02.07.13 02 GSM Wireless Network Moderniz_ Off Revision CLAROV 13

GSM Wireless Network Modernization Services Proposal for CONECEL

Network Modernization Proposal for Claro Ecuador

TABLE OF CONTENTS

1. Preface..........................................................................................................3

2. Modernization Principles and Strategy......................................................4

2.1 Modernization Principles.....................................................................................4

2.2 Modernization Strategy.......................................................................................4

2.2.1 Cluster Modernization Recommended for BTS Modernization...............................4

2.2.2 Pilot Network Modernization before Large-scale Network Modernization..............5

2.2.3 Like for Like Cluster Modernization........................................................................5

2.2.4 Modernizing with Expansion Part in Large-scale Network Modernization..............5

2.2.5 Suburban Area First, Urban Area Followed............................................................5

2.3 Modernization Process.......................................................................................6

2.3.1 Setting Up the Project Team..................................................................................7

2.3.2 Solution Design......................................................................................................7

2.3.3 Pilot Cluster Modernization....................................................................................8

2.4 Network Modernization Services........................................................................9

2.4.1 Engineering Services.............................................................................................9

2.4.2 Implementation Services......................................................................................11

2.4.3 Network Analysis..................................................................................................12

Site Installation Provisional Acceptance Certificate (PAC).................................................13

Site Installation Final Acceptance Certificate......................................................................14

2.5 Other Services..................................................................................................14

2.5.1 Babysitting............................................................................................................14

2.6 Training.............................................................................................................14

Local Trainings...................................................................................................................14

2.6.1 Programas de Entrenamiento O&M.....................................................................15

2.6.2 Programas de entrenamiento RNO&RPO............................................................18

International Trainings........................................................................................................22

Huawei Confidential 27/06/2013

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1. Preface

As a leader in providing next-generation telecommunication network, Huawei focus on customer’s market challenges and requirements. We provide excellent communication network solutions and services in order to consistently create maximum value for our customers. The key values of the solution from Huawei offered to Conecel are listed as below:

Modernize the legacy GSM radio network

Introduce new services and features, such as Gb over IP, etc

Smooth evolution to 3G and LTE

TCO saving solution reduces CAPEX & OPEX in the years to come in different dimensions, such as power consumption, space occupancy.

Future proof, advanced hardware platform ready for IP, LTE

This document describes Huawei’s implementation solution of GSM wireless network modernization for Conecel.


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2. Modernization Principles and Strategy

Considerations included in determining the strategy to be used in the Modernization project are listed below:

2.1 Modernization Principles

2.2 Modernization StrategyThe most suitable modernization strategy contributes to the success of a modernization project in terms of modernization effectiveness, modernization stability and cost-efficiency. In practical projects, various factors come together to shape up the strategy. Based on our modernization experience around the world, we recommend the bellowing modernization strategy for this project.

2.2.1 Cluster Modernization Recommended for BTS Modernization

When modernize an existing GSM radio network, there are different approaches: modernizing site by site, cluster by cluster, or a whole radio network in one time.

Huawei recommends cluster modernization for

this project. The detailed site number of each cluster for the implementation works during maintenance window, will be

discussed with Conecel and mutually agreed by both parties.


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Reliability

Smoothness Low Cost

High Efficiency

ModernizationPrinciples

Low

Medium

High

Low Medium High

Cluster by Cluster

Site by Site

Complete network

Sites to be modernized in one time

Project complexity and risk


2.2.2 Pilot Network Modernization before Large-scale Network Modernization

Huawei recommends conducting pilot network modernization before large-scale network modernization with Conecel to ensure that all procedures, routines and teams on both sides are prepared and practiced, so the end-to-end modernization quality will be guaranteed with minimal interruption of the live network.

2.2.3 Like for Like Cluster Modernization

Like for like Modernization means keeping the same configuration before and after Modernization. This method can ensure the modernization smooth and is convenient for network KPI comparing.It is also easy to evaluate the performance of Huawei’s equipments with the same configuration and parameters.

2.2.4 Modernizing with Expansion Part in Large-scale Network Modernization

With validation of performance of Huawei equipments in pilot cluster, it’s recommended to modernize the network with original configuration and expansion part together. After the modernization, the network KPI acceptance will be based on a negotiated KPI target that the network has before the modernization.

2.2.5 Suburban Area First, Urban Area Followed

It is proposed that the BTS in suburban areas will be swapped first, followed by swapping the equipments in the areas/cities which have higher population and more VIP areas. With this approach, the swap implementation will become more and more smooth and effective.

2.3 Modernization Process


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The process usually includes network information collection, network design, test system deployment, live network modernization, network monitoring, network optimization, network acceptance, etc.

2.3.1 Setting Up the Project Team

The modernization project team includes:


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2.3.1.1 Product technical team

This team is responsible for the technical management and delivery in this product domain, including the equipment design, delivery solution, problem management.

2.3.1.2 RF team

This team is responsible for the wireless planning and tunning in this wireless project. It helps the project team to implement the modernization in clusters, and check the wireless performance and key performance indicator (KPI) of the cluster set and network before acceptance.

2.3.1.3 Site design team

This team is responsible for surveying sites, designing site solutions, and performing standard operation process (SOP).

2.3.1.4 Solution team

This team is responsible for requirement research, technical proposals, solution design, and correctness of the bill of quantity (BOQ).

2.3.1.5 R&D support team

This team is responsible for the customized product solution support, network performance assurance, version strategy establishment, and major technical problem solution.

2.3.2 Solution Design

2.3.2.1 Cluster Modernization Process

The possible size of the cluster particular area is scalable upon organizational and risk limiting factors matched to the timing and manageability of the involved parties. The detailed site number of each cluster will be discussed with Conecel and mutually agreed by both parties.

2.3.2.2 BTS Modernization Process

Based on the information of existing radio network of Conecel, we define the listed typical scenarios for BTS Modernization. It is assumed that equipment room and antenna system can be reused.

Scenario A

Site Conditions:

Indoor BTS with space problem

Modernization Strategy

Dismounting and Remove existing BTS →Install new BTS


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ATMA

Existing Node B

PowerSupply

Transmission

TMATMA

Existing Node B

PowerSupply

Transmission

Huawei Node B

TMA

PowerSupply

Transmission

Huawei Node BHuawei Node B

TMATMA

PowerSupply

Transmission

Huawei Node B

TMA

PowerSupply

Transmission


TMATMA

PowerSupply

Transmission

Huawei Node B

TMA

Existing Node B

PowerSupply

Transmission


TMA

Existing Node B

PowerSupply

Transmission

TMATMA

Existing Node B

PowerSupply

Transmission


Modernization Process

1) Power off the existing BTS;

2) Dismounting and remove out the existing BTS;

3) Install new BTS;

4) Connect the power cable, transmission cable and RF jumpers;

5) Integrate new BTS to BSC;

6) Service test.

Above process, is a general one for sites that have restrictions of working hours,

space, etc. In case there are these type of scenarios, detailed process must be

discussed together with Conecel.

Scenario B

Site Conditions

Indoor BTS without space problem

Modernization Strategy

Install new BTS in extra space

Modernization Process

1) Install new BTS in daytime in advance;

2) Block or Power off the existing BTS;

3) Cut-over the RF Jumpers and transmission cable;

4) Integrate new BTS to BSC;

5) Service test;

6) Dismounting and remove out the existing BTS.

2.3.3 Pilot Cluster Modernization

The pilot cluster modernization before large-scale network modernization can ensure that all procedures, routines and teams on both sides are prepared and practiced, so the end-to-end modernization quality will be guaranteed with minimal interruption of the live network.The pilot cluster will be defined and mutually agreed by both parties.

2.4 Network Modernization Services

The Implementation of the Modernization Process will be subdivided mainly in following steps and services:


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BTMA

Existing Node B

PowerSupply

Transmission

Huawei Node B

TMATMA

Existing Node B

PowerSupply

Transmission

Huawei Node B

TMA

Existing Node B

PowerSupply

Transmission

Huawei Node B

TMATMA

Existing Node B

PowerSupply

Transmission

Huawei Node B

TMA

PowerSupply

Transmission

Huawei Node B

TMATMA

PowerSupply

Transmission

Huawei Node B

TMA

Existing Node B

PowerSupply

Transmission

TMATMA

Existing Node B

PowerSupply

Transmission


2.4.1 Engineering Services

2.4.1.1 Network Information Collection

The information to be review with CONECEL will be:

- Network configuration information. Refer to “Requerimiento de Información”.

Attach document

- Radio parameters and special functions:

Functionalities needed for mapping of KPIs, counters, features.

- Original network traffic statistical data (Statistcs for previous 15 días per hour per sector)

- Transmission network information. Current capacity and future for modernization

Confirmation of which sites are IP or ATM, E1s, availability date.

- Claro confirm that all sites will have 64kbps.

- Actual monitored site alarms of each site, for alarm customization.

Output documents: Network information report.

2.4.1.2 Technical Site Survey

For technical Site Survey scope according to review with CLARO EC, for GYE and UIO is require to perform TSS Update scope described in attached document as “Servicio de Technical Site Survey (TSS)”. For Portoviejo cluster is required to perform TSS described in attached document as “Servicio de Levantamiento de Sitio”

Output documents: Site Survey report.

2.4.1.3 General mapping for Modernization

Based on information reviewed with CONECEL and also information collected by HUAWEI(network information, parameter, frequency planning, previous DT results, site surveys, etc.) HUAWEI will execute following tasks:

Drive test analysis:

It includes Drive Test Analysis that will be performed in the modernization area before each cluster modernization. It should be done at most 1 month before the modernization execution process of the cluster. The DT KPIs (2G&3G voice and data KPI when 2G/3G SRAN BTS is deployed) , route and number of sites per cluster will be defined together with Conecel before modernization and the results of these DT will be the target to reach after modernization result

Cluster divisions and Implementation Plan:

Cluster priority and site quantity for swap. This will be review and agree with CONECEL

Mapping


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- KPI mapping. The baseline for this mapping will be AMX KPI homologate for all countries. Also should be consider SUPTEL/CONECEL KPIs, This should uploaded to iManager M2000.

KPI Name RRC Establishment Fail Rate (%)

KPI Description1 - Number of Successful RRC Conn Setup for All Reasons / (RRC Conn Setup Attempt for All Reasons + Number of RRC DRD IN - Number of RRC DRD OUT)

XXX Formula100 - (100 * Sum(RRC_CONN_STP_COMP) / Sum(RRC_CONN_STP_ATT + RRC_CONN_SETUP_COMP_AFT_DIR -RRC_CON_SETUP_COMP_DIRECTED))

Huawei Formula100 - 100 * ∑VS.RRC.SetupConnEstab.Cell / ∑(VS.RRC.AttConnEstab.Cell + VS.RRC.Estab.DRDIn -VS.DRD.RRC.Out.Att)

- Parameter mapping

Key parameters are 100% inherited to ensure smooth network transition; such as cell basic parameters, Frequency plan, cell layer/Priority, Rx Access Min, etc; other parameters will use Huawei parameter baseline.

- Power mapping

Power mapping is to make sure radio coverage level/quality is same as before swap.

Considering that Huawei will use DBS site to replace original Macro site, so suggest mapping EIRP. CLARO has to deliver current output power for calculate EIRP.

Site survey information, will considered in calculating EIRP of original power, such as feeder/jumper/connecter information;

- Feature mapping

Feature mapping is to make sure all current active features work well according the feature description. The baseline for feature mapping is document deliver as part as commercial proposal.

2.4.2 Implementation Services

A. Equipment Installation

2.4.2.1 Preparation (daytime)

After obtaining and delivering the installation design document:

- Pre-installation Site Visit (PISM), in order to confirm that the site adaption is finished

based on TSS requirements.

- MRF

- Equipment verification on warehouse for delivery for each site.

- Commissioning preparation: Transmission Planning: E1 planning; IP planning; Abis

Planning; Gb planning. Output: Transmission planning table.


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2.4.2.2 BTS Installation

Daytime:

- Equipment Inspection: Unpack the deliverable goods, perform unpacking inspection,

and handle exceptions.

- Equipment installation: Install all modernization Huawei hardware.

- Validate correct label of cable for antenna system

- External alarms connection.

- Download the BTS script on sites and check the IP address .

Cutover Preparation – 1st maintenance window

- Equipment Power On

- Transmission verification: Conecel must provide transmission ready for site

commissioning. HUAWEI and CONECEL should make connection test before cutover 2nd maintenance windows.

- BTS commissioning and integration (the cells will be blocked): Huawei BTS will load

software and configuration data from BSC automatically after the transmission is OK.

- Alarm clear up.

- HUAWEI is responsible for connecting tx cables from SRAN BTS to tetrapack or

patch panel.

Output document: BTS hardware installation inspection report

2.4.2.3 Cut-over Process – 2nd maintenance window

The cut-over will performed in a second maintenance window, except for some sites with

security risks where maybe cut-over should be executed during daytime inmmidiatly after

site on aire.

It includes following activities:

- Cut-over RF jumpers from original BTS to Huawei new BTS;

- Single Site Verification: Execution of voice and data functions test per cell, just after

the cutover process this test and report will be deliver per site. Include KPIs de

accessibility and retain ability . The SSV document will be deliver in next calendar

day.

- KPIs Monitoring: After site on air should deliver 4 report within 7 days.

- VSWR measurement: Feeder & antenna system test will be done with site master if

there is something wrong in the feeder & antenna system.

- ATP with Conecel O&M engineer

- As part of MOP (method of procedure) HUAWEI has to confirm downtime for

notification to SUPTEL. According to HUAWEI experience downtime expected is 2

hours per site.

Output document: New BTS integration notification mail, SSV and KPIs report


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2.4.2.4 BSC Installation and Integration

Input: Conecel must provide IP addresses range, core network configuration for HUAWEI

BSC integration

- Equipment Inspection: Unpack the deliverable goods, perform unpacking inspection,

and handle exceptions.

BSC installation and integration services, include:

- TSS:

Visit to the site to get information of space location for BSC, civil works requirements,

etc. If there are modifications to the delivered TSS, these will be additional.

- BSC Planning & Dimensioning -

o Interface planning

o Datafill

o Equipment parameters

o Feature activation and testing

- Installation,

o Equipment installation and cabling

o Equipment power up

o Commissioning and integration

o ATP that will be reviewed and agreed with CONECEL.

o BSC will be integrated to iManager M2000.

For power on and physical connection will be execute during windows maintenance.

2.4.2.5 iManager M2000 Dimensioning and integration

BSC and BTS included as part of modernization will be integrated to iManager M2000. The agree KPIs should be uploaded to iManager M2000.

B. Project Management

Supervision resources that are in charge of all the required activities to ensure the correct development of the project, like:

- Project follow up

- Reports according to CONECEL formats and review.

- Internal and customer meetings

- Resources coordination

- Warehouse material delivery confirmation


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2.4.3 Network Analysis

2.4.3.1 DT Analysis After Implementation

Drive Test will be performed in the modernization area after each cluster modernization. For comparison, Huawei will use the same DT route as the DT before the modernization, same test instruments and vehicles for drive test. In addition, the test should be performed at the same day and time.

After cluster modernization, Huawei will perform corresponding comparison between both DT (before and after). Finally, a network comparison report will be worked out.

For performing the DT it’s required at least 90% of the sites on air per cluster. This, in case some site can’t be modernized, and an exclusion zone should be defined based on the site that couldn’t be modernized. In case after DT and Statistics analysis within cutover day don’t comply with agreed parameter defined in “Acceptance parameters document.” rollback action should be taken according for Rollback procedure review and defined with CONECEL

Note: HUAWEI should have the tools for execute simultaneous DT for voice and data services per technology and support 850MHz/1900MHz

2.4.3.2 Cluster Statistical Analysis and report

Input: Conecel and Huawei should defined main KPIs and threshold to be evaluated for rollback process or continue with cluster tuning. KPIs and thresholds is defined by cluster within a week.

Most of the problems of the existing network can be founded through monitoring and analyzing the traffic statistics (statistics KPIs defined and agreed by both parties).

After the site is on air, Huawei will evaluate traffic statistics during 1 week. Four reports per week will be sent by cluster.

It includes comparison of traffic statistical indicators, before and after modernization.

Please refer to”Acceptance parameters document”.

Output document: Three cluster Statistical Reports in a week.

2.4.3.3 Tuning

After being successfully modernized a cluster enters the stage of tuning. During this stage, performance monitoring team will continually monitor the associated BTS’s of the cluster and provide decision support for tuning activities that are aimed to further enhance the network performance for Conecel. Huawei will complete the corresponding cluster tunings and achieve the target KPIs (same KPIs as before the modernization process).During 15 calendar days network analysis will be performed.After cluster tunning is finished, there will be signed a Cluster tuning FAC.Time for finish cluster tunning will be defined as part of Please refer to “Acceptance parameters document and Rollback document”.


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Output document: Reached KPIs and comparison with the KPIs before modernization process.

2.4.3.4 Acceptances

HARDWARE and SOFTWARE Acceptances

Site Installation Provisional Acceptance Certificate (PAC)

This acceptance is to verify the running status and service functions of new equipments and ensure smooth implementation of the subsequent cutover. The procedures of the acceptance test are as follows:

Define acceptance test protocol document by two parties;

Make the test scheme and fix the test items defined on the ATP.

Conecel and Huawei conduct the formal test and sign to confirm the test results;

Issue Provisional Acceptance Certificate to Huawei.

After the cluster modernization, the Preliminary Acceptance of BTS will be performed based on sector information.

In this PAC, all non critical pending issues (pending issues that don’t affect the service) will be registered. Pending issue cannot affect performance and availability, other pending HUAWEI will fix during in maximum 30 days.

Site Installation Final Acceptance Certificate

After successful completion previous step, Huawei will initiate the Final Acceptance Certificate (FAC) which will be based on site.

If there are no pending issues in PAC, the FAC will be signed directly after Huawei deliver corresponding site folder.

After the successful acceptance test, Conecel will issue the Final Acceptance Certificate to Huawei and the network will be handed over from Huawei to Conecel.

RF Acceptances

For RF acceptance, KPIs should comply with “Acceptance parameters document”.

2.5 Other Services

After implementation process and network stability period, it’s needed other services that are presented below:

2.5.1 Babysitting

After the modernization of the first cluster, Huawei engineer will be at Conecel NOC for 2 (one) calendar month, in order to monitor the equipment status during labor hours (8x5) and on call 7x24.During hollidays or weekends, or non labor hours, Conecel NOC must monitor and inform to Huawei in case network alarms appear. Also, it includes 8 (eight) hours of competence transfer during babysitting period, date and


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trainees to be defined by Conecel.

Output document: alarms and BSC’s KPIs daily report, it will be agreed between parties.

2.6 Training

Local Trainings

This training will be delivery on site, it means on customer premises.

*Note: 1 training day = 6 hours per day

Training ProgramDuración

(días hábiles)Number of

traineesNumber

of classesTraining Location

GSM O&M Training

GSM&UMTS SingleRAN7.0 BSC Operation and Maintenance Training

4 12 1 Onsite

GSM&UMTS SingleRAN7.0 BSC Configuration Training

5 12 1 Onsite

GSM&UMTS SingleRAN7.0 BTS Operation and Maintenance Training

5 12 1 Onsite

GSM RNO&RPO Training

GSM Radio Network Optimization Training

8 12 1 Onsite

BSC6900 GPRS/EDGE Radio Network Planning and Optimization Training

5 12 1 Onsite

13ECWR035ECOOS00

2.6.1 Programas de Entrenamiento O&M

2.6.1.1 GSM&UMTS SingleRAN7.0 BSC Operation and Maintenance Training

Training Route

Objective Group

BSS technical people. O&M first line maintenance.


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BSC6900 GU V9R14 Product Description

OMS991dLecture

BSC6900 GU V9R14 Operation and Maintenance

OMS98 3dLecture, Hands-on exercise


Prerequirements

- Basic knowledge of mobile comunication

- At least 1 year experience in GSM/UMTS O&M.

Objetives

After finish the training, trainees will be have knowledge about:

- To detail BSC6900 system structure.

- To detail BSC6900 parts functions.

- To detail the signaling flow in BSC6900

- To list typical configuration BSC6900 Hardware

- To detail the structure of operation and maintenance of the subsystem

- To develop routine operation and maintenance of BSC6900

Time

4 labor days

Participants

Min 6，max 12

2.6.1.2 GSM&UMTS SingleRAN7.0 BSC Configuration Training

Training Route

Objective Group

Field BSS technicians,engineers of O&M first line maintenance.

Prerequirements



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BSC6900 GU V9R14 Data Configuration

OMS974dLecture, Hands-on exercise

Prerequisites

GSM&UMTS SingleRAN7.0 BSC Operation and Maintenance Training

1d

BSC6900 GU V9R14 Installation and Commissioning

OMS96Lecture, Hands-on exercise



Objetives

After finish the training, trainees will be have knowledge about:

- To detail the procedure of BSC6900 data configuration.

- To develop global configuration data

- To develop equipment data configuration

- To develop interface configuration

- To develop cell configuration

- To describe the setting procedure MBSC data based on CME

- To complete MBSC data settings

- To export and activate the configuration data

- To describe the process of commissioning BSC6900

- To describe software features OMU

- To complete BSC6900 commissioning

Time

5 labor days

Participants

Min 6，max 12

2.6.1.3 GSM&UMTS SingleRAN7.0 BTS Operation and Maintenance Training

Training Route


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Objective Group

Field BSS technicians,engineers of O&M first line maintenance.

Prerequirements



Objetives

After finish the training, trainees will be have following knowledge :

- To describe the features of the products BTS3900

- To detail the BTS3900 hardware structure.

- To detail the functions of the different modules

- To develop hardware configuration and Cable Connection

- To develop remote operation of GSM BTS LMT web

- To develop local operation of GSM BTS for SMT

- To develop the MBTS process data configuration

- To complete initial data configuration in CME MBTS

- To describe the meaning of the most important parameters


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MBTS GU V1R7 Troubleshooting

OMT95 0.5d

MBTS GU V1R7 Product Description

OMT990.5dLecture

MBTS GU V1R7 Data Configuration

OMT97 1dLecture, Hands-on exercise

MBTS GU V1R7 Installation and Commissioning


Lecture

MBTS GU V1R7 Operation and Maintenance



- To understand the installation process of MBTS.

- To describe the steps of commissioning of MBTS.

- To perform commissioning of MBTS.

- To know how to find the faults in BTS

- To know the most common types of failures

- To understand the management method BTS failures

- To know how to prevent failures

Time

5 labor days

Participants

Min 6，max 12

2.6.2 Programas de entrenamiento RNO&RPO

2.6.2.1 GSM Radio Network Optimization Training

Training Route

Objectives

Describir la función de cada tipo de canal lógico.

Describir el proceso general de señales de radiofrecuencia en la interfaz Um.

Especificar las técnicas utilizadas en la interfaz Um.

Describir el flujo típico de comunicaciones sobre GSM.


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BSC6900 GSM Air Interface

OMA01 1.5d

Lecture, Hand-on exercise exercise exercise

GSM BSS9.0/12.0/13.0/14.0 Radio Network FunctionalityOMO01 1.25

dLecture, Hands-on exercise

GSM BSS9.0/12.0/13.0/14.0 Radio Network Features

OMO03 2.75d

Lecture, Hands-on exercise

GSM BSS9.0/12.0/13.0/14.0 Radio Network Performance Management

OMO05 0.5dLecture


Realizar la operación correspondiente al rastreo de mensajes de interfaz.

Identificar los mensajes en las interfaces A y Abis.

Analizar los mensajes en las interfaces A y Abis.

Explicar los parámetros de mensajes relevantes.

Identificar fallas mediante el análisis de flujos de señalización.

Enumerar los comportamientos de la MS en modo inactivo.

Describir los parámetros asociados con los comportamientos de la MS en modo inactivo.

Enumerar los tipos de saltos de frecuencia.

Describir las funciones del algoritmo de saltos de frecuencia.

Describir los parámetros de saltos de frecuencia.

Describir el flujo general del algoritmo de control de energía en GSM.

Interpretar el algoritmo de control de energía II de Huawei.

Interpretar el algoritmo de control de energía III de Huawei.

Describir otras funciones de control de energía.

Describir el flujo general del algoritmo del handover en GSM.

Interpretar el algoritmo de handover I/II de Huawei.

Describir el algoritmo mejorado de velocidad máxima.

Describir el algoritmo de velocidad media.

Describir el algoritmo adaptativo de velocidad múltiple.

Describir el algoritmo de asignación de canales de radiofrecuencia GSM II.

Describir las operaciones sobre gestión del rendimiento basadas en el M2000.

Interpretar el procedimiento general de análisis de tráfico.

Interpretar las funciones de ciertos contadores típicos.

Time

8 días hábiles (6 horas diarias dependiendo el requerimiento del cliente)

Participants

Min 6，max 12


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2.6.2.2 BSC6900 GPRS/EDGE Radio Network Planning and Optimization Training

Training Route

Objective Group

Planning and optimization engineers of GPRS/EDGE network

Pre requirements

- Knowledge of mobile comunication

- At least 1 year experience y planning and optimization.

Objectives

After finish the training, trainees will be have knowledge to:

- Describe the structure of GPRS / EDGE and functions of the entities in the GPRS network

- Describe the frame structure of GPRS / EDGE Um interface

- Describe the function of each type of logical channel

- Describe typical application scenarios of different logical channels

- Describe the capacity of multiple timeslot timeslot GPRS / EDGE MS

- Describe the flow channel setup GPRS / EDGE

- Describe release flow channel GPRS / EDGE

- List the parameters for radio network optimization GPRS / EDGE

- Interpret typical parameters for optimization of the GPRS / EDGE

- Describe the power control algorithm of GPRS / EDGE

- Describe the conditions of re selection of cells GPRS / EDGE


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BSC6900 GPRS/EDGE Air Interface

OMA03 2dLecture, Hand-on exercise

OMO071.5dLecture, Hand-on exercise

GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Performance Management

OMO09 1dLecture

GPRS/EDGE Radio Network Planning

OMP00 0.5dLecture

GSM BSS9.0/12.0/13.0/14.0 GPRS/EDGE Radio Network Features


- Describe about operations management performance based on M2000

- Interpret functions typical counters

- List the typical KPIs

- Interpreting the definition and measurement points of typical KPIs

- Describe the operational flow of the network planning GPRS / EDGE Radio

- Implement capacity planning of network traffic GPRS / EDGE Radio

- Implement planning coverage of the GPRS / EDGE Radio

- Implement planning grid frequency GPRS / EDGE Radio

- Describe the influence of the GSM network

Time

5 labor days

Participants

Min 6，max 12

International Trainings

METC: Mexico Training Center

*Note: 1 training day = 6 hours per day

Training ProgramDuración

(días hábiles)Number of

traineesNumber

of classesTraining Location

GSM O&M TrainingGSM&UMTS SingleRAN7.0 BSC Operation and Maintenance Training

4 6 1 METC

GSM&UMTS SingleRAN7.0 BSC Configuration Training

8 6 1 METC

GSM&UMTS SingleRAN7.0 BTS Operation and Maintenance Training

7 6 1 METC

GSM RNO&RPO Training

GSM Radio Network Optimization Training 8 6 1METC

BSC6900 GPRS/EDGE Radio Network Planning and Optimization Training

5 6 1METC

13ECWR035ECOOS00


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02.07.13 02 GSM Wireless Network Moderniz_ Off Revision CLAROV 13

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