+1-518-618-1030 866 - 552 - 3453 USA-Canada Toll Free
Published Date: 2011-12-12Number of Pages: 262

Public Safety Wireless Communication & Municipal Wireless Communication Market: Global Spending Analysis & Forecast (2007 - 2017)

Table of Content

CHAPTER 1 INTRODUCTION

1.1 KEYPOINTS COVERED

1.2 ABOUT THE RESEARCH

1.3 STAKEHOLDERS

1.4 RESEARCH METHODOLOGY

1.5 FORECAST ASSUMPTIONS

1.6 KEY DEFINITIONS

CHAPTER 2 EXECUTIVE SUMMARY

CHAPTER 3 GLOBAL MARKET OVERVIEW

3.1 OVERVIEW OFWIRELESS TECHNOLOGIES

3.2 EVOLUTION OF WIRELESS TECHNOLOGY

3.3 ADOPTION DRIVERS FOR WIRELESS TECHNOLOGIES

     3.3.1 INCREASED INTEREST IN WIRELESS TECHNOLOGY

     3.3.2 PRICE GAP DECREASING RAPIDLY

     3.3.3 SECURITY SOLUTIONS ACCEPTABLE

     3.3.4 STANDARDIZATION STARTED

3.4 WIRELESS TECHNOLOGY SEGMENTATION

3.5 PUBLIC SAFETY MARKET SPENDING BY GOVERNANCE AND AGENCIES

3.6 PUBLIC SAFETY WIRELESS TECHNOLOGY MARKET

3.7 WIRELESS EQUIPMENT IN PUBLIC SAFETY

      3.7.1 ROUTERS

      3.7.2 VIDEO CAMERA

      3.7.3 MODEMS

      3.7.4 SWITCHES

      3.7.5 OTHER EQUIPMENTS IN PUBLIC SAFETY WIRELESS COMMUNICATION

3.8 WIRELESS DEVICES IN PUBLIC SAFETY

      3.8.1 NETBOOK

      3.8.2 WORK STATION

      3.8.3 HAND HELD COMPUERS 

      3.8.4 MOBIL RADIOS

      3.8.5 PDA/SMARTPHONES 

CHAPTER 4 WIRELESS NETWORK TECHNOLOGY IN PUBLIC SAFETY

4.1 PUBLIC SAFETY WIRELESS COMMUNICATION MARKET DRIVERS

     4.1.1 GOVERNMENT INITIATIVE FOR PUBLIC SAFETY APPLICATION

     4.1.2 COST REDUCTION FOR TRAVELLING

     4.1.3 IMPROVED COORDINATION

     4.1.4 REAL TIME INFORMATION TRANSFER

     4.1.5 REACH AND MOBILITY

4.2 RESTRAINT IN PUBLIC SAFETY

     4.2.1 LACK OF INTEROPERABLE DEVICES

     4.2.2 LACK OF AVAILABLE FUNDS

     4.2.3 DETERIORATION OF EXISTING PUBLIC SAFETY SYSTEM

     4.2.4 NATURE OF PUBLIC SAFETY RESPONSE CHANGES OVER TIME

     4.2.5 SPECTRUM COMPETITION FOR RESOURCES

4.3 OPPORTUNITIES IN PUBLIC SAFETY

      4.3.1 GROWTH OF MODERN CELLULAR INDUSTRY WITH LEGACY OF LMR DEVICES

      4.3.2 NEXT GENERATION PUBLIC SAFETY COMMUNICATION SYSTEMS

      4.3.3 SAVING ON DEVICES AND INFRASTRUCTURE

4.4 IMPACT ANALYSIS

     4.4.1 PUBLIC SAFETY WIRELESS COMMUNICATION DRO’S IMPACT

4.5 COMMUNICATION NETWORKS

      4.5.1 TWO-WAY SIMPLEX RADIO SYSTEMS

              4.5.1.1 Adoption Drivers

              4.5.1.2 Adoption Constraints

      4.5.2 TWO-WAY MOBILE RELAY SYSTEMS

              4.5.2.1 Adoption Drivers

              4.5.2.2 Adoption Constraints of Cellular/PCS Radio

      4.5.3 TRUNKED RADIO SYSTEMS

              4.5.3.1 Specialized Mobile Radio (SMR) 

              4.5.3.2 Project 25 (APCO) Digital Trunked Radio System

              4.5.3.3 TETRA (Terrestrial Trunked Radio)& TEDS

4.6 DATA NETWORKS

      4.6.1 SATELLITE COMMUNICATION

               4.6.1.1 Types of satellite communication

               4.6.1.2 Mobile satellite services (MSS) 

               4.6.1.3 Fixed satellite services (FSS) 

       4.6.2 TERRESTRIAL NETWORKS

               4.6.2.1 Public Safety Wireless Network (PSWN)

                          4.6.2.1.1 Advanced Generation of Interoperability for Law Enforcement (AGILE) Program

                          4.6.2.1.2 Emergency Deployable Interoperable Communication System WDICS) 

                          4.6.2.1.3 Mobile Broadband for Emergency and Safety     Applications(MESA) 

               4.6.2.2 Wireless Local Links: Bluetooth

                           4.6.2.2.1 Opportunity

               4.6.2.3 Ultra Wide Band (UWB) 

               4.6.2.4 Voice Over Internet Protocol (VoIP) 

               4.6.2.5 Free-space optical communication(FSO) 

                          4.6.2.5.1 Drivers

                          4.6.2.5.2 Restraints

                          4.6.2.5.3 Applications of Free Space Optics

               4.6.2.6 Radio-Frequency Identification  (RFID) 

               4.6.2.7 LOCAL Multi-point Distribution System (LMDS) 

               4.6.2.8 Wi-Fi

                          4.6.2.8.1 Drivers

                          4.6.2.8.2 Constraints

                          4.6.2.8.3 Opportunity

                          4.6.2.8.4 Usage

                          4.6.2.8.5 Muni Wi-Fi

                          4.6.2.8.6 Wi-Fi for wireless broadband

               4.6.2.9 3G and 3.5 G

               4.6.2.10 WiMAX

                            4.6.2.10.1 IEEE 802.16 Specifications

                            4.6.2.10.2 Drivers

                            4.6.2.10.3 Constraints

                            4.6.2.10.4 Opportunities

               4.6.2.11 LTE

                            4.6.2.11.1 Adoption Drivers

                            4.6.2.11.2 Market Drivers

                            4.6.2.11.3 Constraints

                            4.6.2.11.4 Opportunity

CHAPTER 5 WIRELESS TECHNOLOGY SERVICES IN PUBLIC SAFETY

5.1 CONSULTING

5.2 PROJECT MANAGEMENT

5.3 DESIGN AND INTEGRATION

5.4 NETWORK DEPLOYMENT

5.5 OPERATIONS AND MAINTENANCE

5.6 OTHER SERVICES IN PUBLIC SAFETY WIRELESS COMMUNICATION

CHAPTER 6 PUBLIC SAFETY WIRELESS TECHNOLOGY APPLICATION

6.1 INCIDENT SCENE MANAGEMENT

6.2 PERSONNEL SAFETY & LOCATION

6.3 VIDEO SURVEILLANCE

6.4 AUTOMATED VEHICLE LOCATING

6.5 EMERGENCY MEDICAL TELEMETRY

6.6 GEOGRAPHIC INFORMATION SYSTEMS

6.7 MOBILE VPN ACCESS

6.8 WORKFORCE COLLABORATION

6.9 DOCUMENT MANAGEMENT & RETRIEVAL

CHAPTER 7 MUNICIPAL WIDE WIRELESS TECHNOLOGY

7.1 EVOLUTION OF MUNICIPAL WIRELESS

7.2 MUNICIPAL WIRELESS COMMUNICATION DRIVERS

      7.2.1 MOBILITY OF USER

      7.2.2 AVAILABILITY OF WI-FI TECHNOLOGY

      7.2.3 BROADBAND EVOLUTION

      7.2.4 THE COST OF A WIRELESS DATA BIT

      7.2.5 UBIQUITY OF IP ACCESS

      7.2.6 WIRELESS SPECTRUM AVAILABILITY

      7.2.7 PUBLIC SAFETY AND MORE EFFICIENT CITY GOVERNMENT

      7.2.8 COMMERCIAL INTERNET ACCESS TO VISITORS

7.3 RESTRAINTS IN MUNICIPAL WIRELESS

      7.3.1 COST

      7.3.2 IMPACT ON EXISTING CUSTOMER

      7.3.3 FEAR OF POLITICAL BACKLASH

      7.3.4 INSUFFICIENT COVERAGE

      7.3.5 BANDWIDTH ALLOCATION

7.4 OPPORTUNITY IN MUNICIPAL WIRELESS

      7.4.1 PRIMARY GOALS OF MUNICIPALITY WILL BE COMPLETED WITHIN THE TIME   SPAN

      7.4.2 RESOURCE- CRITICAL DATA ACCESS TO FIRST RESPONDERS

      7.4.3 MULTIPLE STAKEHOLDERS IN PLANNING PROCESS

      7.4.4 ADVERTISEMENT BASED NETWORKS

      7.4.5 LOWER CRIME RATES

7.5 MUNICIPAL WIDE WIRELESS COMMUNICATION DRO’S IMPACT ANALYSIS

CHAPTER 8 MUNICIPAL WIRELESS TECHNOLOGY APPLICATION MARKET

8.1 PUBLIC SAFETY

8.2 INSPECTIONS

8.3 CODE ENFORCEMENT (I.E. HEALTH, BUILDING, AND SAFETY) 

8.4 TRAFFIC CONTROL

8.5 METER READING

8.6 NETWORK & SENSOR BASED SURVEILLANCE

8.7 MUNICIPAL & EMERGENCY WORKFORCE MOBILITY

8.8 DISASTER MANAGEMENT

8.9 EDUCATION

8.10 OTHER COMMUNITY SERVICES

       8.10.1 TELEMEDICINE

       8.10.2 TOURISM

CHAPTER 9 ANALYSIS OF CURRENT MARKET

9.1 WIRELESS BROADBAND ADOPTION

      9.1.1 PUBLIC SAFETY SERVICE

      9.1.2 MUNICIPAL WIDE WIRELESS COMMUNICATION SERVICES

9.2 TOP TEN PLAYER ANALYSIS

      9.2.1 WIRELESS TECHNOLOGY PLAYERS AROUND THE GLOBE

      9.2.2 WIRELESS TECHNOLOGY PLAYERS IN PUBLIC SAFETY AND MUNICIPAL WIRELESS COMMUNICATION

CHAPTER 10 PUBLIC SAFETY & MUNICIPAL WIRELESS BUSINESS MODELS

10.1 PUBLIC PRIVATE PARTNERSHIPS BUSINESS MODELS IN PUBLIC SAFETY

       10.1.1 SUCCESS OF PPP

       10.1.2 ISSUES IN PPP

       10.1.3 NATIONAL, STATE & LOCAL LEVELS INITIATIVE IN PPP

       10.1.4 BUSINESS MODELS IN PPP

                 10.1.4.1 CAPEX Model

                 10.1.4.2 Hosted Model

                 10.1.4.3 Managed MODEL

10.2 PUBLIC PRIVATE PARTNERSHIPS BUSINESS MODELS IN MUNICIPAL WIRELESS

       10.2.1 MUNICIPALITY AS ANCHOR TENANT FOR PUBLIC PRIVATE PARTNERSHIP

       10.2.2 PUBLIC FUNDING

       10.2.3 FEE BASED PUBLIC ACCESS

       10.2.4 ADVERTISING

       10.2.5 FUNDING FROM EXTERNAL PUBLIC GRANTS

CHAPTER 11 GEOGRAPHIC ANALYSIS

11.1 NORTH AMERICA

       11.1.1 PUBLIC SAFETY IN NORTH AMERICA

       11.1.2 THE PUBLIC SAFETY BROADBAND NETWORK IN U.S. 

       11.1.3 WIRELESS 4.9 GHZ BAND IN CANADA, US AND MEXICO FOR PUBLIC SAFETY

                 11.1.3.1 4.9 GHz License spectrum allocation

                              11.1.3.1.1 Advantages and Use of 4.9 GHz Wireless Public Safety   Band

       11.1.4 POLICIES IN PUBLIC SAFETY WIRELESS COMMUNICATION

       11.1.5 STRATEGY IN PUBLIC SAFETY

                 11.1.5.1 Issues with D block

       11.1.6 INFRASTRUCTURE AND TECHNOLOGY DEVELOPMENT IN NORTH AMERICA

       11.1.7 CHALLENGES IN NORTH AMERICA

       11.1.8 NORTH AMERICA PUBLIC SAFETY GOVERNMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST

       11.1.9 NORTH AMERICA PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION   SPENDING & FORCAST

       11.1.10 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT         SPENDING & FORECAST

                   11.1.10.1 North America Public Safety wireless network technology market     spending & forecast

                   11.1.10.1.1 North America Public safety wireless communication network       Spending & Forecast

                   11.1.10.1.2 North America Public safety wireless data network Spending &     Forecast

                                    11.1.10.1.2.1 North America Public safety satellite network         Spending & Forecast

                                    11.1.10.1.2.2 North America Public safety wireless terrestrial       network Spending & Forecast

11.2 EMEA

       11.2.1 CHALLENGES BY EUROPEAN PUBLIC SAFETY ORGANIZATIONS

       11.2.2 OPPORTUNITIES FOR EMEA

       11.2.3 DEVELOPMENTS IN EMEA

                 11.2.3.1 Berlin

                 11.2.3.2 South Moravia

       11.2.4 PUBLIC SAFETY RADIO COMMUNICATION IN EUROPE IN 2011

       11.2.5 GROWTH OPPORTUNITY FOR WIRELESS TECHNOLOGY IN EMEA

       11.2.6 ECONOMIC ISSUES WITH WIRELESS TECHNOLOGY

       11.2.7 ISSUES IN EUROPEAN COMMUNICATION

       11.2.8 EMEA GOVERNMENTS’ PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING & FORCAST

       11.2.9 EMEA PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST

       11.2.10 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING &       FORECAST

                   11.2.10.1 EMEA Public Safety wireless network technology market spending & forecast

                   11.2.10.1.1 EMEA Public safety wireless communication network Spending & Forecast

                   11.2.10.1.2 EMEA Public safety wireless data network Spending & Forecast

                                     11.2.10.1.2.1 EMEA Public safety satellite network Spending & Forecast

                                     11.2.10.1.2.2 EMEA Public safety wireless terrestrial network Spending & Forecast

11.3 LATIN AMERICA

       11.3.1 OPPORTUNITIES IN LATIN AMERICA

       11.3.2 CHALLENGES IN LATIN AMERICA

       11.3.3 LATIN AMERICA GOVERNMENTS’PUBLIC SAFETY  WIRELESS COMMUNICATION SPENDING & FORCAST

       11.3.4 LATIN AMERICA PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST

       11.3.5 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING & FORECAST

                 11.3.5.1 Latin America Public Safety wireless network technology market spending & forecast

                              11.3.5.1.1 Latin America Public safety wireless communication network Spending & Forecast

                              11.3.5.1.2 Latin America Public safety wireless data network Spending & Forecast

                                             11.3.5.1.2.1 Latin America Public safety satellite network Spending & Forecast

                                             11.3.5.1.2.2 Latin America Public safety wireless terrestrial network Spending & Forecast

11.4 ASIA PACIFIC

       11.4.1 CHALLENGES IN ASIA PACIFIC

       11.4.2 OPPORTUNITIES IN ASIA PACIFIC

       11.4.3 DEVELOPMENTS IN ASIA PACIFIC

                 11.4.3.1 China

                 11.4.3.2 New Zealand

                 11.4.3.3 Japan

                              11.4.3.3.1 Role of Emergency Response Team

       11.4.4 COMMUNICATION IN ASIA PACIFIC

                                 11.4.4.1.1 Coverage characteristics of 700 MHz

                                 11.4.4.1.2 Small sized antenna and indoor coverage

                                 11.4.4.1.3 Larger areas of coverage

                                 11.4.4.1.4 LTE network will be cheaper

       11.4.5 ASIA-PACIFIC GOVERNMENTS’ PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING & FORCAST

       11.4.6 ASIA-PACIFIC PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST

       11.4.7 ASIA-PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING & FORECAST

                  11.4.7.1 Asia-Pacific Public Safety wireless network technology market spending & forecast

                               11.4.7.1.1 Asia-Pacific Public safety wireless communication network Spending & Forecast

                               11.4.7.1.2 Asia-Pacific Public safety wireless data network Spending & Forecast

                                              11.4.7.1.2.1 Asia-Pacific Public safety satellite network Spending & Forecast

                                              11.4.7.1.2.2 Asia-Pacific Public safety wireless terrestrial network Spending & Forecast

CHAPTER 12 COMPANY PROFILE

12.1 ALCATEL-LUCENT

       12.1.1 COMPANY OVERVIEW

       12.1.2 PRODUCT AND SERVICES SEGMENT

       12.1.3 FINANCIAL PERFORMANCE

       12.1.4 COMPETITIVE STRATEGY

       12.1.5 SEGMENT MARKET SHARE

       12.1.6 DEVELOPMENTS

12.2 CISCO

       12.2.1 COMPANY OVERVIEW

       12.2.2 PRODUCT AND SERVICES SEGMENT

                 12.2.2.1 Cisco Product Range

       12.2.3 FINANCIAL PERFORMANCE

       12.2.4 COMPETITIVE STRATEGY

       12.2.5 DEVELOPMENTS

12.3 ERICSSON

       12.3.1 COMPANY OVERVIEW

       12.3.2 PRODUCTS & SERVICES SEGMENT

       12.3.3 FINANCIAL PERFORMANCE

       12.3.4 COMPETITIVE STRATEGY

       12.3.5 DEVELOPMENTS

12.4 MOTOROLA SOLUTIONS INC. 

       12.4.1 COMPANY OVERVIEW

       12.4.2 PRODUCTS & SERVICES SEGMENT

       12.4.3 FINANCIALS

       12.4.4 COMPETITIVE STRATEGY

       12.4.5 DEVELOPMENTS

12.5 NOKIA SIEMENS NETWORKS

       12.5.1 COMPANY OVERVIEW

       12.5.2 PRODUCTS & SERVICES SEGMENT

       12.5.3 FINANCIAL PERFORMANCE

       12.5.4 COMPETITIVE STRATEGY

       12.5.5 DEVELOPMENTS

List of Charts

FIG. 1 EVOLUTION OF WIRELESS APPLICATION AND SERVICES

FIG. 2 WIRELESS TECHNOLOGY SEGMENTATION

FIG. 3 WIRELESS CAPACITY GROWTH IN PUBLIC SAFETY

FIG. 4 INTEROPERABILITY DEVICES IN PUBLIC SAFETY

FIG. 5 MAINTENANCE AND OPERATION OF NEW WIRELESS TECHNOLOGY

FIG. 6 LMR SYSTEMS PROVIDE

FIG. 7 NEXT GENERATION PUBLIC SAFETY SYSTEMS

FIG. 8 BENEFITS OF USING LTE

FIG. 9 IMPACT OF DRIVERS IN PUBLIC SAFETY

FIG. 10 IMPACT OF RESTRAINTS IN PUBLIC SAFETY

FIG. 11 IMPACT OF OPPURTUNITIES IN PUBLIC SAFETY

FIG. 12 ADVANCE PUBLIC SAFETY SPECTRUM

FIG. 13 WIRELESS STANDARDS IN PUBLIC SAFETY AND MUNICIPAL WIRELESS

FIG. 14 INTEROPERABLE COMMUNICATION SYSTEMS

FIG. 15 EMERGENCY DEPLOYABLE INTEROPERABLE COMMUNICATIONS SYSTEM (EDICS)

FIG. 16 UWB APPLICATION IN PUBLIC SAFETY

FIG. 17 UWB APPLICATION IN PUBLIC SAFETY

FIG. 18 WI-FI APPLICATIONS

FIG. 19 WI-FI APPLICATIONS IN PUBLIC SAFETY

FIG. 20 WI-FI APPLICATIONS IN PUBLIC SAFETY

FIG. 21 PORTER GENERIC STRATEGY FOR FIRM’S PROFITABILITY

FIG. 22 VIDEO STREAM BY FRAME RATE

FIG. 23 WIMAX MOBILITY OVER OTHER WIRELESS TECHNOLOGY

FIG. 24 LTE  EVOLUTION

FIG. 25 LTE SERVICES IN PUBLIC SAFETY

FIG. 26 LTE ARCHITECTURE

FIG. 27 CAUSES OF DATA LOSS

FIG. 28 HIGH PERFORMANCE OF LTE

FIG. 29 EQUIPMENT COST TREND OF LTE BASESTATION

FIG. 30 DATA TRANSMISSION SPEED IN LTE V/S WIMAX

FIG. 31 VIDEO SURVEILLANCE IN MUNICIPAL WIRELESS

FIG. 32 BENEFITS OF WI-FI TECHNOLOGY

FIG. 33 BROADBAND EVOLUTION

FIG. 34 WIRELESS DATA BIT WITH TECHNOLOGY EVOLUTION

FIG. 35 IMPACT OF DRIVERS IN MUNICIPAL WIRELESS COMMUNICATION

FIG. 36 IMPACT OF RESTRAINTS IN MUNICIPAL WIRELESS COMMUNICATION

FIG. 37 IMPACT OF OPPURTUNITIES IN MUNICIPAL WIRELESS COMMUNICATION

FIG. 38 USES OF WIRELESS BROADBAND NETWORK IN MUNICIPAL WIRELESS

FIG. 39 SYSTEM ASSESSMENT OF WT ADOPTION IN PUBLIC SAFETY SERVICES

FIG. 40 NETWORK ASSESSMENT OF WT ADOPTION IN PUBLIC SAFETY SERVICES

FIG. 41 SYSTEM ASSESSMENT OF WT ADOPTION IN MUNICIPAL WIRELESS SERVICES

FIG. 42 NETWORK ASSESSMENT OF WT ADOPTION IN MUNICIPAL WIRELESS SERVICES

FIG. 43 ANALYSIS OF PLAYERS ON THE BASIS OF PERFORMANCE AND GROWTH

FIG. 44 ANALYSIS OF PLAYERS ON THE BASIS OF PERFORMANCE AND GROWTH

FIG. 45 PPP BUSINESS MODEL EVALUATION

FIG. 46 ADVERTISING IN MUNICIPAL WIRELESS

FIG. 47 CLASSIFICATION OF PUBLIC SAFETY AGENCIES IN NORTH AMERICA

FIG. 48 SPECTRUM ALLOCATION FOR TRANSFERING

FIG. 49 MUNICIPAL WIRELESS INITIATIVE

FIG. 50 ESTIMATED SECURITY REVENUE PROJECTED IN LATIN AMERICA

FIG. 51 MARKET SEGMENTATION OF CIVIL SECURITY IN LATIN AMERICA

FIG. 52 ALCATEL-LUCENT MARKET SHARE

FIG. 53 ERRICSON’S SHARE OF SALES

FIG. 54 MOTOROLA SHARE OF SALES

FIG. 55 NOKIA: PERCENTAGE OF NET SALE BY GEOGRAPHY 2011

List of Table

TABLE 1 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING,BY GEOGRAPHY2007-2011 (USD MILLION) 

TABLE 2 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SPENDINGFORECAST, BY GEOGRAPHY2012-2017 (USD MILLION) 

TABLE 3 WIRELESS TECHNOLOGY OVERVIEW

TABLE 4 COMPARISON OF WIRELESS TECHNOLOGY

TABLE 5 GLOBAL PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 6 GLOBAL PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 7 GLOBAL PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 8 GLOBAL PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 9 PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 10 PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 11 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY AGENCIES 2007-2011 (USD MILLION) 

TABLE 12 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY AGENCIES 2012-2017 (USD MILLION) 

TABLE 13 POLICE DEPARTMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 14 POLICE DEPARTMENTPUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 15 FIRE DEPARTMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 16 FIRE DEPARTMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 17 EMERGENCY RESPONSE DEPARTMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 18 EMERGENCY RESPONSE DEPARTMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 19 GLOBALPUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION) 

TABLE 20 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION) 

TABLE 21 FEDERAL GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 22 FEDERAL GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 23 STATE GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 24 STATE GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 25 LOCAL GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 26 LOCAL GOVERNMENT PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 27 GLOBALPUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 28 GLOBALPUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 29 PUBLIC SAFETY WIRELESS COMMUNICATION EQUIPMENT SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 30 PUBLIC SAFETY WIRELESS COMMUNICATION EQUIPMENT SPENDING  FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 31 GLOBAL PUBLIC SAFETY WIRELESS EQUIPMENT SPENDING, BY TYPE  2007-2011 (USD MILLION) 

TABLE 32 GLOBAL PUBLIC SAFETY WIRELESS EQUIPMENT  SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 33 PUBLIC SAFETY WIRELESS COMMUNICATION DEVICES SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 34 PUBLIC SAFETY WIRELESS COMMUNICATION DEVICES SPENDING  FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 35 GLOBAL PUBLIC SAFETY WIRELESS DEVICES SPENDING, BY TYPE  2007-2011 (USD MILLION) 

TABLE 36 GLOBAL PUBLIC SAFETY WIRELESS DEVICES  SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 37 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007 – 2011 (USD MILLION) 

TABLE 38 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007 – 2011 (USD MILLION) 

TABLE 39 PUBLIC SAFETY APCO25 (P25) COMMUNICATION NETWORK SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 40 PUBLIC SAFETY APCO25 (P25)  COMMUNICATION NETWORK SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 41 PUBLIC SAFETY TETRA/TEDS COMMUNICATION NETWORK SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 42 PUBLIC SAFETY TETRA/TEDS COMMUNICATION NETWORK SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 43 GLOBAL PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007 – 2011 (USD MILLION) 

TABLE 44 GLOBAL PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007 – 2011 (USD MILLION) 

TABLE 45 PUBLIC SAFETY SATELLITE COMMUNICATION SPENDING, BY GEOGRAPHY 2007-2011

TABLE 46 PUBLIC SAFETY SATELLITE COMMUNICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017

TABLE 47 GLOBAL PUBLIC SAFETY SATELLITE COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 48 GLOBAL PUBLIC SAFETY SATELLITE  COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 49 PUBLIC SAFETY MOBILE SATELLITE SERVICE SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 50 PUBLIC SAFETY MOBILE SATELLITE SERVICE SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 51 COST AND CAPABILITY OF INMARSAT TERMINAL

TABLE 52 TERMINAL COST AND CAPABILITIES OF AMSC MOBILE TERMINALS

TABLE 53 FREQUENCY ALLOCATION FOR SATELLITE COMMUNICATION

TABLE 54 PUBLIC SAFETY FIXED SATELLITE SERVICE SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 55 PUBLIC SAFETY FIXED SATELLITE SERVICE SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 56 PUBLIC SAFETY WIRELESS TERRESTRIAL DATA  NETWORK SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 57 PUBLIC SAFETY WIRELESS TERRESTRIAL DATA NETWORK SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 58 GLOBAL PUBLIC SAFETY WIRELESS TERRESTRIAL  DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 59 GLOBAL PUBLIC SAFETY WIRELESS TERRESTRIAL DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 60 PUBLIC SAFETY BLUETOOTH SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 61 PUBLIC SAFETY BLUETOOTH SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 62 BLUETOOTH V/S WI-FI

TABLE 63 PUBLIC SAFETY OTHER TECHNOLOGY SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 64 PUBLIC SAFETY OTHER TECHNOLOGY SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 65 PUBLIC SAFETY FREE SPACE OPTICS (FSO) TECHNOLOGY SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 66 PUBLIC SAFETY FREE SPACE OPTICS (FSO)TECHNOLOGY SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 67 PUBLIC SAFETY RFID SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 68 PUBLIC SAFETY RFID SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 69 PUBLIC SAFETY LOCAL MULTIPIONT DISTRIBUTION SYSTEM (LMDS) SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 70 PUBLIC SAFETY LOCAL MULTIPIONT DISTRIBUTION SYSTEM (LMDS) SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 71 PUBLICSAFETYWI-FI SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 72 PUBLIC SAFETY WI-FI SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 73 WIRED V/S WIFI

TABLE 74 PUBLICSAFETY 3G AND 3.5G SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 75 PUBLIC SAFETY 3G AND 3.5 G SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 76 PUBLIC SAFETY WIMAX SPENDING, BYGEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 77 PUBLIC SAFETY WIMAX SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 78 CAPABILITY OF WIMAX OVER WI-FI

TABLE 79 RELIABILITY OF WIMAX OVER WLAN

TABLE 80 PUBLIC SAFETY LTE SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 81 PUBLIC SAFETY LTE SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 82 COMPARISON OF LTE AND WIMAX

TABLE 83 DIFFERENCE BETWEEN LTEAND HSPA+

TABLE 84 DATA TRANSMISSION RISK IN LTE

TABLE 85 FLEXIBILITY IN LTE

TABLE 86 DATA TRANSMISSION RATES

TABLE 87 QUALITY OF SERVICE IN LTE

TABLE 88 LTE DEVICE FORECAST 2010-2017 (MILLIONS) 

TABLE 89 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SERVICES SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 90 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION SERVICES SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 91 PUBLIC SAFETY WIRELESS COMMUNICATION SERVICES SPENDING , BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 92 PUBLIC SAFETY WIRELESS COMMUNICATION SERVICES SPENDING FORECAST , BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 93 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION APPLICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 94 GLOBAL PUBLIC SAFETY WIRELESS COMMUNICATION APPLICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 95 PUBLIC SAFETY WIRELESS COMMUNICATION APPLICATION SPENDING, BY GEOGRAPHY 2007-2011 (USD MILLION) 

TABLE 96 PUBLIC SAFETY WIRELESS COMMUNICATION APPLICATION SPENDING FORECAST, BY GEOGRAPHY 2012-2017 (USD MILLION) 

TABLE 97 WIRELESS TECHNOLOGY SETTING IN MUNICIPAL WIRELESS

TABLE 98 MUNICIPAL WIRELESS COMMUNICATION MARKET SPENDING, BY GEOGRAPHY 2007 – 2011 (USD MILLION) 

TABLE 99 MUNICIPAL WIRELESS COMMUNICATION MARKET SPENDING FORECAST, BY GEOGRAPHY 2007 – 2011 (USD MILLION) 

TABLE 100 WIRELESS FREQUENCY AND SPECTRUM

TABLE 101 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION) 

TABLE 102 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION) 

TABLE 103 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS 2007-2011 (USD MILLION) 

TABLE 104 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY DEPARTMENTS 2012-2017 (USD MILLION) 

TABLE 105 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 106 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 107 NORTH AMERICA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING , BY TYPE 2007-2011 (USD MILLION) 

TABLE 108 NORTH AMERICA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING FORECAST , BY TYPE 2012-2017 (USD MILLION) 

TABLE 109 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 110 NORTH AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2007-2011 (USD MILLION) 

TABLE 111 NORTH AMERICA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 112 NORTH AMERICA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 113 NORTH AMERICA PUBLIC SAFETYSATELLITE NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 114 NORTH AMERICA PUBLIC SAFETY SATELLITE NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 115 NORTH AMERICA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 116 NORTH AMERICA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 117 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION) 

TABLE 118 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION) 

TABLE 119 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS 2007-2011 (USD MILLION) 

TABLE 120 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY DEPARTMENTS 2012-2017 (USD MILLION) 

TABLE 121 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 122 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 123 EMEA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING , BY TYPE 2007-2011 (USD MILLION) 

TABLE 124 EMEA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING FORECAST , BY TYPE 2012-2017 (USD MILLION) 

TABLE 125 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 126 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2007-2011 (USD MILLION) 

TABLE 127 EMEA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 128 EMEA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 129 EMEA PUBLIC SAFETYSATELLITE NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 130 EMEA PUBLIC SAFETY SATELLITE NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION)   

TABLE 131 EMEA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 132 EMEA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 133 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION) 

TABLE 134 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION) 

TABLE 135 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS 2007-2011 (USD MILLION) 

TABLE 136 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY DEPARTMENTS 2012-2017 (USD MILLION) 

TABLE 137 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 138 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 139 LATIN AMERICA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY MARKET SPENDING , BY TYPE 2007-2011 (USD MILLION) 

TABLE 140 LATIN AMERICA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY MARKET SPENDING FORECAST , BY TYPE 2012-2017 (USD MILLION) 

TABLE 141 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 142 LATIN AMERICA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2007-2011 (USD MILLION) 

TABLE 143 LATIN AMERICA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 144 LATIN AMERICA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 145 LATIN AMERICA PUBLIC SAFETY SATELLITE NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 146 LATIN AMERICA PUBLIC SAFETY SATELLITE NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 147 LATIN AMERICA PUBLIC SAFETY WIRELESS TERRESTRIAL NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 148 LATIN AMERICA PUBLIC SAFETY WIRELESS TERRESTRIAL NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 149 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION) 

TABLE 150 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION) 

TABLE 151 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS 2007-2011 (USD MILLION) 

TABLE 152 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY DEPARTMENTS 2012-2017 (USD MILLION) 

TABLE 153 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION) 

TABLE 154 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION) 

TABLE 155 ASIA-PACIFIC PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING , BY TYPE 2007-2011 (USD MILLION) 

TABLE 156 ASIA-PACIFIC PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING FORECAST , BY TYPE 2012-2017 (USD MILLION) 

TABLE 157 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 158 ASIA PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2007-2011 (USD MILLION) 

TABLE 159 ASIA-PACIFIC PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 160 ASIA-PACIFIC PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 161 ASIA-PACIFIC PUBLIC SAFETYSATELLITE NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 162 ASIA-PACIFIC PUBLIC SAFETY SATELLITE NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 163 ASIA-PACIFIC PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION) 

TABLE 164 ASIA-PACIFIC PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION) 

TABLE 165 ALCATEL-LUCENT: REVENUE, BY GEOGRAPHY (USD BILLION) 

TABLE 166 ALCATEL-LUCENT: REVENUE, BY SEGMENTS (USD BILLION) 

TABLE 167 ALCATEL-LUCENT: R&D EXPENDITURE (USD BILLION) 

TABLE 168 CISCO REVENUE SHARE BY SEGMENT

TABLE 169 CISCO PRODUCT REVENUE SHARE BY GEOGRAPHY (USD  MILLION ) 

TABLE 170 CISCO PRODUCT REVENUE SHARE BY SEGMENT (USD  MILLION) 

TABLE 171 CISCO R&D EXPENDITURE (USD  MILLION) 

TABLE 172 ERICSSON: REVENUE BY SEGMENTS (USD BILLION) 

TABLE 173 ERICSSON: SALES PER REGION AND SEGMENT (USD BILLION) 

TABLE 174 ERICSSON: R&D EXPENDITURE (USD BILLION) 

TABLE 175 MOTOROLA SOLUTIONS: REVENUE, BY SEGMENT (USD BILLION) 

TABLE 176 MOTOROLA SOLUTIONS: R&D EXPENDITURE (USD BILLION) 

TABLE 177 NOKIA SIEMENS NETWORKS: REVENUE, BY SEGMENT (USD BILLION) 

TABLE 178 NOKIA SIEMENS NETWORKS: R&D EXPENDITURE (USD BILLION) 

 

The market for public safety wireless communication and municipal wireless communication has rose to prominence in the past few years. Outdoor wireless networks provide a number of compelling benefits to cities and allow them to extend a number of services to citizens on a larger scale with improved efficiency. Outdoor wireless networks can also help cities in achieving a wide array of goals, including improved public safety, encouragement to tourism, and advanced economic development. Furthermore, connecting outdoors with wireless networks also present many advantages over wired networks, including low cost of wireless networks, ubiquity, and flexibility of using the same device for indoor use as well as outdoor use.

The report studies the different aspects of the Asia Pacific market for public safety wireless communication and municipal wireless communications. Each of the segments of the market is analyzed from a regional standpoint, but the implications of the global market on the Asia Pacific market are also studied.

The report relies on a number of primary and secondary research techniques and uses industry-best analytical methods to derive the most insightful market data and statistics from the information gathered. With this information, the report proves to be a valuable asset for business strategists, managers, decision makers, and all individuals who are interested in the market.

Overview of the Global Public Safety Wireless Communication and Municipal Wireless Communication Market

As the trend of wireless outdoor networks increases across the globe, the market for public safety and municipal wireless communication will gain momentum across the globe. Currently, many cities across developed countries already have outdoor wireless networks that cover nearly 100% of the city’s outdoors. Taking inspiration from these examples, many developing countries in the Asia Pacific region are also steadily moving towards an era of connected outdoor networks.

From a global perspective, while North America held a 50.3% share in the global public safety wireless communication spending in 2011, the Asia pacific market is expected to expand at the fastest pace between 2012 and 2017. Asia Pacific countries spent more than US$2 bn on public safety wireless communications systems in 2011.

Global Public Safety Wireless Communication and Municipal Wireless Communication Market: Drivers

The market for public safety and municipal wireless communication is being driven by factors such as increased government initiatives for the installation of public safety applications, and the numerous benefits of such networks, which include improved coordination, real-time transfer of information, improved mobility, and improved coordination between various elements of a city.

Many developing countries in Asia Pacific are also leading adopters of public safety and municipal wireless communication networks owing to rising GDPs and the improving standard of living of the population.

Global Public Safety Wireless Communication and Municipal Wireless Communication Market: Restraints

The major restraints faced by the Asia Pacific public safety and municipal wireless communication market include the lack of interoperable devices, spectrum competition for resources within key wireless network providers, and lack of substantial funds for installing these networks on a wide scale.

This report gives you access to decisive data such as:

  • Market growth drivers 
  • Factors limiting market growth
  • Current market trends 
  • Market structure
  • Market projections for the coming years 

Key highlights of this report

  • Overview of key market forces propelling and restraining market growth 
  • Up-to-date analyses of market trends and technological improvements 
  • Pin-point analyses of market competition dynamics to offer you a competitive edge
  • An analysis of strategies of major competitors 
  • An array of graphics and SWOT analysis of major industry segments 
  • Detailed analyses of industry trends
  • A well-defined technological growth map with an impact-analysis 
  • Offers a clear understanding of the competitive landscape and key product segments


 
 
Back To Top