Wireless Network Engineering Software

• Native 64-bit Application

• Multi-RAT Network Modelling

• High Performance GIS

• In-built Automationand Customisation Capabilities

version 3.2

Overview

Atoll is a 64-bit multi-technology wireless network design and optimisation platform that supports wireless operators throughout the network lifecycle, from initial design to densification and optimisation.

Atoll 3.2 includes integrated single RAN – multiple RAT network design capabilities for both 3GPP (GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technology streams. It provides operators and vendors with a powerful native 64-bit framework for designing and optimising current and future integrated multi-technology networks. Atoll 3.2 supports the latest technology advances such as HetNets and Wi-Fi offloading.

Atoll’s integration and automation features help operators smoothly automate planning and optimisation processes through flexible scripting and SOA-based mechanisms. Atoll supports a wide range of implementation scenarios, from standalone to enterprise-wide server-based configurations.

With more than 5000 active licences installed with 300+ customers in 100 countries, Atoll has become the industry standard for radio network planning and optimisation.

Market-Firsts:

• 1st 3G planning software on the market in 2000

• 1st LTE planning software on the market in 2008

• 1st combined GSM/UMTS/LTE simulator on the market in 2010

• 1st 64-bit radio planning and optimisation software on the market in 2012

• 1st combined CDMA/LTE simulator on the market with Atoll 3.2

Supported Technologies:

• GSM/GPRS/EDGE • Wi-Fi

• UMTS/HSPA • WiMAX

• LTE • TD-SCDMA

• CDMA2000 • Microwave Links

02 03

Native 64-bit Application

Atoll as well as all its components and modules are native 64-bit applications with no restric-tions on project size and memory usage. Atoll provides limitless possibilities and enhanced performance in demanding situations such as multi-technology Monte Carlo simulations as well as urban and network-wide predictions. Atoll 64-bit architecture allows operators to cope with complex multi-technology networks, and to successfully deal with the dramatic increase in network density expected with the advent of HetNets and small cells.

HighPerformance GIS

Atoll incorporates a high-perfor- mance built-in geographic informa-tion system (GIS) exclu-sively designed for radio network planning and optimi-sation. Atoll’s 64-bit GIS engine allows working with high-resolution and large-scale geo data while delivering high performance in data manipulation and display. Atoll supports web map services, online map servers (Google, Bing, etc.), and industry-standard formats including BIL, TIF, BMP, Vertical Mapper, ArcView, MapInfo, etc. Atoll smoothly interfaces with commonly used desktop GIS such as MapInfo and ArcView.

Multi-technology Network Modelling

Atoll is a comprehensive multi-technology radio planning and optimisation platform which includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simula-tors, and ACP (Automatic Cell Planning)

module. Atoll can model the traffic-related aspects of multi-

technology networks and dynamically spread and

offload traffic between m u l t i - t e c h n o l o g y

Hetnet layers inclu- ding Wi-Fi and small cells.

In-built Automation and Custo-

misation Capabilities

Atoll’s in-built task automation and integra-

tion capabilities enable data as well as service-level integra-

tion, allowing operators to automate and streamline network optimisation activities

on the way to SON. Atoll’s data exchange and integration capabilities enable integration within service-oriented architectures (SOA) and enterprise service buses (ESB). Moreover, Atoll’s C++ software development kit (SDK) allows customisation and implementation of functional value-added modules for Atoll.

64BIT

Highlights

Atoll uniquely combines architectural and functional features that provide operators with a powerful, scalable and flexible framework for streamlining their network design and optimisation processes.

Overview

Atoll is a 64-bit multi-technology wireless network design and optimisation platform that supports wireless operators throughout the network lifecycle, from initial design to densification and optimisation.

Atoll 3.2 includes integrated single RAN – multiple RAT network design capabilities for both 3GPP (GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technology streams. It provides operators and vendors with a powerful native 64-bit framework for designing and optimising current and future integrated multi-technology networks. Atoll 3.2 supports the latest technology advances such as HetNets and Wi-Fi offloading.

Atoll’s integration and automation features help operators smoothly automate planning and optimisation processes through flexible scripting and SOA-based mechanisms. Atoll supports a wide range of implementation scenarios, from standalone to enterprise-wide server-based configurations.

With more than 5000 active licences installed with 300+ customers in 100 countries, Atoll has become the industry standard for radio network planning and optimisation.

Market-Firsts:

• 1st 3G planning software on the market in 2000

• 1st LTE planning software on the market in 2008

• 1st combined GSM/UMTS/LTE simulator on the market in 2010

• 1st 64-bit radio planning and optimisation software on the market in 2012

• 1st combined CDMA/LTE simulator on the market with Atoll 3.2

Supported Technologies:

• GSM/GPRS/EDGE • Wi-Fi

• UMTS/HSPA • WiMAX

• LTE • TD-SCDMA

• CDMA2000 • Microwave Links

02 03

Native 64-bit Application

Atoll as well as all its components and modules are native 64-bit applications with no restric-tions on project size and memory usage. Atoll provides limitless possibilities and enhanced performance in demanding situations such as multi-technology Monte Carlo simulations as well as urban and network-wide predictions. Atoll 64-bit architecture allows operators to cope with complex multi-technology networks, and to successfully deal with the dramatic increase in network density expected with the advent of HetNets and small cells.

HighPerformance GIS

Atoll incorporates a high-perfor- mance built-in geographic informa-tion system (GIS) exclu-sively designed for radio network planning and optimi-sation. Atoll’s 64-bit GIS engine allows working with high-resolution and large-scale geo data while delivering high performance in data manipulation and display. Atoll supports web map services, online map servers (Google, Bing, etc.), and industry-standard formats including BIL, TIF, BMP, Vertical Mapper, ArcView, MapInfo, etc. Atoll smoothly interfaces with commonly used desktop GIS such as MapInfo and ArcView.

Multi-technology Network Modelling

Atoll is a comprehensive multi-technology radio planning and optimisation platform which includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simula-tors, and ACP (Automatic Cell Planning)

module. Atoll can model the traffic-related aspects of multi-

technology networks and dynamically spread and

offload traffic between m u l t i - t e c h n o l o g y

Hetnet layers inclu- ding Wi-Fi and small cells.

In-built Automation and Custo-

misation Capabilities

Atoll’s in-built task automation and integra-

tion capabilities enable data as well as service-level integra-

tion, allowing operators to automate and streamline network optimisation activities

on the way to SON. Atoll’s data exchange and integration capabilities enable integration within service-oriented architectures (SOA) and enterprise service buses (ESB). Moreover, Atoll’s C++ software development kit (SDK) allows customisation and implementation of functional value-added modules for Atoll.

64BIT

Highlights

Atoll uniquely combines architectural and functional features that provide operators with a powerful, scalable and flexible framework for streamlining their network design and optimisation processes.

Overview

Atoll is a 64-bit multi-technology wireless network design and optimisation platform that supports wireless operators throughout the network lifecycle, from initial design to densification and optimisation.

Atoll 3.2 includes integrated single RAN – multiple RAT network design capabilities for both 3GPP (GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technology streams. It provides operators and vendors with a powerful native 64-bit framework for designing and optimising current and future integrated multi-technology networks. Atoll 3.2 supports the latest technology advances such as HetNets and Wi-Fi offloading.

Atoll’s integration and automation features help operators smoothly automate planning and optimisation processes through flexible scripting and SOA-based mechanisms. Atoll supports a wide range of implementation scenarios, from standalone to enterprise-wide server-based configurations.

With more than 5000 active licences installed with 300+ customers in 100 countries, Atoll has become the industry standard for radio network planning and optimisation.

Market-Firsts:

• 1st 3G planning software on the market in 2000

• 1st LTE planning software on the market in 2008

• 1st combined GSM/UMTS/LTE simulator on the market in 2010

• 1st 64-bit radio planning and optimisation software on the market in 2012

• 1st combined CDMA/LTE simulator on the market with Atoll 3.2

Supported Technologies:

• GSM/GPRS/EDGE • Wi-Fi

• UMTS/HSPA • WiMAX

• LTE • TD-SCDMA

• CDMA2000 • Microwave Links

02 03

Native 64-bit Application

Atoll as well as all its components and modules are native 64-bit applications with no restric-tions on project size and memory usage. Atoll provides limitless possibilities and enhanced performance in demanding situations such as multi-technology Monte Carlo simulations as well as urban and network-wide predictions. Atoll 64-bit architecture allows operators to cope with complex multi-technology networks, and to successfully deal with the dramatic increase in network density expected with the advent of HetNets and small cells.

HighPerformance GIS

Atoll incorporates a high-perfor- mance built-in geographic informa-tion system (GIS) exclu-sively designed for radio network planning and optimi-sation. Atoll’s 64-bit GIS engine allows working with high-resolution and large-scale geo data while delivering high performance in data manipulation and display. Atoll supports web map services, online map servers (Google, Bing, etc.), and industry-standard formats including BIL, TIF, BMP, Vertical Mapper, ArcView, MapInfo, etc. Atoll smoothly interfaces with commonly used desktop GIS such as MapInfo and ArcView.

Multi-technology Network Modelling

Atoll is a comprehensive multi-technology radio planning and optimisation platform which includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simula-tors, and ACP (Automatic Cell Planning)

module. Atoll can model the traffic-related aspects of multi-

technology networks and dynamically spread and

offload traffic between m u l t i - t e c h n o l o g y

Hetnet layers inclu- ding Wi-Fi and small cells.

In-built Automation and Custo-

misation Capabilities

Atoll’s in-built task automation and integra-

tion capabilities enable data as well as service-level integra-

tion, allowing operators to automate and streamline network optimisation activities

on the way to SON. Atoll’s data exchange and integration capabilities enable integration within service-oriented architectures (SOA) and enterprise service buses (ESB). Moreover, Atoll’s C++ software development kit (SDK) allows customisation and implementation of functional value-added modules for Atoll.

64BIT

Highlights

Atoll uniquely combines architectural and functional features that provide operators with a powerful, scalable and flexible framework for streamlining their network design and optimisation processes.

Overview

Atoll is a 64-bit multi-technology wireless network design and optimisation platform that supports wireless operators throughout the network lifecycle, from initial design to densification and optimisation.

Atoll 3.2 includes integrated single RAN – multiple RAT network design capabilities for both 3GPP (GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technology streams. It provides operators and vendors with a powerful native 64-bit framework for designing and optimising current and future integrated multi-technology networks. Atoll 3.2 supports the latest technology advances such as HetNets and Wi-Fi offloading.

Atoll’s integration and automation features help operators smoothly automate planning and optimisation processes through flexible scripting and SOA-based mechanisms. Atoll supports a wide range of implementation scenarios, from standalone to enterprise-wide server-based configurations.

With more than 5000 active licences installed with 300+ customers in 100 countries, Atoll has become the industry standard for radio network planning and optimisation.

Market-Firsts:

• 1st 3G planning software on the market in 2000

• 1st LTE planning software on the market in 2008

• 1st combined GSM/UMTS/LTE simulator on the market in 2010

• 1st 64-bit radio planning and optimisation software on the market in 2012

• 1st combined CDMA/LTE simulator on the market with Atoll 3.2

Supported Technologies:

• GSM/GPRS/EDGE • Wi-Fi

• UMTS/HSPA • WiMAX

• LTE • TD-SCDMA

• CDMA2000 • Microwave Links

02 03

Native 64-bit Application

Atoll as well as all its components and modules are native 64-bit applications with no restric-tions on project size and memory usage. Atoll provides limitless possibilities and enhanced performance in demanding situations such as multi-technology Monte Carlo simulations as well as urban and network-wide predictions. Atoll 64-bit architecture allows operators to cope with complex multi-technology networks, and to successfully deal with the dramatic increase in network density expected with the advent of HetNets and small cells.

HighPerformance GIS

Atoll incorporates a high-perfor- mance built-in geographic informa-tion system (GIS) exclu-sively designed for radio network planning and optimi-sation. Atoll’s 64-bit GIS engine allows working with high-resolution and large-scale geo data while delivering high performance in data manipulation and display. Atoll supports web map services, online map servers (Google, Bing, etc.), and industry-standard formats including BIL, TIF, BMP, Vertical Mapper, ArcView, MapInfo, etc. Atoll smoothly interfaces with commonly used desktop GIS such as MapInfo and ArcView.

Multi-technology Network Modelling

Atoll is a comprehensive multi-technology radio planning and optimisation platform which includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simula-tors, and ACP (Automatic Cell Planning)

module. Atoll can model the traffic-related aspects of multi-

technology networks and dynamically spread and

offload traffic between m u l t i - t e c h n o l o g y

Hetnet layers inclu- ding Wi-Fi and small cells.

In-built Automation and Custo-

misation Capabilities

Atoll’s in-built task automation and integra-

tion capabilities enable data as well as service-level integra-

tion, allowing operators to automate and streamline network optimisation activities

on the way to SON. Atoll’s data exchange and integration capabilities enable integration within service-oriented architectures (SOA) and enterprise service buses (ESB). Moreover, Atoll’s C++ software development kit (SDK) allows customisation and implementation of functional value-added modules for Atoll.

64BIT

Highlights

Atoll uniquely combines architectural and functional features that provide operators with a powerful, scalable and flexible framework for streamlining their network design and optimisation processes.

04

Modular Configuration

Atoll Core

GSM

UMTS

LTE

CDMA2000

TD-SCDMA

WiMAX/BWA

Microwave Links

Measurements

AFP

ACP

CrossWave

GSM/GRPSEDGE

UMTS/HSPA LTE CDMA20001xRTT/EV-DO

TD-SCDMA WiMAX Wi-Fi MicrowaveLinks

ATO

LL M

OD

ULE

S

TECHNOLOGIES

Required Optional for the selected technology

Atoll Core is the central module that supports the user interface, GIS features, the propagation modelling engine, data management services, interfaces, and software development and automation tools. All technology modules run on top of Atoll Core.

Atoll 3.2 features Automatic Frequency Planning and Automatic Cell Planning tools that provide comprehensive and integrated multi-technology automatic network design and optimisation functionalities.

Atoll Microwave is a comprehensive microwave link planning software. It is based on the Atoll Core platform and can be integrated with Atoll radio-planning configurations. See the Atoll Microwave brochure for more information about this product.

CrossWave is a universal high-performance propagation model developed by Orange Labs. It supports all wireless technologies and all types of environments, from rural to dense urban areas.

The technology matrix below shows the modules suitable for each technology. Several technologies can be combined in the same Atoll configuration for planning integrated multi-technology projects.

05

Powerful Radio Planning& Optimisation Platform

Combined with one or several technology modules, Atoll Core delivers the general features shared by all Atoll modules, integration and automation modules, and 3rd party products. Based on an object-oriented architec-ture specifically designed for radio planning and optimisation, Atoll Core is a native 64-bit scalable platform that supports large-scale projects in a user-friendly and easy-to-adminis-trate environment.

The Atoll platform enables integra-ting live network data into the

planning and optimisation process, allowing users to

combine predicted and real network data. Supported data include CW measu-rements, drive test data, interference matrices, and live network data. Its automation and

integration capabilities allow Atoll to be used to

implement SON use cases as automated planning and optimi-

sation tasks .

GIS Features• Optimised cartographic data management

features with support of digital elevation models, clutter data (type and height), 3D building data (vector/raster), traffic data, scanned maps, vector data, population, and climate data

• Integrated cartography editor (vector/raster)• Interface with GIS tools: MapInfo, ArcView,

Google Earth• Support for Web Map Services (WMS) and

online maps (Google, Bing, etc.)

Propagation Modelling• Comprehensive integrated propagation model

library• Full support for multi-resolution prediction plots• Automatic propagation model tuning using

CW and drive test data• Path loss matrix adjustment using

prediction/drive test interpolation• High-performance CrossWave propagation

model (option)• Integration of external propagation models

through an API and a C++ development kit

User and Database Management• Advanced administration module supporting

data access and user privilege management• Flexible database structure allowing integra-

tion of user-defined parameters and custom fields

• Multi-user support including database consistency management, data synchronisa-tion, and user disconnection/reconnection from/to the database

• Support for standalone, centralised, distribu-ted configurations

• Advanced import/export features allowing quick data migration from other radio planning software

Task Automation • Scripting language allowing integration of

user-defined macros• User-defined calculation batch based on

macros and scripts

Distributed Computing andMulti-threading• Multi-threading/parallel computing on

multi-core systems• Distributed computing on networked worksta-

tions and servers

Reporting• Flexible report generator including traffic,

population, and clutter-based statistics• User-defined reports based on macros• Export of reports and prediction plots to other

software

Measurements Module• CW Measurements

- Import, display, and analysis of CW data- Prediction/measurements comparison and

statistical analysis- Automatic propagation model tuning

• Drive Test Data- Import, display, and analysis of drive test data- Call events display and analysis- Automatic propagation model tuning- Path loss matrix adjustment using

prediction/drive test interpolation

04

Modular Configuration

Atoll Core

GSM

UMTS

LTE

CDMA2000

TD-SCDMA

WiMAX/BWA

Microwave Links

Measurements

AFP

ACP

CrossWave

GSM/GRPSEDGE

UMTS/HSPA LTE CDMA20001xRTT/EV-DO

TD-SCDMA WiMAX Wi-Fi MicrowaveLinks

ATO

LL M

OD

ULE

S

TECHNOLOGIES

Required Optional for the selected technology

Atoll Core is the central module that supports the user interface, GIS features, the propagation modelling engine, data management services, interfaces, and software development and automation tools. All technology modules run on top of Atoll Core.

Atoll 3.2 features Automatic Frequency Planning and Automatic Cell Planning tools that provide comprehensive and integrated multi-technology automatic network design and optimisation functionalities.

Atoll Microwave is a comprehensive microwave link planning software. It is based on the Atoll Core platform and can be integrated with Atoll radio-planning configurations. See the Atoll Microwave brochure for more information about this product.

CrossWave is a universal high-performance propagation model developed by Orange Labs. It supports all wireless technologies and all types of environments, from rural to dense urban areas.

The technology matrix below shows the modules suitable for each technology. Several technologies can be combined in the same Atoll configuration for planning integrated multi-technology projects.

05

Powerful Radio Planning& Optimisation Platform

Combined with one or several technology modules, Atoll Core delivers the general features shared by all Atoll modules, integration and automation modules, and 3rd party products. Based on an object-oriented architec-ture specifically designed for radio planning and optimisation, Atoll Core is a native 64-bit scalable platform that supports large-scale projects in a user-friendly and easy-to-adminis-trate environment.

The Atoll platform enables integra-ting live network data into the

planning and optimisation process, allowing users to

combine predicted and real network data. Supported data include CW measu-rements, drive test data, interference matrices, and live network data. Its automation and

integration capabilities allow Atoll to be used to

implement SON use cases as automated planning and optimi-

sation tasks .

GIS Features• Optimised cartographic data management

features with support of digital elevation models, clutter data (type and height), 3D building data (vector/raster), traffic data, scanned maps, vector data, population, and climate data

• Integrated cartography editor (vector/raster)• Interface with GIS tools: MapInfo, ArcView,

Google Earth• Support for Web Map Services (WMS) and

online maps (Google, Bing, etc.)

Propagation Modelling• Comprehensive integrated propagation model

library• Full support for multi-resolution prediction plots• Automatic propagation model tuning using

CW and drive test data• Path loss matrix adjustment using

prediction/drive test interpolation• High-performance CrossWave propagation

model (option)• Integration of external propagation models

through an API and a C++ development kit

User and Database Management• Advanced administration module supporting

data access and user privilege management• Flexible database structure allowing integra-

tion of user-defined parameters and custom fields

• Multi-user support including database consistency management, data synchronisa-tion, and user disconnection/reconnection from/to the database

• Support for standalone, centralised, distribu-ted configurations

• Advanced import/export features allowing quick data migration from other radio planning software

Task Automation • Scripting language allowing integration of

user-defined macros• User-defined calculation batch based on

macros and scripts

Distributed Computing andMulti-threading• Multi-threading/parallel computing on

multi-core systems• Distributed computing on networked worksta-

tions and servers

Reporting• Flexible report generator including traffic,

population, and clutter-based statistics• User-defined reports based on macros• Export of reports and prediction plots to other

software

Measurements Module• CW Measurements

- Import, display, and analysis of CW data- Prediction/measurements comparison and

statistical analysis- Automatic propagation model tuning

• Drive Test Data- Import, display, and analysis of drive test data- Call events display and analysis- Automatic propagation model tuning- Path loss matrix adjustment using

prediction/drive test interpolation

04

Modular Configuration

Atoll Core

GSM

UMTS

LTE

CDMA2000

TD-SCDMA

WiMAX/BWA

Microwave Links

Measurements

AFP

ACP

CrossWave

GSM/GRPSEDGE

UMTS/HSPA LTE CDMA20001xRTT/EV-DO

TD-SCDMA WiMAX Wi-Fi MicrowaveLinks

ATO

LL M

OD

ULE

S

TECHNOLOGIES

Required Optional for the selected technology

Atoll Core is the central module that supports the user interface, GIS features, the propagation modelling engine, data management services, interfaces, and software development and automation tools. All technology modules run on top of Atoll Core.

Atoll 3.2 features Automatic Frequency Planning and Automatic Cell Planning tools that provide comprehensive and integrated multi-technology automatic network design and optimisation functionalities.

Atoll Microwave is a comprehensive microwave link planning software. It is based on the Atoll Core platform and can be integrated with Atoll radio-planning configurations. See the Atoll Microwave brochure for more information about this product.

CrossWave is a universal high-performance propagation model developed by Orange Labs. It supports all wireless technologies and all types of environments, from rural to dense urban areas.

The technology matrix below shows the modules suitable for each technology. Several technologies can be combined in the same Atoll configuration for planning integrated multi-technology projects.

05

Powerful Radio Planning& Optimisation Platform

Combined with one or several technology modules, Atoll Core delivers the general features shared by all Atoll modules, integration and automation modules, and 3rd party products. Based on an object-oriented architec-ture specifically designed for radio planning and optimisation, Atoll Core is a native 64-bit scalable platform that supports large-scale projects in a user-friendly and easy-to-adminis-trate environment.

The Atoll platform enables integra-ting live network data into the

planning and optimisation process, allowing users to

combine predicted and real network data. Supported data include CW measu-rements, drive test data, interference matrices, and live network data. Its automation and

integration capabilities allow Atoll to be used to

implement SON use cases as automated planning and optimi-

sation tasks .

GIS Features• Optimised cartographic data management

features with support of digital elevation models, clutter data (type and height), 3D building data (vector/raster), traffic data, scanned maps, vector data, population, and climate data

• Integrated cartography editor (vector/raster)• Interface with GIS tools: MapInfo, ArcView,

Google Earth• Support for Web Map Services (WMS) and

online maps (Google, Bing, etc.)

Propagation Modelling• Comprehensive integrated propagation model

library• Full support for multi-resolution prediction plots• Automatic propagation model tuning using

CW and drive test data• Path loss matrix adjustment using

prediction/drive test interpolation• High-performance CrossWave propagation

model (option)• Integration of external propagation models

through an API and a C++ development kit

User and Database Management• Advanced administration module supporting

data access and user privilege management• Flexible database structure allowing integra-

tion of user-defined parameters and custom fields

• Multi-user support including database consistency management, data synchronisa-tion, and user disconnection/reconnection from/to the database

• Support for standalone, centralised, distribu-ted configurations

• Advanced import/export features allowing quick data migration from other radio planning software

Task Automation • Scripting language allowing integration of

user-defined macros• User-defined calculation batch based on

macros and scripts

Distributed Computing andMulti-threading• Multi-threading/parallel computing on

multi-core systems• Distributed computing on networked worksta-

tions and servers

Reporting• Flexible report generator including traffic,

population, and clutter-based statistics• User-defined reports based on macros• Export of reports and prediction plots to other

software

Measurements Module• CW Measurements

- Import, display, and analysis of CW data- Prediction/measurements comparison and

statistical analysis- Automatic propagation model tuning

• Drive Test Data- Import, display, and analysis of drive test data- Call events display and analysis- Automatic propagation model tuning- Path loss matrix adjustment using

prediction/drive test interpolation

04

Modular Configuration

Atoll Core

GSM

UMTS

LTE

CDMA2000

TD-SCDMA

WiMAX/BWA

Microwave Links

Measurements

AFP

ACP

CrossWave

GSM/GRPSEDGE

UMTS/HSPA LTE CDMA20001xRTT/EV-DO

TD-SCDMA WiMAX Wi-Fi MicrowaveLinks

ATO

LL M

OD

ULE

S

TECHNOLOGIES

Required Optional for the selected technology

Atoll Core is the central module that supports the user interface, GIS features, the propagation modelling engine, data management services, interfaces, and software development and automation tools. All technology modules run on top of Atoll Core.

Atoll 3.2 features Automatic Frequency Planning and Automatic Cell Planning tools that provide comprehensive and integrated multi-technology automatic network design and optimisation functionalities.

Atoll Microwave is a comprehensive microwave link planning software. It is based on the Atoll Core platform and can be integrated with Atoll radio-planning configurations. See the Atoll Microwave brochure for more information about this product.

CrossWave is a universal high-performance propagation model developed by Orange Labs. It supports all wireless technologies and all types of environments, from rural to dense urban areas.

The technology matrix below shows the modules suitable for each technology. Several technologies can be combined in the same Atoll configuration for planning integrated multi-technology projects.

05

Powerful Radio Planning& Optimisation Platform

Combined with one or several technology modules, Atoll Core delivers the general features shared by all Atoll modules, integration and automation modules, and 3rd party products. Based on an object-oriented architec-ture specifically designed for radio planning and optimisation, Atoll Core is a native 64-bit scalable platform that supports large-scale projects in a user-friendly and easy-to-adminis-trate environment.

The Atoll platform enables integra-ting live network data into the

planning and optimisation process, allowing users to

combine predicted and real network data. Supported data include CW measu-rements, drive test data, interference matrices, and live network data. Its automation and

integration capabilities allow Atoll to be used to

implement SON use cases as automated planning and optimi-

sation tasks .

GIS Features• Optimised cartographic data management

features with support of digital elevation models, clutter data (type and height), 3D building data (vector/raster), traffic data, scanned maps, vector data, population, and climate data

• Integrated cartography editor (vector/raster)• Interface with GIS tools: MapInfo, ArcView,

Google Earth• Support for Web Map Services (WMS) and

online maps (Google, Bing, etc.)

Propagation Modelling• Comprehensive integrated propagation model

library• Full support for multi-resolution prediction plots• Automatic propagation model tuning using

CW and drive test data• Path loss matrix adjustment using

prediction/drive test interpolation• High-performance CrossWave propagation

model (option)• Integration of external propagation models

through an API and a C++ development kit

User and Database Management• Advanced administration module supporting

data access and user privilege management• Flexible database structure allowing integra-

tion of user-defined parameters and custom fields

• Multi-user support including database consistency management, data synchronisa-tion, and user disconnection/reconnection from/to the database

• Support for standalone, centralised, distribu-ted configurations

• Advanced import/export features allowing quick data migration from other radio planning software

Task Automation • Scripting language allowing integration of

user-defined macros• User-defined calculation batch based on

macros and scripts

Distributed Computing andMulti-threading• Multi-threading/parallel computing on

multi-core systems• Distributed computing on networked worksta-

tions and servers

Reporting• Flexible report generator including traffic,

population, and clutter-based statistics• User-defined reports based on macros• Export of reports and prediction plots to other

software

Measurements Module• CW Measurements

- Import, display, and analysis of CW data- Prediction/measurements comparison and

statistical analysis- Automatic propagation model tuning

• Drive Test Data- Import, display, and analysis of drive test data- Call events display and analysis- Automatic propagation model tuning- Path loss matrix adjustment using

prediction/drive test interpolation

Atoll GSM/GPRS/EDGE module provides a comprehensive and accurate model-ling of voice and data services, including full support of HCS and frequency hopping.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for

planning and analysing multi-technology networks. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte

Carlo simulations.

06

GSM/GPRS/EDGE

Network Modelling• Support of dual-band networks• Support of HCS (Hierarchical Cell Structure)• Support for frequency hopping (baseband &

synthesised), DTX and AMR• Modelling of GPRS, EDGE, EDGE Evolution• Advanced service modelling

Service Planning and Analysis• Uplink and downlink cell and network cove-

rage analysis• Monte Carlo simulator• GPRS/EDGE/EDGE Evolution prediction plots• Interference analysis• QoS analysis• Neighbour planning and handover analysis

Traffic Analysis• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster and live traffic data

• Traffic spreading between cell layers with traffic overflow modelling

• Cell dimensioning for mixed voice/data traffic and timeslot configurations

• Traffic analysis including calculation of KPIs such as packet delay, blocking rate, etc.

Interference Matrices• Prediction, OMC-R and drive test-based

interference matrices• Support of TRX type-based (e.g., BCCH,

TCH) quality thresholds• Open format allowing editing and modifying

interference matrices using 3rd party applica-tions

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(HSN, MAIO, MAL)• Combined automatic/interactive frequency

planning• Intermodulation interference reduction

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll was the first UMTS network planning software on the market. Since 2000 it has stayed ahead of the competition with continuous improvements through close cooperation with GSM, UMTS, and LTE operators.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for planning and analysing multi-technology networks. Atoll can model the traffic-related aspects of multi-technology networks and dynamically spread and offload traffic between technology layers. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte Carlo simulations.

07

UMTS/HSPA

Network Modelling• Support for multiple carriers and frequency

bands (e.g., UMTS 900/1800/1900/2100)• UMTS equipment modelling including RRM

and inter-carrier power sharing• Advanced bearer and service modelling • HSPA and HSPA+ modelling• Multi-carrier and dual-band HSPA support• MBMS modelling• MIMO modelling• VoIP modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles,

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo

UMTS/HSPA/MBMS simulator including DL and UL power control, RRM, HSPA to R99 downgrading and carrier allocation algorithms

• Generation of prediction plots, based on simulations or on user-defined cell load figures, including: - Ec/Io prediction plots- Downlink and uplink Eb/Nt prediction plots- Service areas- Number of servers- Handover areas- Interference and pilot pollution- BER/FER/BLER- HSPA prediction plots- MBMS service area

Neighbour and Scrambling Code Planning • Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis and SC

interference plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

Atoll GSM/GPRS/EDGE module provides a comprehensive and accurate model-ling of voice and data services, including full support of HCS and frequency hopping.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for

planning and analysing multi-technology networks. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte

Carlo simulations.

06

GSM/GPRS/EDGE

Network Modelling• Support of dual-band networks• Support of HCS (Hierarchical Cell Structure)• Support for frequency hopping (baseband &

synthesised), DTX and AMR• Modelling of GPRS, EDGE, EDGE Evolution• Advanced service modelling

Service Planning and Analysis• Uplink and downlink cell and network cove-

rage analysis• Monte Carlo simulator• GPRS/EDGE/EDGE Evolution prediction plots• Interference analysis• QoS analysis• Neighbour planning and handover analysis

Traffic Analysis• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster and live traffic data

• Traffic spreading between cell layers with traffic overflow modelling

• Cell dimensioning for mixed voice/data traffic and timeslot configurations

• Traffic analysis including calculation of KPIs such as packet delay, blocking rate, etc.

Interference Matrices• Prediction, OMC-R and drive test-based

interference matrices• Support of TRX type-based (e.g., BCCH,

TCH) quality thresholds• Open format allowing editing and modifying

interference matrices using 3rd party applica-tions

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(HSN, MAIO, MAL)• Combined automatic/interactive frequency

planning• Intermodulation interference reduction

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll was the first UMTS network planning software on the market. Since 2000 it has stayed ahead of the competition with continuous improvements through close cooperation with GSM, UMTS, and LTE operators.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for planning and analysing multi-technology networks. Atoll can model the traffic-related aspects of multi-technology networks and dynamically spread and offload traffic between technology layers. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte Carlo simulations.

07

UMTS/HSPA

Network Modelling• Support for multiple carriers and frequency

bands (e.g., UMTS 900/1800/1900/2100)• UMTS equipment modelling including RRM

and inter-carrier power sharing• Advanced bearer and service modelling • HSPA and HSPA+ modelling• Multi-carrier and dual-band HSPA support• MBMS modelling• MIMO modelling• VoIP modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles,

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo

UMTS/HSPA/MBMS simulator including DL and UL power control, RRM, HSPA to R99 downgrading and carrier allocation algorithms

• Generation of prediction plots, based on simulations or on user-defined cell load figures, including: - Ec/Io prediction plots- Downlink and uplink Eb/Nt prediction plots- Service areas- Number of servers- Handover areas- Interference and pilot pollution- BER/FER/BLER- HSPA prediction plots- MBMS service area

Neighbour and Scrambling Code Planning • Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis and SC

interference plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

Atoll GSM/GPRS/EDGE module provides a comprehensive and accurate model-ling of voice and data services, including full support of HCS and frequency hopping.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for

planning and analysing multi-technology networks. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte

Carlo simulations.

06

GSM/GPRS/EDGE

Network Modelling• Support of dual-band networks• Support of HCS (Hierarchical Cell Structure)• Support for frequency hopping (baseband &

synthesised), DTX and AMR• Modelling of GPRS, EDGE, EDGE Evolution• Advanced service modelling

Service Planning and Analysis• Uplink and downlink cell and network cove-

rage analysis• Monte Carlo simulator• GPRS/EDGE/EDGE Evolution prediction plots• Interference analysis• QoS analysis• Neighbour planning and handover analysis

Traffic Analysis• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster and live traffic data

• Traffic spreading between cell layers with traffic overflow modelling

• Cell dimensioning for mixed voice/data traffic and timeslot configurations

• Traffic analysis including calculation of KPIs such as packet delay, blocking rate, etc.

Interference Matrices• Prediction, OMC-R and drive test-based

interference matrices• Support of TRX type-based (e.g., BCCH,

TCH) quality thresholds• Open format allowing editing and modifying

interference matrices using 3rd party applica-tions

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(HSN, MAIO, MAL)• Combined automatic/interactive frequency

planning• Intermodulation interference reduction

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll was the first UMTS network planning software on the market. Since 2000 it has stayed ahead of the competition with continuous improvements through close cooperation with GSM, UMTS, and LTE operators.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for planning and analysing multi-technology networks. Atoll can model the traffic-related aspects of multi-technology networks and dynamically spread and offload traffic between technology layers. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte Carlo simulations.

07

UMTS/HSPA

Network Modelling• Support for multiple carriers and frequency

bands (e.g., UMTS 900/1800/1900/2100)• UMTS equipment modelling including RRM

and inter-carrier power sharing• Advanced bearer and service modelling • HSPA and HSPA+ modelling• Multi-carrier and dual-band HSPA support• MBMS modelling• MIMO modelling• VoIP modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles,

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo

UMTS/HSPA/MBMS simulator including DL and UL power control, RRM, HSPA to R99 downgrading and carrier allocation algorithms

• Generation of prediction plots, based on simulations or on user-defined cell load figures, including: - Ec/Io prediction plots- Downlink and uplink Eb/Nt prediction plots- Service areas- Number of servers- Handover areas- Interference and pilot pollution- BER/FER/BLER- HSPA prediction plots- MBMS service area

Neighbour and Scrambling Code Planning • Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis and SC

interference plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

Atoll GSM/GPRS/EDGE module provides a comprehensive and accurate model-ling of voice and data services, including full support of HCS and frequency hopping.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for

planning and analysing multi-technology networks. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte

Carlo simulations.

06

GSM/GPRS/EDGE

Network Modelling• Support of dual-band networks• Support of HCS (Hierarchical Cell Structure)• Support for frequency hopping (baseband &

synthesised), DTX and AMR• Modelling of GPRS, EDGE, EDGE Evolution• Advanced service modelling

Service Planning and Analysis• Uplink and downlink cell and network cove-

rage analysis• Monte Carlo simulator• GPRS/EDGE/EDGE Evolution prediction plots• Interference analysis• QoS analysis• Neighbour planning and handover analysis

Traffic Analysis• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster and live traffic data

• Traffic spreading between cell layers with traffic overflow modelling

• Cell dimensioning for mixed voice/data traffic and timeslot configurations

• Traffic analysis including calculation of KPIs such as packet delay, blocking rate, etc.

Interference Matrices• Prediction, OMC-R and drive test-based

interference matrices• Support of TRX type-based (e.g., BCCH,

TCH) quality thresholds• Open format allowing editing and modifying

interference matrices using 3rd party applica-tions

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(HSN, MAIO, MAL)• Combined automatic/interactive frequency

planning• Intermodulation interference reduction

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll was the first UMTS network planning software on the market. Since 2000 it has stayed ahead of the competition with continuous improvements through close cooperation with GSM, UMTS, and LTE operators.

Atoll supports integrated network planning for 3GPP GSM/UMTS/LTE multi-RAT networks. It features a multi-technology network database, a unified traffic model, and a combined GSM/UMTS/LTE Monte Carlo simulator that provide operators with a comprehensive and evolutionary framework for planning and analysing multi-technology networks. Atoll can model the traffic-related aspects of multi-technology networks and dynamically spread and offload traffic between technology layers. Wi-Fi offloading and HetNets are modelled following the same unified traffic approach in Monte Carlo simulations.

07

UMTS/HSPA

Network Modelling• Support for multiple carriers and frequency

bands (e.g., UMTS 900/1800/1900/2100)• UMTS equipment modelling including RRM

and inter-carrier power sharing• Advanced bearer and service modelling • HSPA and HSPA+ modelling• Multi-carrier and dual-band HSPA support• MBMS modelling• MIMO modelling• VoIP modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles,

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo

UMTS/HSPA/MBMS simulator including DL and UL power control, RRM, HSPA to R99 downgrading and carrier allocation algorithms

• Generation of prediction plots, based on simulations or on user-defined cell load figures, including: - Ec/Io prediction plots- Downlink and uplink Eb/Nt prediction plots- Service areas- Number of servers- Handover areas- Interference and pilot pollution- BER/FER/BLER- HSPA prediction plots- MBMS service area

Neighbour and Scrambling Code Planning • Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis and SC

interference plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP (GSM/UMTS/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

In 2008, Atoll was the first LTE network planning software available on the market. Atoll is being used by a number of the largest LTE operators worldwide. Atoll 3.2 is a comprehensive framework for operators who need to plan evolution towards LTE and LTE-Advanced. It allows planning and analysing integrated GSM/UMTS/LTE and CDMA2000/LTE networks.

Atoll 3.2 includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simulators and ACP (Automatic Cell Planning)

module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

08

LTE

Network Modelling• Support of all E-UTRA frequency bands and carrier

configurations• Comprehensive support of FD- and TD-LTE• Support for multi-layer HetNet deployment scenarios• Support of intra- and inter-band carrier aggregation• Support of multiple modulation types and coding

schemes• MIMO: transmit/receive diversity, SU-MIMO,

MU-MIMO, adaptive MIMO switching (AMS)• Beamforming smart antenna modelling

Traffic Modelling• Modelling of voice and data services with different QCIs• Modelling of UE categories• Multi-service 2D & 3D traffic demand maps generated

from multiple sources: vector, raster, and live traffic data• Fixed subscriber traffic modelling

Simulation and Analysis• LTE Monte Carlo simulator including power control, IoT

control and advanced RRM and scheduling algorithms• Support of carrier aggregation and multi-layer

(HetNet) traffic balancing• Support of frequency-domain as well as time-domain

inter-cell interference coordination (ICIC): FFR, SFR, eICIC, etc.

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage predictions- Uplink and downlink throughput coverage predictions- Uplink and downlink quality indicator prediction plot- Aggregate throughput prediction plot- Physical cell ID, PSS ID, SSS ID collision plot

• Network capacity planning considering S1 interface (backhaul) constraints

Neighbour Planning• Manual and automatic neighbour planning• Inter-frequency and intra-frequency neighbour

planning

Multi-RAT Network Planning• Integrated planning and optimisation for 3GPP

(GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use of

interference matrices• User-definable constraints and editable cost function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic physical cell ID planning considering PSS,

SSS, RS, UL DMRS, and PCFICH collisions

Automatic Cell Planning - ACP • Automatic optimisation of network parameters to

increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation (height,

azimuth & tilt)

Atoll 3.2 supports integrated network planning for CDMA2000/LTE radio access technologies.

It features a multi-technology network database, a unified traffic model, a new combined CDMA2000/LTE Monte Carlo simulator,and ACP (Automatic Cell Planning) module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

09

Network Modelling• Support for multiple carriers and frequency

bands• Radio configuration and channel modelling• Radio Resource Management (RRM)• Carrier type modelling (1xEV-DO, 1xRTT)• EV-DO Rev.B multi-carrier operation (RRM &

frequency diversity gain)• Full 1xRTT, EV-DO Rel.0, Rev.A, Rev.B

physical channel management• Forward/reverse Rev.A, Rev.B radio bearer

modelling• Hybrid-ARQ modelling

Traffic Modelling• Modelling of voice and data services• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo CDMA simulator

including RRM, rate downgrading, and multi-carrier allocation algorithms

• Modelling of mixed 1xRTT/1xEV-DO traffic• Generation of prediction plots, based on

simulations or on user-defined cell load figures, including: - Ec/Io pilot prediction plots- Forward and reverse link Eb/Nt prediction plots- Forward and reverse link 1xRTT SCH rate

prediction plots- Forward and reverse link 1xEV-DO (Rev.0,

Rev.A and Rev.B) data rate prediction plots- Service areas (pilot & forward and reverse

link traffic)- Handoff status prediction plots

- Number of servers- Pilot pollution prediction plots- Total forward link noise and noise rise prediction plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Neighbour and PN-offset Planning• Manual and automatic neighbour planning• Multi-carrier neighbour planning• Automatic PN-offset allocation• PN-offset allocation analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

CDMA2000 1xRTT/EV-DO

In 2008, Atoll was the first LTE network planning software available on the market. Atoll is being used by a number of the largest LTE operators worldwide. Atoll 3.2 is a comprehensive framework for operators who need to plan evolution towards LTE and LTE-Advanced. It allows planning and analysing integrated GSM/UMTS/LTE and CDMA2000/LTE networks.

Atoll 3.2 includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simulators and ACP (Automatic Cell Planning)

module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

08

LTE

Network Modelling• Support of all E-UTRA frequency bands and carrier

configurations• Comprehensive support of FD- and TD-LTE• Support for multi-layer HetNet deployment scenarios• Support of intra- and inter-band carrier aggregation• Support of multiple modulation types and coding

schemes• MIMO: transmit/receive diversity, SU-MIMO,

MU-MIMO, adaptive MIMO switching (AMS)• Beamforming smart antenna modelling

Traffic Modelling• Modelling of voice and data services with different QCIs• Modelling of UE categories• Multi-service 2D & 3D traffic demand maps generated

from multiple sources: vector, raster, and live traffic data• Fixed subscriber traffic modelling

Simulation and Analysis• LTE Monte Carlo simulator including power control, IoT

control and advanced RRM and scheduling algorithms• Support of carrier aggregation and multi-layer

(HetNet) traffic balancing• Support of frequency-domain as well as time-domain

inter-cell interference coordination (ICIC): FFR, SFR, eICIC, etc.

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage predictions- Uplink and downlink throughput coverage predictions- Uplink and downlink quality indicator prediction plot- Aggregate throughput prediction plot- Physical cell ID, PSS ID, SSS ID collision plot

• Network capacity planning considering S1 interface (backhaul) constraints

Neighbour Planning• Manual and automatic neighbour planning• Inter-frequency and intra-frequency neighbour

planning

Multi-RAT Network Planning• Integrated planning and optimisation for 3GPP

(GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use of

interference matrices• User-definable constraints and editable cost function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic physical cell ID planning considering PSS,

SSS, RS, UL DMRS, and PCFICH collisions

Automatic Cell Planning - ACP • Automatic optimisation of network parameters to

increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation (height,

azimuth & tilt)

Atoll 3.2 supports integrated network planning for CDMA2000/LTE radio access technologies.

It features a multi-technology network database, a unified traffic model, a new combined CDMA2000/LTE Monte Carlo simulator,and ACP (Automatic Cell Planning) module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

09

Network Modelling• Support for multiple carriers and frequency

bands• Radio configuration and channel modelling• Radio Resource Management (RRM)• Carrier type modelling (1xEV-DO, 1xRTT)• EV-DO Rev.B multi-carrier operation (RRM &

frequency diversity gain)• Full 1xRTT, EV-DO Rel.0, Rev.A, Rev.B

physical channel management• Forward/reverse Rev.A, Rev.B radio bearer

modelling• Hybrid-ARQ modelling

Traffic Modelling• Modelling of voice and data services• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo CDMA simulator

including RRM, rate downgrading, and multi-carrier allocation algorithms

• Modelling of mixed 1xRTT/1xEV-DO traffic• Generation of prediction plots, based on

simulations or on user-defined cell load figures, including: - Ec/Io pilot prediction plots- Forward and reverse link Eb/Nt prediction plots- Forward and reverse link 1xRTT SCH rate

prediction plots- Forward and reverse link 1xEV-DO (Rev.0,

Rev.A and Rev.B) data rate prediction plots- Service areas (pilot & forward and reverse

link traffic)- Handoff status prediction plots

- Number of servers- Pilot pollution prediction plots- Total forward link noise and noise rise prediction plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Neighbour and PN-offset Planning• Manual and automatic neighbour planning• Multi-carrier neighbour planning• Automatic PN-offset allocation• PN-offset allocation analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

CDMA2000 1xRTT/EV-DO

In 2008, Atoll was the first LTE network planning software available on the market. Atoll is being used by a number of the largest LTE operators worldwide. Atoll 3.2 is a comprehensive framework for operators who need to plan evolution towards LTE and LTE-Advanced. It allows planning and analysing integrated GSM/UMTS/LTE and CDMA2000/LTE networks.

Atoll 3.2 includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simulators and ACP (Automatic Cell Planning)

module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

08

LTE

Network Modelling• Support of all E-UTRA frequency bands and carrier

configurations• Comprehensive support of FD- and TD-LTE• Support for multi-layer HetNet deployment scenarios• Support of intra- and inter-band carrier aggregation• Support of multiple modulation types and coding

schemes• MIMO: transmit/receive diversity, SU-MIMO,

MU-MIMO, adaptive MIMO switching (AMS)• Beamforming smart antenna modelling

Traffic Modelling• Modelling of voice and data services with different QCIs• Modelling of UE categories• Multi-service 2D & 3D traffic demand maps generated

from multiple sources: vector, raster, and live traffic data• Fixed subscriber traffic modelling

Simulation and Analysis• LTE Monte Carlo simulator including power control, IoT

control and advanced RRM and scheduling algorithms• Support of carrier aggregation and multi-layer

(HetNet) traffic balancing• Support of frequency-domain as well as time-domain

inter-cell interference coordination (ICIC): FFR, SFR, eICIC, etc.

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage predictions- Uplink and downlink throughput coverage predictions- Uplink and downlink quality indicator prediction plot- Aggregate throughput prediction plot- Physical cell ID, PSS ID, SSS ID collision plot

• Network capacity planning considering S1 interface (backhaul) constraints

Neighbour Planning• Manual and automatic neighbour planning• Inter-frequency and intra-frequency neighbour

planning

Multi-RAT Network Planning• Integrated planning and optimisation for 3GPP

(GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use of

interference matrices• User-definable constraints and editable cost function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic physical cell ID planning considering PSS,

SSS, RS, UL DMRS, and PCFICH collisions

Automatic Cell Planning - ACP • Automatic optimisation of network parameters to

increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation (height,

azimuth & tilt)

Atoll 3.2 supports integrated network planning for CDMA2000/LTE radio access technologies.

It features a multi-technology network database, a unified traffic model, a new combined CDMA2000/LTE Monte Carlo simulator,and ACP (Automatic Cell Planning) module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

09

Network Modelling• Support for multiple carriers and frequency

bands• Radio configuration and channel modelling• Radio Resource Management (RRM)• Carrier type modelling (1xEV-DO, 1xRTT)• EV-DO Rev.B multi-carrier operation (RRM &

frequency diversity gain)• Full 1xRTT, EV-DO Rel.0, Rev.A, Rev.B

physical channel management• Forward/reverse Rev.A, Rev.B radio bearer

modelling• Hybrid-ARQ modelling

Traffic Modelling• Modelling of voice and data services• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo CDMA simulator

including RRM, rate downgrading, and multi-carrier allocation algorithms

• Modelling of mixed 1xRTT/1xEV-DO traffic• Generation of prediction plots, based on

simulations or on user-defined cell load figures, including: - Ec/Io pilot prediction plots- Forward and reverse link Eb/Nt prediction plots- Forward and reverse link 1xRTT SCH rate

prediction plots- Forward and reverse link 1xEV-DO (Rev.0,

Rev.A and Rev.B) data rate prediction plots- Service areas (pilot & forward and reverse

link traffic)- Handoff status prediction plots

- Number of servers- Pilot pollution prediction plots- Total forward link noise and noise rise prediction plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Neighbour and PN-offset Planning• Manual and automatic neighbour planning• Multi-carrier neighbour planning• Automatic PN-offset allocation• PN-offset allocation analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

CDMA2000 1xRTT/EV-DO

In 2008, Atoll was the first LTE network planning software available on the market. Atoll is being used by a number of the largest LTE operators worldwide. Atoll 3.2 is a comprehensive framework for operators who need to plan evolution towards LTE and LTE-Advanced. It allows planning and analysing integrated GSM/UMTS/LTE and CDMA2000/LTE networks.

Atoll 3.2 includes unified multi-technology GSM/UMTS/LTE (3GPP) and CDMA/LTE (3GPP2) traffic models, Monte Carlo simulators and ACP (Automatic Cell Planning)

module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

08

LTE

Network Modelling• Support of all E-UTRA frequency bands and carrier

configurations• Comprehensive support of FD- and TD-LTE• Support for multi-layer HetNet deployment scenarios• Support of intra- and inter-band carrier aggregation• Support of multiple modulation types and coding

schemes• MIMO: transmit/receive diversity, SU-MIMO,

MU-MIMO, adaptive MIMO switching (AMS)• Beamforming smart antenna modelling

Traffic Modelling• Modelling of voice and data services with different QCIs• Modelling of UE categories• Multi-service 2D & 3D traffic demand maps generated

from multiple sources: vector, raster, and live traffic data• Fixed subscriber traffic modelling

Simulation and Analysis• LTE Monte Carlo simulator including power control, IoT

control and advanced RRM and scheduling algorithms• Support of carrier aggregation and multi-layer

(HetNet) traffic balancing• Support of frequency-domain as well as time-domain

inter-cell interference coordination (ICIC): FFR, SFR, eICIC, etc.

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage predictions- Uplink and downlink throughput coverage predictions- Uplink and downlink quality indicator prediction plot- Aggregate throughput prediction plot- Physical cell ID, PSS ID, SSS ID collision plot

• Network capacity planning considering S1 interface (backhaul) constraints

Neighbour Planning• Manual and automatic neighbour planning• Inter-frequency and intra-frequency neighbour

planning

Multi-RAT Network Planning• Integrated planning and optimisation for 3GPP

(GSM/UMTS/LTE) and 3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use of

interference matrices• User-definable constraints and editable cost function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic physical cell ID planning considering PSS,

SSS, RS, UL DMRS, and PCFICH collisions

Automatic Cell Planning - ACP • Automatic optimisation of network parameters to

increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation (height,

azimuth & tilt)

Atoll 3.2 supports integrated network planning for CDMA2000/LTE radio access technologies.

It features a multi-technology network database, a unified traffic model, a new combined CDMA2000/LTE Monte Carlo simulator,and ACP (Automatic Cell Planning) module, as well as support for the latest technology trends such as HetNets and Wi-Fi offloading.

09

Network Modelling• Support for multiple carriers and frequency

bands• Radio configuration and channel modelling• Radio Resource Management (RRM)• Carrier type modelling (1xEV-DO, 1xRTT)• EV-DO Rev.B multi-carrier operation (RRM &

frequency diversity gain)• Full 1xRTT, EV-DO Rel.0, Rev.A, Rev.B

physical channel management• Forward/reverse Rev.A, Rev.B radio bearer

modelling• Hybrid-ARQ modelling

Traffic Modelling• Modelling of voice and data services• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• State-of-the-art Monte Carlo CDMA simulator

including RRM, rate downgrading, and multi-carrier allocation algorithms

• Modelling of mixed 1xRTT/1xEV-DO traffic• Generation of prediction plots, based on

simulations or on user-defined cell load figures, including: - Ec/Io pilot prediction plots- Forward and reverse link Eb/Nt prediction plots- Forward and reverse link 1xRTT SCH rate

prediction plots- Forward and reverse link 1xEV-DO (Rev.0,

Rev.A and Rev.B) data rate prediction plots- Service areas (pilot & forward and reverse

link traffic)- Handoff status prediction plots

- Number of servers- Pilot pollution prediction plots- Total forward link noise and noise rise prediction plots

Multi-RAT Network Planning• Integrated planning and optimisation for

3GPP2 (CDMA/LTE) technologies:- Unified network databases with site and antenna sharing

- Unified multi-service traffic model- Combined Monte Carlo simulator- Simultaneous display and analysis of network layers

• Inter-technology handover modelling• Inter-technology interference analysis

Neighbour and PN-offset Planning• Manual and automatic neighbour planning• Multi-carrier neighbour planning• Automatic PN-offset allocation• PN-offset allocation analysis

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage and capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection and parameter optimisation

(height, azimuth & tilt)

CDMA2000 1xRTT/EV-DO

Atoll WiMAX/BWA module delivers a comprehensive set of features for the design and optimisation of WiMAX and Broadband Wireless Access (BWA) networks.

It also provides comprehensive Wi-Fi network modelling with coverage and capacity planning as well as multi-technology traffic modelling and analysis.

10

WiMAX/BWA

Network Modelling• Support for TDD and FDD PMP

WiMAXnetworks• Support for multiple frequency bands• Subcarrier configuration and frame structure

modelling• Support for permutation zones and subchan-

nel allocation modes• Smart antenna modelling: conventional and

optimum beamforming antennas• MIMO modelling: transmit/receive diversity,

SU-MIMO, MU-MIMO, adaptive MIMO switching (AMS)

Traffic Modelling• Modelling of voice and data services• Support for all WiMAX QoS classes • Modelling of WiMAX terminals and CPE• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• WiMAX Monte Carlo simulator including

power control, advanced RRM and schedu-ling algorithms, support for smart antennas and MIMO

• Support for fractional frequency reuse• Generation of prediction plots, based on

simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions

- Uplink and downlink throughput coverage predictions

- Uplink and downlink quality prediction plot- Aggregate throughput prediction plot- Preamble index, segment, and permbase collision plot

• Network capacity planning considering backhaul constraints

Neighbour Planning• Manual and automatic multi-carrier neighbour

planning• Inter-carrier and intra-carrier neighbour

planning

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic preamble index planning• Automatic downlink/uplink permbase planning

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll enables designing, planning, and optimising Wi-Fi networks based on the IEEE 802.11 WLAN standards. It provides comprehensive Wi-Fi network model-ling with coverage and capacity planning as well as multi-technology traffic modelling and analysis (e.g. HSPA/LTE/Wi-Fi). Atoll's multi-technology multi-layer traffic balancing and offloading features enable operators to plan and evaluate Wi-Fi based scenarios for network capacity enhancement.

Atoll's Wi-Fi features are part of the Atoll WiMAX/BWA module, which delivers a comprehensive set of features for the design and optimisation of WiMAX, Wi-Fi, and other Broadband Wireless Access (BWA) technologies.

11

Network Modelling• Support for IEEE 802.11a, 11g, 11n, and 11ac

standards• Support for standard, high throughput (HT),

and very high throughput (VHT) configurations• Support for all Wi-Fi frequency bands and

channel widths• Support for all Wi-Fi modulation and coding

schemes• Support for MIMO including transmit/receive

diversity, SU-MIMO, MU-MIMO, and adaptive MIMO switching (AMS)

• Support for long and short guard intervals

Traffic Modelling• Modelling of voice and data services• Support for Wi-Fi terminals and CPEs • Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• Wi-Fi Monte Carlo simulator implementing

advanced RRM and scheduling algorithms, including CSMA/CA

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Access point coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions- Uplink and downlink throughput coverage

predictions

- Uplink and downlink quality indicator prediction plot

- Aggregate throughput prediction plot• Network capacity planning considering

backhaul constraints

Mobile/Wi-Fi Co-planning • Simultaneous display and analysis of mobile

and Wi-Fi networks• Mobile to Wi-Fi traffic offload and network

capacity analysis (e.g., GSM/UMTS/HSPA/LTE/Wi-Fi or CDMA Ev-DO/LTE/Wi-Fi)

• Multi-technology traffic model and Monte Carlo simulator

• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Interference-driven Wi-Fi channel selection

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

Wi-Fi

Atoll WiMAX/BWA module delivers a comprehensive set of features for the design and optimisation of WiMAX and Broadband Wireless Access (BWA) networks.

It also provides comprehensive Wi-Fi network modelling with coverage and capacity planning as well as multi-technology traffic modelling and analysis.

10

WiMAX/BWA

Network Modelling• Support for TDD and FDD PMP

WiMAXnetworks• Support for multiple frequency bands• Subcarrier configuration and frame structure

modelling• Support for permutation zones and subchan-

nel allocation modes• Smart antenna modelling: conventional and

optimum beamforming antennas• MIMO modelling: transmit/receive diversity,

SU-MIMO, MU-MIMO, adaptive MIMO switching (AMS)

Traffic Modelling• Modelling of voice and data services• Support for all WiMAX QoS classes • Modelling of WiMAX terminals and CPE• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• WiMAX Monte Carlo simulator including

power control, advanced RRM and schedu-ling algorithms, support for smart antennas and MIMO

• Support for fractional frequency reuse• Generation of prediction plots, based on

simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions

- Uplink and downlink throughput coverage predictions

- Uplink and downlink quality prediction plot- Aggregate throughput prediction plot- Preamble index, segment, and permbase collision plot

• Network capacity planning considering backhaul constraints

Neighbour Planning• Manual and automatic multi-carrier neighbour

planning• Inter-carrier and intra-carrier neighbour

planning

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic preamble index planning• Automatic downlink/uplink permbase planning

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll enables designing, planning, and optimising Wi-Fi networks based on the IEEE 802.11 WLAN standards. It provides comprehensive Wi-Fi network model-ling with coverage and capacity planning as well as multi-technology traffic modelling and analysis (e.g. HSPA/LTE/Wi-Fi). Atoll's multi-technology multi-layer traffic balancing and offloading features enable operators to plan and evaluate Wi-Fi based scenarios for network capacity enhancement.

Atoll's Wi-Fi features are part of the Atoll WiMAX/BWA module, which delivers a comprehensive set of features for the design and optimisation of WiMAX, Wi-Fi, and other Broadband Wireless Access (BWA) technologies.

11

Network Modelling• Support for IEEE 802.11a, 11g, 11n, and 11ac

standards• Support for standard, high throughput (HT),

and very high throughput (VHT) configurations• Support for all Wi-Fi frequency bands and

channel widths• Support for all Wi-Fi modulation and coding

schemes• Support for MIMO including transmit/receive

diversity, SU-MIMO, MU-MIMO, and adaptive MIMO switching (AMS)

• Support for long and short guard intervals

Traffic Modelling• Modelling of voice and data services• Support for Wi-Fi terminals and CPEs • Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• Wi-Fi Monte Carlo simulator implementing

advanced RRM and scheduling algorithms, including CSMA/CA

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Access point coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions- Uplink and downlink throughput coverage

predictions

- Uplink and downlink quality indicator prediction plot

- Aggregate throughput prediction plot• Network capacity planning considering

backhaul constraints

Mobile/Wi-Fi Co-planning • Simultaneous display and analysis of mobile

and Wi-Fi networks• Mobile to Wi-Fi traffic offload and network

capacity analysis (e.g., GSM/UMTS/HSPA/LTE/Wi-Fi or CDMA Ev-DO/LTE/Wi-Fi)

• Multi-technology traffic model and Monte Carlo simulator

• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Interference-driven Wi-Fi channel selection

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

Wi-Fi

Atoll WiMAX/BWA module delivers a comprehensive set of features for the design and optimisation of WiMAX and Broadband Wireless Access (BWA) networks.

It also provides comprehensive Wi-Fi network modelling with coverage and capacity planning as well as multi-technology traffic modelling and analysis.

10

WiMAX/BWA

Network Modelling• Support for TDD and FDD PMP

WiMAXnetworks• Support for multiple frequency bands• Subcarrier configuration and frame structure

modelling• Support for permutation zones and subchan-

nel allocation modes• Smart antenna modelling: conventional and

optimum beamforming antennas• MIMO modelling: transmit/receive diversity,

SU-MIMO, MU-MIMO, adaptive MIMO switching (AMS)

Traffic Modelling• Modelling of voice and data services• Support for all WiMAX QoS classes • Modelling of WiMAX terminals and CPE• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• WiMAX Monte Carlo simulator including

power control, advanced RRM and schedu-ling algorithms, support for smart antennas and MIMO

• Support for fractional frequency reuse• Generation of prediction plots, based on

simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions

- Uplink and downlink throughput coverage predictions

- Uplink and downlink quality prediction plot- Aggregate throughput prediction plot- Preamble index, segment, and permbase collision plot

• Network capacity planning considering backhaul constraints

Neighbour Planning• Manual and automatic multi-carrier neighbour

planning• Inter-carrier and intra-carrier neighbour

planning

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic preamble index planning• Automatic downlink/uplink permbase planning

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll enables designing, planning, and optimising Wi-Fi networks based on the IEEE 802.11 WLAN standards. It provides comprehensive Wi-Fi network model-ling with coverage and capacity planning as well as multi-technology traffic modelling and analysis (e.g. HSPA/LTE/Wi-Fi). Atoll's multi-technology multi-layer traffic balancing and offloading features enable operators to plan and evaluate Wi-Fi based scenarios for network capacity enhancement.

Atoll's Wi-Fi features are part of the Atoll WiMAX/BWA module, which delivers a comprehensive set of features for the design and optimisation of WiMAX, Wi-Fi, and other Broadband Wireless Access (BWA) technologies.

11

Network Modelling• Support for IEEE 802.11a, 11g, 11n, and 11ac

standards• Support for standard, high throughput (HT),

and very high throughput (VHT) configurations• Support for all Wi-Fi frequency bands and

channel widths• Support for all Wi-Fi modulation and coding

schemes• Support for MIMO including transmit/receive

diversity, SU-MIMO, MU-MIMO, and adaptive MIMO switching (AMS)

• Support for long and short guard intervals

Traffic Modelling• Modelling of voice and data services• Support for Wi-Fi terminals and CPEs • Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• Wi-Fi Monte Carlo simulator implementing

advanced RRM and scheduling algorithms, including CSMA/CA

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Access point coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions- Uplink and downlink throughput coverage

predictions

- Uplink and downlink quality indicator prediction plot

- Aggregate throughput prediction plot• Network capacity planning considering

backhaul constraints

Mobile/Wi-Fi Co-planning • Simultaneous display and analysis of mobile

and Wi-Fi networks• Mobile to Wi-Fi traffic offload and network

capacity analysis (e.g., GSM/UMTS/HSPA/LTE/Wi-Fi or CDMA Ev-DO/LTE/Wi-Fi)

• Multi-technology traffic model and Monte Carlo simulator

• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Interference-driven Wi-Fi channel selection

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

Wi-Fi

Atoll WiMAX/BWA module delivers a comprehensive set of features for the design and optimisation of WiMAX and Broadband Wireless Access (BWA) networks.

It also provides comprehensive Wi-Fi network modelling with coverage and capacity planning as well as multi-technology traffic modelling and analysis.

10

WiMAX/BWA

Network Modelling• Support for TDD and FDD PMP

WiMAXnetworks• Support for multiple frequency bands• Subcarrier configuration and frame structure

modelling• Support for permutation zones and subchan-

nel allocation modes• Smart antenna modelling: conventional and

optimum beamforming antennas• MIMO modelling: transmit/receive diversity,

SU-MIMO, MU-MIMO, adaptive MIMO switching (AMS)

Traffic Modelling• Modelling of voice and data services• Support for all WiMAX QoS classes • Modelling of WiMAX terminals and CPE• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• WiMAX Monte Carlo simulator including

power control, advanced RRM and schedu-ling algorithms, support for smart antennas and MIMO

• Support for fractional frequency reuse• Generation of prediction plots, based on

simulation results or on user-defined cell load figures including: - Cell and network coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions

- Uplink and downlink throughput coverage predictions

- Uplink and downlink quality prediction plot- Aggregate throughput prediction plot- Preamble index, segment, and permbase collision plot

• Network capacity planning considering backhaul constraints

Neighbour Planning• Manual and automatic multi-carrier neighbour

planning• Inter-carrier and intra-carrier neighbour

planning

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Allocation of carriers and fractional frequency

planning (FFP)• Automatic preamble index planning• Automatic downlink/uplink permbase planning

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

(height, azimuth & tilt)

Atoll enables designing, planning, and optimising Wi-Fi networks based on the IEEE 802.11 WLAN standards. It provides comprehensive Wi-Fi network model-ling with coverage and capacity planning as well as multi-technology traffic modelling and analysis (e.g. HSPA/LTE/Wi-Fi). Atoll's multi-technology multi-layer traffic balancing and offloading features enable operators to plan and evaluate Wi-Fi based scenarios for network capacity enhancement.

Atoll's Wi-Fi features are part of the Atoll WiMAX/BWA module, which delivers a comprehensive set of features for the design and optimisation of WiMAX, Wi-Fi, and other Broadband Wireless Access (BWA) technologies.

11

Network Modelling• Support for IEEE 802.11a, 11g, 11n, and 11ac

standards• Support for standard, high throughput (HT),

and very high throughput (VHT) configurations• Support for all Wi-Fi frequency bands and

channel widths• Support for all Wi-Fi modulation and coding

schemes• Support for MIMO including transmit/receive

diversity, SU-MIMO, MU-MIMO, and adaptive MIMO switching (AMS)

• Support for long and short guard intervals

Traffic Modelling• Modelling of voice and data services• Support for Wi-Fi terminals and CPEs • Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

• Fixed subscriber traffic modelling

Simulation and Analysis• Wi-Fi Monte Carlo simulator implementing

advanced RRM and scheduling algorithms, including CSMA/CA

• Generation of prediction plots, based on simulation results or on user-defined cell load figures including: - Access point coverage analysis- Effective service area analysis- Uplink and downlink interference analysis- Uplink and downlink bearer coverage

predictions- Uplink and downlink throughput coverage

predictions

- Uplink and downlink quality indicator prediction plot

- Aggregate throughput prediction plot• Network capacity planning considering

backhaul constraints

Mobile/Wi-Fi Co-planning • Simultaneous display and analysis of mobile

and Wi-Fi networks• Mobile to Wi-Fi traffic offload and network

capacity analysis (e.g., GSM/UMTS/HSPA/LTE/Wi-Fi or CDMA Ev-DO/LTE/Wi-Fi)

• Multi-technology traffic model and Monte Carlo simulator

• Inter-technology interference analysis

Automatic Frequency Planning - AFP• Generation, import, edition, storage, and use

of interference matrices• User-definable constraints and editable cost

function• Interference-driven Wi-Fi channel selection

Automatic Cell Planning - ACP • Automatic optimisation of network parameters

to increase coverage & capacity• Site selection and activation for greenfield and

densification scenarios• Antenna selection & parameter optimisation

Wi-Fi

Atoll TD-SCDMA has been developed in partnership with major players in the TD-SCDMA scene in China, and is the most widely used TD-SCDMA planning software on the market.

Atoll supports TD-SCDMA/TD-LTE co-planning, and allows TD-SCDMA operators to plan and analyse the evolution of their networks towards

TD-LTE/LTE-Advanced.

12

TD-SCDMA

Network Modelling• Support for N-Frequency mode• TD-SCDMA equipment modelling including

RRM and capacity parameters• Smart antenna modelling• HSDPA modelling• UpPCH shifting modelling• MBMS modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• TD-SCDMA Monte Carlo simulator including

timeslot modelling, smart antenna modelling, and Dynamic Channel Allocation (DCA) modelling

• Generation of prediction plots, based on simulations or on user-defined per-timeslot cell load figures, including:- DL and UL Eb/Nt coverage- Required power- Effective service areas- Cell-to-cell interference- UpPCH interference- P-CCPCH pollution- Offered/required capacity per cell- DwPCH, UpPCH coverage- Baton handover- HSDPA prediction plots: CQI, RLC, MAC

and application throughput per pixel- MBMS service area

Neighbour and ScramblingCode Planning• Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis• Automatic carrier allocation

2G/TD-SCDMA Co-planning• Site sharing• Simultaneous display and analysis of 2G and

TD-SCDMA networks• Inter-technology handover modelling

TD-SCDMA/TD-LTE Co-planning • Site sharing• Simultaneous display and analysis of

TD-SCDMA and TD-LTE networks• Inter-technology handover modelling

Atoll includes a powerful and flexible GSM AFP module that is being used by a large number of operators worldwide. It is based on sophisticated optimisation techniques and includes advanced features such as combined automatic/interactive frequency planning and optimisation of TRX allocation vs. interference conditions.

The Atoll GSM AFP module allows combining multiple interference matrices generated from predictions and real network data.

Atoll also includes dedicated LTE, WiMAX, and Wi-Fi AFP modules that support technology-specific allocation features.

13

GSM AFP• Modelling of frequency bands, carrier layers,

and border constraints• Support for vendor equipment

constraints/features• Generation, import, edition, storage, and

combination of interference matrices• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(MAL, HSN, MAIO)• Combined automatic/interactive frequency

planning on map (IFP)• Optimisation of TRX allocation vs. interfe-

rence conditions• BSIC planning• Intermodulation interference reduction

LTE AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours,

co-neighbours- Reuse distance

• User-definable constraints and editable cost function

• Generation, import, edition, storage, and use of interference matrices

• Support for multi-carrier and multi-band networks

• Automatic physical cell ID planning conside-ring PSS, SSS, RS, UL DMRS, and PCFICH collisions

WiMAX/Wi-Fi AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours, co-neighbours

- Reuse distance• User-definable constraints and editable cost

function• Generation, import, edition, storage, and use

of interference matrices• Support for multi-carrier and multi-band

networks• Automatic preamble index planning, downlink

and uplink permbase planning

Automatic Frequency Planning(AFP)

Atoll TD-SCDMA has been developed in partnership with major players in the TD-SCDMA scene in China, and is the most widely used TD-SCDMA planning software on the market.

Atoll supports TD-SCDMA/TD-LTE co-planning, and allows TD-SCDMA operators to plan and analyse the evolution of their networks towards

TD-LTE/LTE-Advanced.

12

TD-SCDMA

Network Modelling• Support for N-Frequency mode• TD-SCDMA equipment modelling including

RRM and capacity parameters• Smart antenna modelling• HSDPA modelling• UpPCH shifting modelling• MBMS modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• TD-SCDMA Monte Carlo simulator including

timeslot modelling, smart antenna modelling, and Dynamic Channel Allocation (DCA) modelling

• Generation of prediction plots, based on simulations or on user-defined per-timeslot cell load figures, including:- DL and UL Eb/Nt coverage- Required power- Effective service areas- Cell-to-cell interference- UpPCH interference- P-CCPCH pollution- Offered/required capacity per cell- DwPCH, UpPCH coverage- Baton handover- HSDPA prediction plots: CQI, RLC, MAC

and application throughput per pixel- MBMS service area

Neighbour and ScramblingCode Planning• Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis• Automatic carrier allocation

2G/TD-SCDMA Co-planning• Site sharing• Simultaneous display and analysis of 2G and

TD-SCDMA networks• Inter-technology handover modelling

TD-SCDMA/TD-LTE Co-planning • Site sharing• Simultaneous display and analysis of

TD-SCDMA and TD-LTE networks• Inter-technology handover modelling

Atoll includes a powerful and flexible GSM AFP module that is being used by a large number of operators worldwide. It is based on sophisticated optimisation techniques and includes advanced features such as combined automatic/interactive frequency planning and optimisation of TRX allocation vs. interference conditions.

The Atoll GSM AFP module allows combining multiple interference matrices generated from predictions and real network data.

Atoll also includes dedicated LTE, WiMAX, and Wi-Fi AFP modules that support technology-specific allocation features.

13

GSM AFP• Modelling of frequency bands, carrier layers,

and border constraints• Support for vendor equipment

constraints/features• Generation, import, edition, storage, and

combination of interference matrices• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(MAL, HSN, MAIO)• Combined automatic/interactive frequency

planning on map (IFP)• Optimisation of TRX allocation vs. interfe-

rence conditions• BSIC planning• Intermodulation interference reduction

LTE AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours,

co-neighbours- Reuse distance

• User-definable constraints and editable cost function

• Generation, import, edition, storage, and use of interference matrices

• Support for multi-carrier and multi-band networks

• Automatic physical cell ID planning conside-ring PSS, SSS, RS, UL DMRS, and PCFICH collisions

WiMAX/Wi-Fi AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours, co-neighbours

- Reuse distance• User-definable constraints and editable cost

function• Generation, import, edition, storage, and use

of interference matrices• Support for multi-carrier and multi-band

networks• Automatic preamble index planning, downlink

and uplink permbase planning

Automatic Frequency Planning(AFP)

Atoll TD-SCDMA has been developed in partnership with major players in the TD-SCDMA scene in China, and is the most widely used TD-SCDMA planning software on the market.

Atoll supports TD-SCDMA/TD-LTE co-planning, and allows TD-SCDMA operators to plan and analyse the evolution of their networks towards

TD-LTE/LTE-Advanced.

12

TD-SCDMA

Network Modelling• Support for N-Frequency mode• TD-SCDMA equipment modelling including

RRM and capacity parameters• Smart antenna modelling• HSDPA modelling• UpPCH shifting modelling• MBMS modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• TD-SCDMA Monte Carlo simulator including

timeslot modelling, smart antenna modelling, and Dynamic Channel Allocation (DCA) modelling

• Generation of prediction plots, based on simulations or on user-defined per-timeslot cell load figures, including:- DL and UL Eb/Nt coverage- Required power- Effective service areas- Cell-to-cell interference- UpPCH interference- P-CCPCH pollution- Offered/required capacity per cell- DwPCH, UpPCH coverage- Baton handover- HSDPA prediction plots: CQI, RLC, MAC

and application throughput per pixel- MBMS service area

Neighbour and ScramblingCode Planning• Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis• Automatic carrier allocation

2G/TD-SCDMA Co-planning• Site sharing• Simultaneous display and analysis of 2G and

TD-SCDMA networks• Inter-technology handover modelling

TD-SCDMA/TD-LTE Co-planning • Site sharing• Simultaneous display and analysis of

TD-SCDMA and TD-LTE networks• Inter-technology handover modelling

Atoll includes a powerful and flexible GSM AFP module that is being used by a large number of operators worldwide. It is based on sophisticated optimisation techniques and includes advanced features such as combined automatic/interactive frequency planning and optimisation of TRX allocation vs. interference conditions.

The Atoll GSM AFP module allows combining multiple interference matrices generated from predictions and real network data.

Atoll also includes dedicated LTE, WiMAX, and Wi-Fi AFP modules that support technology-specific allocation features.

13

GSM AFP• Modelling of frequency bands, carrier layers,

and border constraints• Support for vendor equipment

constraints/features• Generation, import, edition, storage, and

combination of interference matrices• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(MAL, HSN, MAIO)• Combined automatic/interactive frequency

planning on map (IFP)• Optimisation of TRX allocation vs. interfe-

rence conditions• BSIC planning• Intermodulation interference reduction

LTE AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours,

co-neighbours- Reuse distance

• User-definable constraints and editable cost function

• Generation, import, edition, storage, and use of interference matrices

• Support for multi-carrier and multi-band networks

• Automatic physical cell ID planning conside-ring PSS, SSS, RS, UL DMRS, and PCFICH collisions

WiMAX/Wi-Fi AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours, co-neighbours

- Reuse distance• User-definable constraints and editable cost

function• Generation, import, edition, storage, and use

of interference matrices• Support for multi-carrier and multi-band

networks• Automatic preamble index planning, downlink

and uplink permbase planning

Automatic Frequency Planning(AFP)

Atoll TD-SCDMA has been developed in partnership with major players in the TD-SCDMA scene in China, and is the most widely used TD-SCDMA planning software on the market.

Atoll supports TD-SCDMA/TD-LTE co-planning, and allows TD-SCDMA operators to plan and analyse the evolution of their networks towards

TD-LTE/LTE-Advanced.

12

TD-SCDMA

Network Modelling• Support for N-Frequency mode• TD-SCDMA equipment modelling including

RRM and capacity parameters• Smart antenna modelling• HSDPA modelling• UpPCH shifting modelling• MBMS modelling

Traffic Modelling• Modelling of voice and data services• Modelling of user equipment, user profiles

and environment types• Multi-service 2D & 3D traffic demand maps

generated from multiple sources: vector, raster, and live traffic data

Simulation and Analysis• TD-SCDMA Monte Carlo simulator including

timeslot modelling, smart antenna modelling, and Dynamic Channel Allocation (DCA) modelling

• Generation of prediction plots, based on simulations or on user-defined per-timeslot cell load figures, including:- DL and UL Eb/Nt coverage- Required power- Effective service areas- Cell-to-cell interference- UpPCH interference- P-CCPCH pollution- Offered/required capacity per cell- DwPCH, UpPCH coverage- Baton handover- HSDPA prediction plots: CQI, RLC, MAC

and application throughput per pixel- MBMS service area

Neighbour and ScramblingCode Planning• Manual and automatic multi-carrier neighbour

planning• Automatic scrambling code allocation

supporting various allocation strategies• Scrambling code allocation analysis• Automatic carrier allocation

2G/TD-SCDMA Co-planning• Site sharing• Simultaneous display and analysis of 2G and

TD-SCDMA networks• Inter-technology handover modelling

TD-SCDMA/TD-LTE Co-planning • Site sharing• Simultaneous display and analysis of

TD-SCDMA and TD-LTE networks• Inter-technology handover modelling

Atoll includes a powerful and flexible GSM AFP module that is being used by a large number of operators worldwide. It is based on sophisticated optimisation techniques and includes advanced features such as combined automatic/interactive frequency planning and optimisation of TRX allocation vs. interference conditions.

The Atoll GSM AFP module allows combining multiple interference matrices generated from predictions and real network data.

Atoll also includes dedicated LTE, WiMAX, and Wi-Fi AFP modules that support technology-specific allocation features.

13

GSM AFP• Modelling of frequency bands, carrier layers,

and border constraints• Support for vendor equipment

constraints/features• Generation, import, edition, storage, and

combination of interference matrices• User-definable constraints and editable cost

function• Allocation of frequency hopping parameters

(MAL, HSN, MAIO)• Combined automatic/interactive frequency

planning on map (IFP)• Optimisation of TRX allocation vs. interfe-

rence conditions• BSIC planning• Intermodulation interference reduction

LTE AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours,

co-neighbours- Reuse distance

• User-definable constraints and editable cost function

• Generation, import, edition, storage, and use of interference matrices

• Support for multi-carrier and multi-band networks

• Automatic physical cell ID planning conside-ring PSS, SSS, RS, UL DMRS, and PCFICH collisions

WiMAX/Wi-Fi AFP• Full and fractional automatic frequency

planning• Interference-based frequency plan optimisa-

tion target (cost function) - Interference matrices- Neighbours, neighbours of neighbours, co-neighbours

- Reuse distance• User-definable constraints and editable cost

function• Generation, import, edition, storage, and use

of interference matrices• Support for multi-carrier and multi-band

networks• Automatic preamble index planning, downlink

and uplink permbase planning

Automatic Frequency Planning(AFP)

Atoll includes advanced multi-technology Automatic Cell Planning (ACP) modules implemented as integrated functions available from the standard Atoll user interface. All ACP data and results are stored in the Atoll project files and databases.

The seamless integration of the radio planning and optimisation features provides a direct return on investment from using the Atoll ACP.

Atoll ACP is available for GSM, UMTS, LTE, CDMA2000, WiMAX, and Wi-Fi.It supports combined GSM/UMTS/LTE and CDMA2000/LTE optimisation.

14

Automatic Cell Planning (ACP)

Optimisation Parameters• Antenna type• Antenna height• Antenna azimuth and tilt• Transmit power• Candidate site selection• Automatic site placement for greenfield

networks• In-building multi-storey optimisation

Optimisation Objectives• Coverage• Interference• Capacity• Service quality• EMF (Electromagnetic Field) exposure

Optimisation Control• User-defined cost function including criteria

weighting• Parameter change vs. implementation cost

optimisation• Flexible multi-technology objective definition• User-defined combination of clutter depen-

dant and area dependant thresholds• Combined multi-layer KPI optimisation using

traffic maps

Optimisation Results• Implementation changes ranked by potential

network improvement• Complete set of prediction plots for change

and improvement analysis• Storage of multiple optimisation plans for

simultaneous analysis

Combined GSM/UMTS/LTEOptimisation• Combined GSM/UMTS/LTE optimisation

objectives• Multi-technology cost function• Simultaneous display and analysis of

GSM/UMTS/LTE optimisation results

Combined CDMA2000/LTEOptimisation • Combined CDMA/LTE optimisation objectives• Multi-technology cost function• Simultaneous display and analysis of

CDMA2000/LTE optimisation results

15

About us

Forsk is an independent company providing radio planning and optimisation software solutions to the wireless industry since 1987.

In 1997, Forsk released the first version of Atoll, its flagship radio planning software. Since then, Atoll has evolved to become a comprehensive radio planning and optimisation platform and, with more than 5000 installed licenses world-wide, has reached the leading position on the global market. Atoll combines engineering and automation functions that enable operators to smoothly and gradually implement SON processes within their organisation.

Today, Forsk is a global supplier with over 300 customers in 100 countries and strategic partnerships with major players in the industry.

Forsk distributes and supports Atoll directly from offices and technical support centres in France, USA, and China as well as through a worldwide network of distributors and partners.

Forsk at your side

Since the first release of Atoll, Forsk has been known for its capability to deliver tailored and turn-key radio planning and optimisation environments based on Atoll.

To help operators streamline their radio planning and optimisation processes, Forsk provides a complete range of implementation services, including integration with existing IT infrastructure, automation, as well as data migration, installation, and training services.

For more information check out the Services page at www.forsk.com

Atoll includes advanced multi-technology Automatic Cell Planning (ACP) modules implemented as integrated functions available from the standard Atoll user interface. All ACP data and results are stored in the Atoll project files and databases.

The seamless integration of the radio planning and optimisation features provides a direct return on investment from using the Atoll ACP.

Atoll ACP is available for GSM, UMTS, LTE, CDMA2000, WiMAX, and Wi-Fi.It supports combined GSM/UMTS/LTE and CDMA2000/LTE optimisation.

14

Automatic Cell Planning (ACP)

Optimisation Parameters• Antenna type• Antenna height• Antenna azimuth and tilt• Transmit power• Candidate site selection• Automatic site placement for greenfield

networks• In-building multi-storey optimisation

Optimisation Objectives• Coverage• Interference• Capacity• Service quality• EMF (Electromagnetic Field) exposure

Optimisation Control• User-defined cost function including criteria

weighting• Parameter change vs. implementation cost

optimisation• Flexible multi-technology objective definition• User-defined combination of clutter depen-

dant and area dependant thresholds• Combined multi-layer KPI optimisation using

traffic maps

Optimisation Results• Implementation changes ranked by potential

network improvement• Complete set of prediction plots for change

and improvement analysis• Storage of multiple optimisation plans for

simultaneous analysis

Combined GSM/UMTS/LTEOptimisation• Combined GSM/UMTS/LTE optimisation

objectives• Multi-technology cost function• Simultaneous display and analysis of

GSM/UMTS/LTE optimisation results

Combined CDMA2000/LTEOptimisation • Combined CDMA/LTE optimisation objectives• Multi-technology cost function• Simultaneous display and analysis of

CDMA2000/LTE optimisation results

15

About us

Forsk is an independent company providing radio planning and optimisation software solutions to the wireless industry since 1987.

In 1997, Forsk released the first version of Atoll, its flagship radio planning software. Since then, Atoll has evolved to become a comprehensive radio planning and optimisation platform and, with more than 5000 installed licenses world-wide, has reached the leading position on the global market. Atoll combines engineering and automation functions that enable operators to smoothly and gradually implement SON processes within their organisation.

Today, Forsk is a global supplier with over 300 customers in 100 countries and strategic partnerships with major players in the industry.

Forsk distributes and supports Atoll directly from offices and technical support centres in France, USA, and China as well as through a worldwide network of distributors and partners.

Forsk at your side

Since the first release of Atoll, Forsk has been known for its capability to deliver tailored and turn-key radio planning and optimisation environments based on Atoll.

To help operators streamline their radio planning and optimisation processes, Forsk provides a complete range of implementation services, including integration with existing IT infrastructure, automation, as well as data migration, installation, and training services.

For more information check out the Services page at www.forsk.com

Atoll includes advanced multi-technology Automatic Cell Planning (ACP) modules implemented as integrated functions available from the standard Atoll user interface. All ACP data and results are stored in the Atoll project files and databases.

The seamless integration of the radio planning and optimisation features provides a direct return on investment from using the Atoll ACP.

Atoll ACP is available for GSM, UMTS, LTE, CDMA2000, WiMAX, and Wi-Fi.It supports combined GSM/UMTS/LTE and CDMA2000/LTE optimisation.

14

Automatic Cell Planning (ACP)

Optimisation Parameters• Antenna type• Antenna height• Antenna azimuth and tilt• Transmit power• Candidate site selection• Automatic site placement for greenfield

networks• In-building multi-storey optimisation

Optimisation Objectives• Coverage• Interference• Capacity• Service quality• EMF (Electromagnetic Field) exposure

Optimisation Control• User-defined cost function including criteria

weighting• Parameter change vs. implementation cost

optimisation• Flexible multi-technology objective definition• User-defined combination of clutter depen-

dant and area dependant thresholds• Combined multi-layer KPI optimisation using

traffic maps

Optimisation Results• Implementation changes ranked by potential

network improvement• Complete set of prediction plots for change

and improvement analysis• Storage of multiple optimisation plans for

simultaneous analysis

Combined GSM/UMTS/LTEOptimisation• Combined GSM/UMTS/LTE optimisation

objectives• Multi-technology cost function• Simultaneous display and analysis of

GSM/UMTS/LTE optimisation results

Combined CDMA2000/LTEOptimisation • Combined CDMA/LTE optimisation objectives• Multi-technology cost function• Simultaneous display and analysis of

CDMA2000/LTE optimisation results

15

About us

Forsk is an independent company providing radio planning and optimisation software solutions to the wireless industry since 1987.

In 1997, Forsk released the first version of Atoll, its flagship radio planning software. Since then, Atoll has evolved to become a comprehensive radio planning and optimisation platform and, with more than 5000 installed licenses world-wide, has reached the leading position on the global market. Atoll combines engineering and automation functions that enable operators to smoothly and gradually implement SON processes within their organisation.

Today, Forsk is a global supplier with over 300 customers in 100 countries and strategic partnerships with major players in the industry.

Forsk distributes and supports Atoll directly from offices and technical support centres in France, USA, and China as well as through a worldwide network of distributors and partners.

Forsk at your side

Since the first release of Atoll, Forsk has been known for its capability to deliver tailored and turn-key radio planning and optimisation environments based on Atoll.

To help operators streamline their radio planning and optimisation processes, Forsk provides a complete range of implementation services, including integration with existing IT infrastructure, automation, as well as data migration, installation, and training services.

For more information check out the Services page at www.forsk.com

Atoll includes advanced multi-technology Automatic Cell Planning (ACP) modules implemented as integrated functions available from the standard Atoll user interface. All ACP data and results are stored in the Atoll project files and databases.

The seamless integration of the radio planning and optimisation features provides a direct return on investment from using the Atoll ACP.

Atoll ACP is available for GSM, UMTS, LTE, CDMA2000, WiMAX, and Wi-Fi.It supports combined GSM/UMTS/LTE and CDMA2000/LTE optimisation.

14

Automatic Cell Planning (ACP)

Optimisation Parameters• Antenna type• Antenna height• Antenna azimuth and tilt• Transmit power• Candidate site selection• Automatic site placement for greenfield

networks• In-building multi-storey optimisation

Optimisation Objectives• Coverage• Interference• Capacity• Service quality• EMF (Electromagnetic Field) exposure

Optimisation Control• User-defined cost function including criteria

weighting• Parameter change vs. implementation cost

optimisation• Flexible multi-technology objective definition• User-defined combination of clutter depen-

dant and area dependant thresholds• Combined multi-layer KPI optimisation using

traffic maps

Optimisation Results• Implementation changes ranked by potential

network improvement• Complete set of prediction plots for change

and improvement analysis• Storage of multiple optimisation plans for

simultaneous analysis

Combined GSM/UMTS/LTEOptimisation• Combined GSM/UMTS/LTE optimisation

objectives• Multi-technology cost function• Simultaneous display and analysis of

GSM/UMTS/LTE optimisation results

Combined CDMA2000/LTEOptimisation • Combined CDMA/LTE optimisation objectives• Multi-technology cost function• Simultaneous display and analysis of

CDMA2000/LTE optimisation results

15

About us

Forsk is an independent company providing radio planning and optimisation software solutions to the wireless industry since 1987.

In 1997, Forsk released the first version of Atoll, its flagship radio planning software. Since then, Atoll has evolved to become a comprehensive radio planning and optimisation platform and, with more than 5000 installed licenses world-wide, has reached the leading position on the global market. Atoll combines engineering and automation functions that enable operators to smoothly and gradually implement SON processes within their organisation.

Today, Forsk is a global supplier with over 300 customers in 100 countries and strategic partnerships with major players in the industry.

Forsk distributes and supports Atoll directly from offices and technical support centres in France, USA, and China as well as through a worldwide network of distributors and partners.

Forsk at your side

Since the first release of Atoll, Forsk has been known for its capability to deliver tailored and turn-key radio planning and optimisation environments based on Atoll.

To help operators streamline their radio planning and optimisation processes, Forsk provides a complete range of implementation services, including integration with existing IT infrastructure, automation, as well as data migration, installation, and training services.

For more information check out the Services page at www.forsk.com

Operating Systems

• Microsoft Windows XP, Windows Vista, Windows 7 (32/64 bits)

• Microsoft Windows 2003 server, Windows 2008 server (32/64 bits)

www.forsk.com

Relational DatabaseManagement System(not required for standalone configurations)

• Oracle 9i, 10g and 11g• Microsoft SQL Server 2005 & 2008• Microsoft Access

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• Head Office

7, rue des Briquetiers31700 Blagnac - FranceTel: +33 562 747 210Fax: +33 562 747 211

• US Office

200 South Wacker Drive - Suite 3100Chicago, IL 60606 - USATel: +1 312 674 4800Fax: +1 312 674 4847

• China Office

Suite 302, 3/F, West Tower, Jiadu Commercial Building,N°.66 Jianzhong Road, Tianhe Hi-Tech Industrial ZoneGuangzhou, 510665 P.R. of ChinaTel: +86 20 8553 8938 Fax: +86 20 8553 8285