Asia Pacific Public Safety Wireless Communication Information and Market Trend & Asia Pacific Municipal Wireless Communication: Spending Analysis & Forecast (2007 - 2017)
"Asia
Pacific Public Safety Wireless Communication Market & Asia
Pacific Municipal Wireless Communication Market: Spending Analysis &
Forecast (2007 - 2017)"
The Report covers current Industries Trends, Worldwide Analysis,
Global Forecast, Review, Share, Size, Growth, Effect.
Description-
The
Asia Pacific is on a steady rate growth as countries are in the
development stage so acceptance of the technology and market
penetration depends on the market growth of developed countries,
since they are still following the developed countries and in hand
trying to compete with them in technology and all perspective to have
an upper hand in technology. Hence there is the need for the
development for public safety and municipal wireless to act in hand
within the wireless broadband technologies.
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The
Asia Pacific needs to have good network design and equipment so that
the problems due to equipment sector experience and faulty network
designs will not result in long run depletion of technology and so
Asia Pacific is heavily investing in public safety wireless
communication and in municipal wireless for its long run
sustainability and growth in wireless domain.
In
Asia Pacific the spectrums of public safety are used in many
applications due to limited spectrum availability in the network. The
satellite communication is also taking a step forward and is
necessary in the times of disaster and emergencies where land
communication does not work since these FSS and MSS will help in
navigation and gathering of system information where land
communication does not work for public safety.
Asia
Pacific infrastructure development and services market are showing
huge growth rate in the next seven years. MNC’s are also providing
help in the technology advancements with private service providers
collaboration with local government agencies which will help in
future 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 when the infrastructure growth will give a strong
background in the next 2 years with the development of wireless
technologies. This increase in wireless technology has future growth
opportunities in public safety and municipal wireless communication.
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 ASIA-PACIFIC
4.1 CHALLENGES FACED BY ASIA PACIFIC
4.2 OPPORTUNITIES IN ASIA PACIFIC
4.3 DEVELOPMENTS IN ASIA PACIFIC
4.3.1 CHINA
4.3.2 NEW ZEALAND
4.3.3 JAPAN
4.3.3.1 Role of Emergency Response Team
4.4 COMMUNICATION IN ASIA PACIFIC
4.4.1 COVERAGE CHARACTERISTICS OF 700 MHZ
4.4.2 LTE NETWORK WILL BE CHEAPER
4.5 ASIA-PACIFIC GOVERNMENTS’ PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING & FORCAST
4.6 ASIA-PACIFIC PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST
4.7 ASIA-PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING & FORECAST
4.7.1 ASIA-PACIFIC PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY MARKET SPENDING & FORECAST
4.7.1.1 Asia-Pacific Public safety wireless communication network Spending & Forecast
4.7.1.2 Asia-Pacific Public safety wireless data network Spending & Forecast
4.7.1.2.1 Asia-Pacific Public safety satellite network Spending & Forecast
4.7.1.2.2 Asia-Pacific Public safety wireless terrestrial network Spending & Forecast
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 ASIA-PACIFIC
4.1 CHALLENGES FACED BY ASIA PACIFIC
4.2 OPPORTUNITIES IN ASIA PACIFIC
4.3 DEVELOPMENTS IN ASIA PACIFIC
4.3.1 CHINA
4.3.2 NEW ZEALAND
4.3.3 JAPAN
4.3.3.1 Role of Emergency Response Team
4.4 COMMUNICATION IN ASIA PACIFIC
4.4.1 COVERAGE CHARACTERISTICS OF 700 MHZ
4.4.2 LTE NETWORK WILL BE CHEAPER
4.5 ASIA-PACIFIC GOVERNMENTS’ PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING & FORCAST
4.6 ASIA-PACIFIC PUBLIC SAFETY DEPARTMENTS’ WIRELESS COMMUNICATION SPENDING & FORCAST
4.7 ASIA-PACIFIC PUBLIC SAFETY WIRELESS COMMUNICATION SEGMENT SPENDING & FORECAST
4.7.1 ASIA-PACIFIC PUBLIC SAFETY WIRELESS NETWORK TECHNOLOGY MARKET SPENDING & FORECAST
4.7.1.1 Asia-Pacific Public safety wireless communication network Spending & Forecast
4.7.1.2 Asia-Pacific Public safety wireless data network Spending & Forecast
4.7.1.2.1 Asia-Pacific Public safety satellite network Spending & Forecast
4.7.1.2.2 Asia-Pacific Public safety wireless terrestrial network Spending & Forecast
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 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 ASIA PACIFIC
PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY DEPARTMENTS
2007-2011 (USD MILLION)
TABLE 8 ASIA PACIFIC
PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY
DEPARTMENTS 2012-2017 (USD MILLION)
TABLE 9 ASIA PACIFIC
PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY GOVERNANCE LEVEL
2007-2011 (USD MILLION)
TABLE 10 ASIA PACIFIC
PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING FORECAST, BY GOVERNANCE
LEVEL 2012-2017 (USD MILLION)
TABLE 11 ASIA PACIFIC
PUBLIC SAFETY WIRELESS COMMUNICATION SPENDING, BY SEGMENT 2007-2011
(USD MILLION)
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