Support services. Cellular Expert is dedicated for Mobile network operators, Telecoms, Military companies, Internet providers. Emergency service providers, Utility companies, Consultancy service providers and other companies performing planning, analysis, optimization and reporting tasks for radio networks. The software.

1. Tems Cell Planner Software

132408423 tems-wcdma. 1. CreatedbyEBCCW00:06 © Ascom, March 2010 EN/LZT 108 9837 R4A All rights reserved TEMS™ CellPlanner WCDMA User’s Guide. EN/LZT 108 9837 R4A © Ascom 2010.

TEMS is a trademark of Ascom. All other trademarks are the property of their respective holders. This manual is provided by Ascom without any kind of warranty. Neither Ascom nor its dealers or distributors will be held liable for any damages caused or alleged to be caused either directly or indirectly as a result of using this information. Improvements and changes in this manual, due to typographical errors or inaccuracies in current information or programs and/or equipment, may be made by Ascom at any time without notice.

No part of this manual may be reproduced, transmitted, stored in a retrieval system, nor translated into any human or computer language, in any form or by any means, electronic, mechanical, magnetic, optical, chemical, manual or otherwise, without the prior written permission of the copyright owner, Ascom. CreatedbyEBCCW00:06 EN/LZT 108 9837 R4A Contents Preface i 1 Overview of TEMS CellPlanner 1-1 About TEMS CellPlanner. 1-2 Installation.

1-2 Product Packaging. 1-2 Licenses. 1-3 Support and FAQ.

1-4 2 WCDMA Planning with TEMS CellPlanner 2-1 About WCDMA in TEMS CellPlanner. 2-2 Importing Existing WCDMA Network Configuration. 2-3 Workflow for WCDMA Network Planning. 2-4 3 Managing WCDMA Equipment and Services 3-1 Introduction. 3-3 About the Equipment Explorer. 3-4 Define WCDMA Terminals. 3-5 Define WCDMA RBS Types.

3-10 Define WCDMA RNC Types. 3-12 About the System Explorer. 3-14 Define WCDMA Frequency Bands. 3-15 Define WCDMA Bearers.

3-17 Define WCDMA Bearer Rate Sets. 3-20 Define Bearers to Model Adaptive Multi Rate Speech. 3-27 Define Traffic Demand Mix. 3-28 Define Traffic Demand.

3-30 Define Traffic Density Maps. 3-32 About the Template Explorer. 3-34 About the WCDMA RBS Explorer.

3-36 Add WCDMA RBS General Information. 3-37 Add Sectors to WCDMA RBSs. 3-39 Add Antenna Branches to WCDMA RBSs. 3-41 Add General Antenna Branch Information. 3-42 Add Antenna to Antenna Branch. 3-46 Add Power to Antenna Branch.

3-48. EN/LZT 108 9837 R4A Add UTRAN Cells to WCDMA RBSs.

3-50 Define UTRAN Cell Configuration Parameters. 3-52 Define UTRAN Cell Admission Parameters.

3-54 Define UTRAN Cell Neighbor Relations. 3-55 Define UTRAN Cell Polygon Parameters. 3-57 Define UTRAN Cell Analysis Parameters. 3-58 Define UTRAN Cell HSPA Parameters.

3-62 Define UTRAN Cell Common Channels. 3-67 Define UTRAN Cell MBMS Parameters. 3-72 Define UTRAN Cell Custom Attributes. 3-75 About the Site Explorer. 3-76 Add Elements to Sites. 3-77 Add Antenna Systems to Sites. 3-78 Add Antenna System Equipment.

3-80 Add Antennas to WCDMA Sites. 3-81 Add ASCs to Sites. 3-83 Add Feeder Cables to Sites. 3-85 Add TMAs to Sites.

3-87 About the Network Explorer. 3-89 Define Subnetworks. 3-90 Add Location Areas to Subnetworks. 3-92 Add Routing Areas to Subnetworks. 3-94 Add Service Areas to Subnetworks.

3-96 Add RNCs to Networks. 3-98 Delete Equipment and Service Types. 3-100 4 Calculating Pathloss and CPLM 4-1 Introduction to Pathloss. 4-2 Using Optimized Prediction Radius. 4-3 Repeaters in Pathloss Calculations. 4-5 Calculate Pathloss. 4-7 Preparing for Composite Pathloss Matrix Calculation.

4-11 Calculate Composite Pathloss Matrix. 4-12 5 WCDMA Live Traffic Distribution 5-1 Introduction to WCDMA Live Traffic Distribution. 5-2 Import WCDMA Live Traffic Data. 5-3 Create Traffic Demand Mix. 5-5 Generate WCDMA Live Traffic Distribution. 5-7 View WCDMA Live Traffic Distribution. 5-9 6 WCDMA Analysis 6-1 Overview of WCDMA Analysis.

6-2 About WCDMA Analysis with Monte Carlo Simulator. 6-4. CreatedbyEBCCW00:06 EN/LZT 108 9837 R4A Adjusting Simulation for Complex Networks. 6-8 Set WCDMA Monte Carlo Analysis General Parameters. 6-11 Set WCDMA Monte Carlo Analysis Region Options. 6-16 Set WCDMA Monte Carlo Analysis Algorithm Parameters.

6-18 Set WCDMA Monte Carlo Analysis HSPA Parameters. 6-23 Set WCDMA Monte Carlo Analysis Traffic Demand Parameters 6-26 Set WCDMA Analysis Calculation Results Parameters. 6-29 Run WCDMA Analysis with Monte Carlo Simulations. American eagle fsx download. 6-32 About Non-Iterative Analysis.

6-34 7 Using Automatic Network Analysis 7-1 Background of Automatic Network Analysis. 7-2 Prerequisites for Automatic Network Analysis. 7-3 Run Automatic Network Analysis. 7-4 View Results of Automatic Network Analysis. 7-6 8 Using the ACP Wizard 8-1 Overview of Automatic Cell Planning.

8-2 Process of Using the ACP Wizard. 8-5 Access ACP Wizard. 8-6 Load ACP Settings. 8-7 Set ACP Area. 8-10 Set ACP Constraints. 8-12 Set ACP Targets. 8-16 Set ACP Parameters.

8-19 Save ACP Settings. 8-21 Run ACP and View Optimization Progress. 8-23 View, Optimize and Apply ACP Results.

8-26 View Capacity Report. 8-30 9 Using Advanced Automatic Cell Planning 9-1 Overview of Automatic Cell Planning. 9-2 Load Automatic Cell Planning Parameters. 9-4 Set Optimization Sector Parameters.

9-6 Set Border Sites Parameters. 9-10 Set Threshold Parameters. 9-12 Set Area Parameters. 9-15 Save Automatic Cell Planning Parameters.

9-19 View Optimization Progress of Automatic Cell Planning. 9-21 View, Optimize and Apply Automatic Cell Planning Results.

9-23 View Capacity after Automatic Cell Planning. 9-25 Structure of Sector Information for Import/Export. 9-26 Troubleshooting Sector Information Import/Export. 9-29.

EN/LZT 108 9837 R4A 10 Planning Neighbor Lists 10-1 Background of Neighbor List Planning. 10-2 Neighbor List Qualifications.

10-3 Generate WCDMA Neighbor Lists. 10-4 Evaluate WCDMA Neighbor Lists. 10-6 Evaluate Details of Neighbor Lists. 10-8 Import Generated Neighbor Lists.

10-11 Export Generated Neighbor Lists. 10-14 Generate WCDMA/GSM Neighbor Lists. 10-15 Evaluate WCDMA/GSM Neighbor Lists. 10-18 Add Individual Neighbor Relations. 10-20 Display Neighbor Cells. 10-22 11 Optimizing Scrambling Codes 11-1 Introduction to Optimizing Scrambling Codes.

11-2 Set Scrambling Code Optimization Algorithm Parameters. 11-3 Set Code Groups and Reserved Codes. 11-6 Set Neighbor Constraints. 11-8 Optimize Scrambling Codes.

11-10 View Cost of Scrambling Code Optimization. 11-11 12 Optimizing Pilot Power 12-1 Optimize Pilot Power. 12-2 13 Planning for Mobile Positioning Data 13-1 Introduction to Mobile Positioning. 13-2 Assign Cells to Location, Routing and Service Areas. 13-3 Display Area Configurations. 13-4 Generate Cell Polygons. 13-5 Visualize Cell Polygons.

13-7 Edit Cell Polygons. 13-8 Expand Cell Polygon. 13-11 Select Maximum Number of Polygon Vertices. 13-12 Create Convex Envelope for Multiple Cell Polygons. 13-13 14 Working with WCDMA Plots 14-1 About WCDMA Plots. 14-4 WCDMA Pathloss Plots.

14-6 WCDMA Service Independent Plots. 14-10 WCDMA Best Server Plots.

14-31 WCDMA DL Plots. 14-63 EUL/HSUPA Plots. 14-71 WCDMA Handover Plots. 14-78. CreatedbyEBCCW00:06 EN/LZT 108 9837 R4A WCDMA UL Plots. 14-82 HSDPA Plots.

14-88 MBMS Plots. 14-110 15 Working with WCDMA Reports 15-1 About WCDMA Reports. 15-2 WCDMA Coverage Report. 15-3 WCDMA Pilot Coverage Report, Covered Area. 15-5 WCDMA Pilot Coverage Report, Covered Individuals. 15-9 WCDMA Statistics. 15-12 Handover Statistics.

15-16 HSPA Statistics. 15-19 Customized Reports. 15-22 16 Working with WCDMA Charts 16-1 About WCDMA Charts. 16-2 Antenna Height AGL Chart. 16-3 Antenna Height AMSL Chart. 16-4 UL Connection Rate Chart.

16-5 DL Connection Rate Chart. 16-6 Connection Status Bar Chart. 16-7 Connection Status Pie Chart. 16-8 DL Power Chart.

16-9 Noise Rise Chart. 16-10 Index I-1. EN/LZT 108 9837 R4A. CreatedbyEBCCW00:06 i Preface Document Conventions This document uses the following conventions: Navigation Use the ALT and ALT buttons to navigate between link jumps in the Manuals.

Assumed Knowledge This documentation presumes that you have good knowledge about radio network planning principles and the radio technology to plan. Disclaimer The parameter values in this manual are just examples to help you getting started quickly, and do not constitute any performance guarantees for the planned equipment of your final network planning.

Proper parameter values depend on the equipment version, the operator’s business plan, and the operator’s network deployment strategy. Recommended parameter values should be provided by the operator, the equipment vendor or your service delivery organization. Bold type Window names, button names, and keyboard keys are displayed as bold text.

Example: Click Edit. Menu Selection Navigation in menu paths are displayed as bold text with arrows between menu levels. Typewriter type File names and literal input and output. Example: sites.xml Italic type Book titles and definitions are displayed in italic. Examples: carrier mapping, Technical Reference Manual Left-click Right-click All instructions including mouse clicks assume a mouse configured with the left mouse button as primary button. ii Manuals The following PDF manuals are delivered with the TEMS CellPlanner software: Installation Guide EN/LZT 108 9831 R4A Describes system requirements, how to install and configure TEMS CellPlanner components and manage licenses, and provides an overview of all TEMS CellPlanner components. The procedures must be performed by a user with administrator privileges on the local computer.

Some procedures require that you are an authorized TEMS CellPlanner administrator. Common Features User’s Guide EN/LZT 108 9832 R4A Includes Glossary of terms used in TEMS CellPlanner, concepts about licenses, and how use projects, explorer objects used by more than one radio technology, how to add sites and use site tools, filters, plots, neighbors, AMI, tuning propagation models, ASMT (Automatic Sector Model Tuning), puncturing, export and import data, and work with projects on server. Here TEMS CellPlanner administrators find how to administer users, groups and projects on servers shared by multiple users. Common Features Technical Reference Manual EN/LZT 108 9833 R4A Describes radio technology independent algorithms, parameters and file formats. GeoData User’s Guide EN/LZT 108 9834 R4A Describes geodata concepts, supported geodata formats, conversion between different map formats, how to use map data tools in TEMS CellPlanner. The chapters about providing and importing map data are intended for administrators of map data.

Other chapters are intended for users of map data. Map Import Wizard User’s Guide EN/LZT 108 9943 R2A Describes how to import map data using a generic wizard similar to the one provided with TEMS LinkPlanner. The intended reader is administrator of map data. LTE User’s Guide EN/LZT 108 9944 R3A Describes how to use LTE functions of TEMS CellPlanner, including analysis, and creation of plots and reports.

LTE Technical Reference Manual EN/LZT 138 0235 R2A Describes LTE network planning principles, analysis details for advanced users, and cell ID planning principles. WCDMA User’s Guide EN/LZT 108 9837 R4A How to use WCDMA functions of TEMS CellPlanner, including analysis, and creation of plots and reports. WCDMA Technical Reference Manual EN/LZT 108 9838 R4A Describes concepts and overviews of WCDMA algorithms, and HSPA and MBMS in TEMS CellPlanner.

GSM User’s Guide EN/LZT 108 9835 R4A Describes how to use the GSM functions of TEMS CellPlanner, including analysis, and creation of plots and reports. GSM Technical Reference Manual EN/LZT 108 9836 R4A Describes overlaid/underlaid cell structures, reuse patterns, manual frequency planning, automatic frequency planning (AFP), automatic hopping frequency set (HFS) planning, optimization of BSIC, HSN and MAIO, fractional load planning, and effective subscriber modeling. Also describes the GSM algorithms and file formats used in TEMS CellPlanner. WiMAX User’s Guide EN/LZT 108 9839 R4A Describes how to use the WiMAX functions of TEMS CellPlanner, including analysis, and creation of plots and reports. CreatedbyEBCCW00:06 1-1 1 Overview of TEMS CellPlanner This chapter provides an overview of the TEMS CellPlanner product. Topics Page About TEMS CellPlanner. 1-2 Installation.

1-2 Product Packaging. 1-2 Licenses. 1-3 Support and FAQ. 1-4. About TEMS CellPlanner Overview of TEMS CellPlanner 1-2 About TEMS CellPlanner TEMS™ CellPlanner is a graphical PC-based application for designing, implementing, and optimizing mobile radio networks. It assists you in performing complex tasks, including network dimensioning, traffic planning, site configuration, frequency planning, and network optimization. Installation The Installation Guide describes how to install software and licenses.

Product Packaging The product package includes the software components listed below. What is actually installed depends on your selection in the installation wizard. Some of the components are licensed, see Licensed Components on page 1-3. The Installation Guide provides an overview of each component and how the components relate to each other. Product Components Selecting this component installs.

Finding the best Radio Network Planning and Radio Network Optimization software. 1. Finding The Best Radio Network Planning and Radio Network Optimization Software (A Survey) Muhammad Waqas Akram Waqas.Akram@gmail.com.

Tems Cell Planner Software

Telecom Mobile Operators Are Facing Declining Revenues And Increasing Costs That Are Putting Pressure On Their Margins Revenue Drivers.ARPU from.Voice Traffic.SMS Traffic.Data Traffic. Bundled and Flat rates Revenue Costs Cost Drivers.Wages.Electricity/Maintenance.Site lease/rent.Roll out of New Technologies e.g. LTE According to Oliver Wyman1, Network operations constitutes approximately 25% of the total OPEX for a mature market Telco.

We can assume that for a growing market operator the cost of Network Operations is higher due to capacity expansion and personnel training OPEX Cost Drivers1 (Mature Market Operator) OPEX Cost Drivers2 (Growing Market Operator) 1. “Increasing Efficiency with Network Status Management” (Oliver Wyman), 2009 2.

Assumption The pressure on the margins is also stopping Telcos from new investments. As a result in Developing markets the penetration of new technologies e.g. 3G and LTE is low. The mobile offerings are outdated and the businesses are struggling to take advantage of the mobile phone service. Radio Network Planning Radio Network Optimization Network Management New Software Deployment Any RNP1 And RNO2 Software That Lacks The Latest Features Defined By Standard Bodies Can Increase The OPEX And CAPEX For Telcos Improper Cell planning and Site planning leading to deployment of more BTSs Growing requirement of network optimization activities e.g. Drive Tests, Antenna tilt changes etc.

More human interaction required for network monitoring, script writing and execution for radio network parameter changes etc. Unnecessary costs can incur e.g. Trainings of RNP and RNO teams on “wrong” software, swapping old software with software supporting latest features, new licenses etc. Increased CAPEX Increased OPEX Increased OPEX Increased Switching Costs Increasing Costs 1. Radio Network Planning 2. Radio Network Optimization The cost of not using the best available RNP and RNO software can be significant. We analyzed the opinion of users to see which RNP and RNO software are considered better than their competitors.

A Survey Was Conducted To Find The Opinion Of Users Of Radio Network Planning And Radio Network Optimization Software The survey was distributed to the global community of Radio Network Planning and Radio Network Optimization Engineers through Facebook, LinkedIn groups and mailing lists. The survey can be found at 210Number of respondents who answered all the questions in the survey 9.52% 23.81% 28.57% 4.76% 33.33% Less than 1 year 1 to 3 years 3 to 5 years 5 to 7 years More than 7 years Experience of respondents in the fields of Radio Network Planning and Radio Network Optimization 23Number of Mobile Operators with which respondents have worked 13Number of countries in which respondents have worked 26.47% 23.53% 17.65% Top 3 equipment suppliers with whom respondents have worked. “ATOLL” Is The Most Favourite Software. “Site Planning” Is The Most Performed Daily Activity Among The Respondents 47.62% 71.43% 0.00% 19.05% 0.00% 0% 10% 20% 30% 40% 50% 60% 70% 80% Asset ATOLL TCPU NetAct Other Software Usage 66.67% 76.19% 57.14% 52.38% 33.33% 0.00% 0% 10% 20% 30% 40% 50% 60% 70% 80% Site Planning Frequency Planning Neighbour Planning Physical Optimization Database Management Other Daily Activities Respondents were allowed to choose more than one software. Respondents selected all daily activities which they perform on Radio Network Planning software. 28.6% 23.8% 19.0% 19.0% 9.5% 0% 5% 10% 15% 20% 25% 30% Site Planning Frequency Planning Neighbour Planning Physical Optimization Database Management Activity That Is Performed The Most Respondents were allowed to choose only one option.

Site planning is performed mostly on daily basis. However it does not mean that other activities are not performed at all. Respondents were allowed to choose only one option. Database Management is the least performed daily activity.