

VENUE 14 & 15 FEBRUARY 2015                         
PLACE FLOATWAY LEARNING CENTER JAKARTA            
TRAINER PROFESSOR MUDRIK ALAYDRUS & LINGGA WARDHANA, ST, MBA
TRAINING PRICE IDR 2.500.000                                        

About This Training :

 
This training explain basic principles of LTE Air Interface, LTE Physical Layer and Digital Modulation. It will also explain detail concept about OFDMA and SC-FDMA. In RF Planning Session this course will presents differences between 2G, 3G and 4G, network architecture and their radio technology. It will explained about coverage and capacity planning depends on LTE RF deployment strategy.

Syllabus :

Day 1
4G LTE Basic Priciples
Challenges to Modern Wireless Communication
Concept of Air Interface
LTE Physical Layer
Digital Modulation

OFDMA and SC-FDMA

Day 2
4G LTE RF Planning
Radio Cellular Technology
Network Architecture
Cellular Frequency Allocation
DL Peak Rate
UL Peak Rate
Coverage Planning
Capacity Planning
Deployment Strategy

4G LTE DRIVETEST & RF OPTIMIZATION 

                                         
VENUE 21 & 22 FEBRUARY 2015                         
PLACE FLOATWAY LEARNING CENTER JAKARTA            
TRAINER JONNY GIFFLY & RAY KHASTUR
TRAINING PRICE IDR 2.500.000

About This Training :

 
This course teaches how to monitor performance of the LTE Radio Access Network. It talks about the Key Performance Indicators (KPI) that should be used. In this course students will be introduced to the LTE radio network analysis and associated KPI formulas. They will be guided through LTE system statistics, operational measurements, data field examples, and key performance indicator and measurement. Furthermore LTE optimized field tools and how to examine LTE message/events records will be introduced. It also presents about RF Configuration Parameters, Drivetest in LTE, Key Performance Indicator and Self Optimization Networks.
                                  
Syllabus :

Day 3
4G LTE Drivetest

LTE Drive test Basic knowledge
Drive test Tools Introduction
Onsite hardware Introduction
LTE Drive test RF Parameter

LTE Drive test step & Procedure
Accessibility test
Retainability test
Throughput test
Test plan creation

LTE Drive test on field
Single site verification test
Cluster drive test

LTE Drive test reporting

Day 4
4G LTE RF OPTIMIZATION

Configuration Parameters
PCI Planning
PRACH Planning

RF Operational Parameters
Cell Search Parameter
Handover in LTE networks
Power Control Overview

KPI in LTE Network
Accessibility, Retainability & Mobility

LTE Feature Performance
Beamforming
IRC
Comparison Static ICIC and Dynamic ICIC
Self Optimization Network : AMR
Self Optimization Network : CSFB

4G LTE INTERWORKING & INTERCONNECTION                            

VENUE 28 FEBRUARY & 1 MARCH 2015                         
PLACE FLOATWAY LEARNING CENTER JAKARTA             
TRAINER ILMA PRATIDINA
TRAINING PRICE IDR 2.500.000

About This Training :

The major focus of this course is the interworking between LTE with 2G, 3G, CDMA, 1xEV-DO and also with non 3GPP technology. The course begins with a brief overview of 2G, 3G, CDMA, LTE, Wifi architectures and requirements for interworking. The building blocks that support interworking between LTE and  2G, 3G, CDMA and also with non 3GPP technology are discussed in detail, including the new interfaces, hybrid device capabilities, and radio/core mechanism. Different interworking/mobility scenarios are listed and detail message flows are given.

DAY 5
1. LTE Network Architecture
a.System Architecture Evolution (SAE)
b.Network Architecture and Interfaces
c.SAE nodes (e.g. HSS, MME, S-GW, P-GW, PCRF) and fuctions

2. LTE Interworking
a.Interworking with GSM (2G)
b.Interworking with UMTS (3G)
c.Interworking with CDMA
d.Interworking with 1xEV-DO
e.Interworking with non 3GPP technology (Wifi)
f.Deployment Considerations

3. LTE Idle Mobility (events and related parameter)
a.Cell Selection
b.Cell Reselection with GSM (2G)
c.Cell Reselection with UMTS (3G)
d.Cell Reselection with CDMA
e.Cell Reselection with 1xEV-DO
f.Tracking and Routing Area Update
g.Paging Operation

DAY 6
4.IMS in LTE Networks
a.IMS Network Architecture
b.End-to-end signalling and traffic flow
c.VoIP and IMS Protocols
d.IMS - PSTN interworking

5. Voice Support in LTE
a.CS-Fallback
b.VoLTE
c.SR-VCC (Single Radio Voice Call Continuity)
d.Support for SMS

6. LTE Handover (events and related parameter)
a.X2-based handover
b.S1-based handover
c.Inter-RAT handover with GSM (2G)
d.Inter-RAT handover with UMTS (3G)
e.Inter-RAT handover with CDMA
f.Inter-RAT handover with 1xEV-DO
g.Seamless Mobility with non 3GPP technology (Wifi)

DUAL PROGRAM DISCOUNT IDR 4.500.000
TRIPLE PROGRAM DISCOUNT IDR 6.000.000
REGISTRATION AHMAD YAZID              
PHONE +6285878909415                      
EMAIL contact@floatway.com

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