Market Research Reports

EMEA Public safety Wireless communication & Municipal Wireless Communication Market: Spending Analysis & Forecast (2007 - 2017)

82pages
Published Date: 2011-12-12
 

Description




Technologies which are transforming the public safety domain in EMEA include Wi-Fi and WiMAX, mesh networking and RFID. The permanent autonomous organization Public Safety Communication Europe Forum (PSCE) is aiming at the safety of citizens during crisis and emergency situations and improving provision of public safety communications with proper information management systems. 

Collaborations with public and private partners is taking place to achieve the goal of driving the deployment, development and operation of wireless service applications and corresponding networks in an urban area and to fulfill the overall strategic goals of public safety organizations and municipalities.

Wireless broadband technology is evolving at a fast pace due to its application in almost every field whether transportation, public safety, industrial usage, or in public services. The governments in EMEA are showing interest to know how wireless broadband is being used for public safety as well as considering if there is an increase in the need to access various applications through wireless broadband across borders.

In EMEA the spectrums of public safety are used in many applications due to limited spectrum availability in the network.  Berlin has launched the project ‘Wireless City Berlin’ (WCB) which is supported by the European Regional Development Fund (ERDF). This is an example of a public safety initiative project. Infrastructure development and services market are expected to show huge growth rate in the next seven years which will help in future growth of wireless communications in public safety and municipal wireless communication.

To improve communication about public safety and information related to latest developments there is huge opportunity for growth of wireless communication in public safety and municipal wireless communication.

The public safety devices and equipment market is expected to grow in the next three years where the infrastructure deployment growth will provide a strong background to the development of wireless technologies. This increase in wireless technology has future growth opportunities in public safety and municipal wireless communication.

Table of Contents




Table Of Content

CHAPTER 1 EXECUTIVE SUMMARY  


CHAPTER 2 GLOBAL MARKET OVERVIEW

2.1 PUBLIC SAFETY WIRELESS COMMUNICATION MARKET DRIVERS
2.1.1 GOVERNMENT INITIATIVE FOR PUBLIC SAFETY APPLICATION
2.1.2 COST REDUCTION FOR TRAVELLING
2.1.3 IMPROVED COORDINATION
2.1.4 REAL TIME INFORMATION TRANSFER
2.1.5 REACH AND MOBILITY
2.2 RESTRAINT IN PUBLIC SAFETY
2.2.1 LACK OF INTEROPERABLE DEVICES
2.2.2 LACK OF AVAILABLE FUNDS
2.2.3 DETERIORATION OF EXISTING PUBLIC SAFETY SYSTEM
2.2.4 NATURE OF PUBLIC SAFETY RESPONSE CHANGES OVER TIME
2.2.5 SPECTRUM COMPETITION FOR RESOURCES
2.3 OPPORTUNITIES IN PUBLIC SAFETY
2.3.1 GROWTH OF MODERN CELLULAR INDUSTRY WITH LEGACY OF LMR DEVICES
2.3.2 NEXT GENERATION PUBLIC SAFETY COMMUNICATION SYSTEMS
2.3.3 SAVING ON DEVICES AND INFRASTRUCTURE
2.4 IMPACT ANALYSIS
2.4.1 PUBLIC SAFETY WIRELESS COMMUNICATION DRO’S IMPACT
2.5 EVOLUTION OF MUNICIPAL WIRELESS
2.6 MUNICIPAL WIRELESS COMMUNICATION DRIVERS
2.6.1 MOBILITY OF USER
2.6.2 AVAILABILITY OF WI-FI TECHNOLOGY
2.6.3 BROADBAND EVOLUTION
2.6.4 THE COST OF A WIRELESS DATA BIT
2.6.5 UBIQUITY OF IP ACCESS
2.6.6 WIRELESS SPECTRUM AVAILABILITY
2.6.7 PUBLIC SAFETY AND MORE EFFICIENT CITY GOVERNMENT
2.6.8 COMMERCIAL INTERNET ACCESS TO VISITORS
2.7 RESTRAINTS IN MUNICIPAL WIRELESS
2.7.1 COST
2.7.2 IMPACT ON EXISTING CUSTOMER
2.7.3 FEAR OF POLITICAL BACKLASH
2.7.4 INSUFFICIENT COVERAGE
2.7.5 BANDWIDTH ALLOCATION
2.8 OPPORTUNITY IN MUNICIPAL WIRELESS
2.8.1 PRIMARY GOALS OF MUNICIPALITY WILL BE COMPLETED WITHIN THE TIME SPAN
2.8.2 RESOURCE- CRITICAL DATA ACCESS TO FIRST RESPONDERS
2.8.3 MULTIPLE STAKEHOLDERS IN PLANNING PROCESS
2.8.4 ADVERTISEMENT BASED NETWORKS
2.8.5 LOWER CRIME RATES
2.9 MUNICIPAL WIDE WIRELESS COMMUNICATION DRO’S IMPACT

CHAPTER 3 ANALYSIS OF CURRENT MARKET

3.1 WIRELESS BROADBAND ADOPTION
3.1.1 PUBLIC SAFETY SERVICE
3.1.2 MUNICIPAL WIDE WIRELESS COMMUNICATION SERVICES
3.2 TOP TEN PLAYER ANALYSIS
3.2.1 WIRELESS TECHNOLOGY PLAYERSAROUND THE GLOBE
3.2.2 WIRELESS TECHNOLOGY PLAYERS IN PUBLIC SAFETY AND MUNICIPAL WIRELESS COMMUNICATION

CHAPTER 4 EMEA

4.1 CHALLENGES BY EUROPEAN PUBLIC SAFETY ORGANIZATIONS
4.2 OPPORTUNITIES FOR EMEA
4.3 DEVELOPMENTS IN EMEA
4.3.1 BERLIN
4.3.2 SOUTH MORAVIA
4.4 PUBLIC SAFETY RADIO COMMUNICATION IN EUROPE IN 2011
4.5 GROWTH OPPORTUNITY FOR WIRELESS TECHNOLOGY IN EMEA
4.6 ECONOMIC ISSUES WITH WIRELESS TECHNOLOGY
4.7 ISSUES IN EUROPEAN COMMUNICATION
4.8 EMEA GOVERNMENTS’ PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING & FORCAST
4.9 EMEA PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST
4.10 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING & FORECAST
4.10.1 EMEA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY MARKET SPENDING & FORECAST
4.10.1.1 EMEA Public safety wireless communication network Spending & Forecast
4.10.1.2 EMEA Public safety wireless data network Spending & Forecast
4.10.1.2.1 EMEA Public safety satellite network Spending & Forecast
4.10.1.2.2 EMEA Public safety wireless terrestrial network Spending & Forecast

FIG. 1 WIRELESS CAPACITY GROWTH IN PUBLIC SAFETY
FIG. 2 INTEROPERABILITY DEVICES IN PUBLIC SAFETY
FIG. 3 MAINTENANCE AND OPERATION OF NEW WIRELESS TECHNOLOGY
FIG. 4 LMR SYSTEMS PROVIDE
FIG. 5 NEXT GENERATION PUBLIC SAFETY SYSTEMS
FIG. 6 BENEFITS OF USING LTE
FIG. 7 IMPACT OF DRIVERS IN PUBLIC SAFETY
FIG. 8 IMPACT OF RESTRAINTS IN PUBLIC SAFETY
FIG. 9 IMPACT OF OPPURTUNITIES IN PUBLIC SAFETY
FIG. 10 BENEFITS OF WI-FI TECHNOLOGY
FIG. 11 BROADBAND EVOLUTION
FIG. 12 WIRELESS DATA BIT WITH TECHNOLOGY EVOLUTION
FIG. 13 IMPACT OF DRIVERS IN MUNICIPAL WIRELESS COMMUNICATION
FIG. 14 IMPACT OF RESTRAINTS IN MUNICIPAL WIRELESS COMMUNICATION
FIG. 15 IMPACT OF OPPURTUNITIES IN MUNICIPAL WIRELESS COMMUNICATION
FIG. 16 SYSTEM ASSESSMENT OF WT ADOPTION IN PUBLIC SAFETY SERVICES
FIG. 17 NETWORK ASSESSMENT OF WT ADOPTION IN PUBLIC SAFETY SERVICES
FIG. 18 SYSTEM ASSESSMENT OF WT ADOPTION IN MUNICIPAL WIRELESS SERVICES
FIG. 19 NETWORK ASSESSMENT OF WT ADOPTION IN MUNICIPAL WIRELESS SERVICES
FIG. 20 ANALYSIS OF PLAYERS ON THE BASIS OF PERFORMANCE AND GROWTH
FIG. 21 ANALYSIS OF PLAYERS ON THE BASIS OF PERFORMANCE AND GROWTH
FIG. 22 MUNICIPAL WIRELESS INITIATIVE

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 SETTING IN MUNICIPAL WIRELESS
TABLE 4 MUNICIPAL WIRELESS COMMUNICATION MARKET SPENDING, BY GEOGRAPHY 2007 – 2011 (USD MILLION)
TABLE 5 MUNICIPAL WIRELESS COMMUNICATION MARKET SPENDING FORECAST, BY GEOGRAPHY 2007 – 2011 (USD MILLION)
TABLE 6 WIRELESS FREQUENCY AND SPECTRUM
TABLE 7 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL 2007-2011 (USD MILLION)
TABLE 8 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE LEVEL 2012-2017 (USD MILLION)
TABLE 9 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS 2007-2011 (USD MILLION)
TABLE 10 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY DEPARTMENTS 2012-2017 (USD MILLION)
TABLE 11 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011 (USD MILLION)
TABLE 12 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY SEGMENT 2012-2017 (USD MILLION)
TABLE 13 EMEA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING , BY TYPE 2007-2011 (USD MILLION)
TABLE 14 EMEA PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY SPENDING FORECAST , BY TYPE 2012-2017 (USD MILLION)
TABLE 15 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION)
TABLE 16 EMEA PUBLIC SAFETY WIRELESS COMMUNICATION NETWORK SPENDING FORECAST, BY TYPE 2007-2011 (USD MILLION)
TABLE 17 EMEA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION)
TABLE 18 EMEA PUBLIC SAFETY WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION)
TABLE 19 EMEA PUBLIC SAFETYSATELLITE NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION)
TABLE 20 EMEA PUBLIC SAFETY SATELLITE NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION)
TABLE 21 EMEA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING, BY TYPE 2007-2011 (USD MILLION)
TABLE 22 EMEA PUBLIC SAFETY TERRESTRIAL WIRELESS DATA NETWORK SPENDING FORECAST, BY TYPE 2012-2017 (USD MILLION)

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