LTE For Critical Communication Market Research Report- Global Forecast till 2027

Global LTE for Critical Communication Market Information: By Component (Hardware, Software, Solution), Technology (Digital Mobile Radio, Terrestrial Trunked Radio (TETRA), P25), Application (IT & Telecommunication, Government, Utilities) - Forecast till 2027

ID: MRFR/ICT/3298-HCR | February 2021 | Region: Global | 100 pages

LTE For Critical Communication Market Overview:
LTE refers to the long-term evolution which is much more advanced than 3G. It is because of the LTE that enables coexistence and roaming with less battery power drawn. LTE for the critical communication market has solutions that offer and to end reliability for real-time video. In addition to this, LTE For Critical Communication Market works for the most demanding critical communication to public safety organizations. LTE companies assure that new network functionality and services internet driving with multi-vendor networks have been provided.  It is said that LTE for critical communications solutions has also incorporated Nokia corporation that is expanding in all the new services with VI trust critical communication portfolio.

It is estimated that the CAGR of 17% is forecasted between the period of 2017-2023 in addition to this LTE For Critical Communication Market is expected to generate a market revenue of proximity USD 13 by the end of the 2023 year.

LTE For Critical Communication Market COVID 19 Analysis:
As per the growing coronavirus situation, not much harm has been made to LTE  for the critical market. LTE for critical communication market revenue has not faced much threat. Also, the LTE for critical communication market growth seems to stagnate. Although new approaches and advancements can't be made due to the current situation. But just as we know communication can never stop even at times like pandemics. Cellular networks are important and have helped during these tough times. Helplines can provide theoretical knowledge to rural areas people who suffer from coronavirus. Helplines and guidelines are being directed through cell phones. This is of immense importance. LTE for the critical communication market is expected to resume things back to normal by the year 2022. If the vaccination process has begun it is easy to tell that the population is much safer than the risk of death.

LTE For Critical Communication Market Dynamics Drivers:
LTE communication market in the global markets has made tremendous growth and there is much driving force which increases the LTE for critical communication market demand. Other reasons that are included are TETRA and 4G technology which is projected to boost the market growth of LTE.  It is the growing demand due to LTE for critical communication needed for various purposes such as protection of public disaster relief and many more. Public safety increases as a factor so do its drive to increase the market  The zeal to ensure unit work functionality and internet services with the multi-vendor network generates most of the demands for public safety.

Opportunities:
LTE for critical communication market in the global market is growing tremendously There are various important cities of food for further increasing growth of LTE for critical communication market size These opportunities include an increase in the demand for TETRA and forged technology projects, as well as there, are integrations of the TETRA - LTE is the solution. Also, opportunities stand in the public protection disaster relief, etc. Unfortunately, it presented innovative mobile broadband solutions for business-critical communications. Market to lower bandwidth and fewer redundancies requirements are expected to shut down.

Restraints:
LTE 4 critical communication market in the global market is going tremendously There are various restraints or hindrances offered in the part of LTE for critical communication analysis performing fewer redundancies, low bandwidth less is the requirement for communication in critical situations.

Value Chain Analysis:
LTE for the critical communication market has various benefits such as hardware software and solutions. It doesn't close into digital mobile radio, healthy advanced radio in addition to visitors used in 1830 communication government and defense horoscope transportation utilities oil and gas and many others in addition to this various advancements are made for voice status, textile location and video transmission for public safety.

LTE For Critical Communication Market Segmentation:
The LTE for the critical communication market in the global market has been divided into various segments based on component, technology, end-users, and region.

Based On The Component:
The LTE for critical communication market in the global market has been divided based on components into hardware, software, and solutions.

Based On The Technology:
The LTE for critical communication market in the global market has been divided based on technology into digital mobile radio, LTE-Advanced, terrestrial trunked radio (TETRA), P25, and others.

Based On The End-Users:
The LTE for critical communication market in the global market has been divided based on end-users into IT & telecommunication, government & defense, aerospace, transportation, utilities, oil & gas, and others.

Based On The Region:
The LTE for critical communication marketing has been divided based on region into North America, Europe, Asia Pacific, and the rest of the world.

LTE For Critical Communication Market Regional Analysis:
The LTE for critical communication market in the global market system is divided based on region into Asia Pacific, North America, Europe, and the rest of the world. North America is estimated to hold the largest LTE for critical communication market share. This is estimated through the LTE for critical communication market analysis. The reason why North America leads is due to its future requirements for voice, status, text, location, picture, and video transmission for public safety. Hence there is LTE for critical communication market demand. It is believed that in the forthcoming period LTE for critical communication market growth will increase. On the other hand in the regions of Asia Pacific countries like China, Japan, India. They are slowly emerging in the LTE market. These are the markets that are thought to provide LTE for critical communication market opportunities. It is estimated that these regions will show the highest CAGR in the upcoming year.

Competitive Landscape:
The most prominent major key players in the LTE for critical communication market in the global market are as follows:


  • Sepura plc. (U.K)

  • Rohill Technologies B.V. (The Netherlands)

  • Samsung Group (South Korea)

  • Nokia Corporation (Finland)

  • Teltronic S.A. (Spain)

  • Softail Ltd. (Israel)

  • Qualcomm Technologies Inc. (U.S) Ericsson (Sweden)

  • Motorola Inc. (U.S)

  • Telstra Corporation Ltd (Australia)

  • and Huawei Technologies Co. Ltd. (China)


These most prominent major key players in the LTE for critical communication market in the global market use various strategies to cater to the increasing need of the customer. They use various policies and strategies like establishing a joint venture, developing the new production process, collaborations, innovation in the existing product, mergers, and acquisitions, expansion of business, and partnership. These tactics and techniques can help them increase their user base in the worldwide market.

Report Overview:
The global LTE for critical communication market research report consists of the following elements:


  • Market Overview

  • COVID 19 Analysis

  • Market Dynamics

  • Value Chain Analysis

  • Market Segmentation

  • Regional Analysis

  • Competitive Landscape

  • Intended audience


This global LTE for critical communication market research report consists of the factors that drive the LTE for critical communication market in the global market along with the factors that restrict the LTE for critical communication market in the global market. This report also contains various growth opportunities in the LTE for critical communication market in the global market during the forecasted period. The impact of COVID 19 on the LTE for the critical communication market is also estimated. The future growth rate of the LTE for the critical communication market in the global market is mentioned

Intended Audience:
The intended audience for the LTE for the critical communication market are as follows-


  • LTE for critical communication companies

  • LTE for critical communication providers

  • LTE for critical communication distributors

  • Research organizations

  • Professional service providers

  • LTE for critical communication service providers

  • Research and development companies

  • Market research and consulting firms

  • Solution providers

  • Technology standards organizations

  • Technology investors

  • System integrators



Report Scope:
Report Attribute/Metric Details
  Market Size   USD 13 Billion (2023)
  CAGR   17% (2017-2023)
  Base Year   2019
  Forecast Period   2020-2027
  Historical Data   2018
  Forecast Units   Value (USD Billion)
  Report Coverage   Revenue Forecast, Competitive Landscape, Growth Factors, and Trends
  Segments Covered   By Component, Technology
  Geographies Covered   North America, Europe, Asia-Pacific, and Rest of the World (RoW)
  Key Vendors   Sepura plc. (U.K), Rohill Technologies B.V. (The Netherlands), Samsung Group (South Korea), Nokia Corporation (Finland), Teltronic S.A. (Spain), Softil Ltd. (Israel), Qualcomm Technologies Inc. (U.S), Ericsson (Sweden), Motorola, Inc. (U.S), Telstra Corporation Ltd (Australia) and Huawei Technologies Co. Ltd. (China).
  Key Market Opportunities   The increasing demand for TETRA and 4G technology is projected to boost the market growth of LTE for critical communication over the forecast period.
  Key Market Drivers   The growing demand for critical communication for various purposes such as public protection, and disaster relief is expected to drive the growth of the LTE for critical communication solution in the market owing to low bandwidth and less redundancies requirement for the communication in critical situations.


Frequently Asked Questions (FAQ) :


The companies such as Nokia Corporation (Finland), Samsung Group (South Korea), Teltronic S.A. (Spain), Rohill (Netherlands), Sepura plc. (U.K), are the important providers of LTE for critical communication solution.

The swelling demand for TETRA and 4G technology is actually boosting the market growth of LTE for critical communication during the forecast period.

The segments such as component, technology, end users are included in the segmental analysis.

Asia Pacific, North America, Europe and Rest of the World.

The market is going to expand during the period of 2017-2023.

LTE for critical communication in the global is growing tremendously There are various important cities of food for further increasing growth of LTE for critical communication business These opportunities include an increase in the demand for TETRA and forged technology projects, as well as there, are integrations of the TETRA - LTE is the solution.

TABLE OF CONTENTS
1 MARKET INTRODUCTION

1.1 INTRODUCTION

1.2 SCOPE OF STUDY

1.2.1 RESEARCH OBJECTIVE

1.2.2 ASSUMPTIONS

1.2.3 LIMITATIONS

1.3 MARKET STRUCTURE
2 RESEARCH METHODOLOGY

2.1 RESEARCH HETEROGENEOUS NETWORK

2.2 PRIMARY RESEARCH

2.3 SECONDARY RESEARCH

2.4 FORECAST MODEL

2.4.1 MARKET DATA COLLECTION, ANALYSIS & FORECAST

2.4.2 MARKET SIZE ESTIMATION
3 MARKET DYNAMICS

3.1 INTRODUCTION

3.2 MARKET DRIVERS

3.3 MARKET CHALLENGES

3.4 MARKET OPPORTUNITIES

3.5 MARKET RESTRAINTS
4 EXECUTIVE SUMMARY
5. MARKET FACTOR ANALYSIS

5.1 PORTER’S FIVE FORCES ANALYSIS

5.2 SUPPLY CHAIN ANALYSIS
6 GLOBAL LTE FOR CRITICAL COMMUNICATION MARKET, BY SEGMENTS

6.1 INTRODUCTION

6.2 MARKET STATISTICS

6.2.1 BY COMPONENT

6.2.1.1 HARDWARE

6.2.1.2 SOFTWARE

6.2.1.3 SOLUTIONS
6.2.2 BY TECHNOLOGY

6.2.2.1 TERRESTRIAL TRUNKED RADIO

6.2.2.2 P25

6.2.2.3 LTE-ADVANCED

6.2.2.4 DIGITAL MOBILE RADIO

6.2.2.5 OTHERS

6.2.3 BY APPLICATION

6.2.3.1 IT & TELECOMMUNICATION

6.2.3.2 AEROSPACE

6.2.3.3 TRANSPORTATION

6.2.3.4 UTILITIES

6.2.3.5 OIL & GAS

6.2.3.6 GOVERNMENT & DEFENSE

6.2.3.7 OTHERS

6.2.4 BY REGION

6.2.4.1 NORTH AMERICA

6.2.4.1.1 U.S.

6.2.4.1.2 CANADA

6.2.4.1.3 MEXICO

6.2.4.2 EUROPE

6.2.4.2.1 U.K.

6.2.4.2.2 GERMANY

6.2.4.2.3 FRANCE

6.2.4.2.4 ITALY

6.2.4.2.5 REST OF THE EUROPE

6.2.4.3 ASIA PACIFIC

6.2.4.3.1 CHINA

6.2.4.3.2 JAPAN

6.2.4.3.3 SOUTH KOREA

6.2.4.3.4 INDIA

6.2.4.3.5 REST OF THE ASIA PACIFIC

6.2.4.4 REST OF THE WORLD
7 COMPETITIVE ANALYSIS

7.1 MARKET SHARE ANALYSIS

7.2 COMPANY PROFILES

7.2.1 SEPURA PLC (U.K)

7.2.2 ROHILL (NETHERLANDS),

7.2.3 SAMSUNG GROUP (SOUTH KOREA),

7.2.4 NOKIA CORPORATION (FINLAND),

7.2.5 TELTRONIC S.A. (SPAIN),

7.2.6 SOFTIL LTD. (ISRAEL),

7.2.7 QUALCOMM TECHNOLOGIES INC. (U.S),

7.2.8 ERICSSON (SWEDEN),

7.2.9 MOTOROLA, INC. (U.S),

7.2.10 TELSTRA CORPORATION LTD (AUSTRALIA)

7.2.11 OTHERS
LIST OF TABLES
TABLE 1 LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 2 LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 3 LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 4 LTE FOR CRITICAL COMMUNICATION MARKET, BY REGION

TABLE 5 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 6 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 7 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 8 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 9 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 10 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 11 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 12 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 13 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 14 MEXICO LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 15 MEXICO LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 16 MEXICO LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 17 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 18 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 19 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 20 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 21 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 22 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 23 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 24 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 25 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 26 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 27 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 28 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 29 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 30 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 31 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 32 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 33 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 34 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 35 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 36 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 37 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 38 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 39 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 40 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 41 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 42 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 43 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 44 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 45 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 46 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 47 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 48 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 49 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 50 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 51 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 52 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

TABLE 53 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT

TABLE 54 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY

TABLE 55 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION

LIST OF FIGURES
FIGURE 1 RESEARCH COMPONENT

FIGURE 2 LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 3 LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 4 LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 5 LTE FOR CRITICAL COMMUNICATION MARKET, BY REGION (%)

FIGURE 6 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 7 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 8 NORTH AMERICA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 9 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 10 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 11 U.S. LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 12 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 13 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 14 CANADA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 15 MEXICO LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 16 MEXICO LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 17 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 18 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 19 EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 20 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 21 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 22 U.K. LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 23 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 24 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 25 GERMANY LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 26 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 27 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 28 FRANCE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 29 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 30 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 31 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY DELIVERY MODEL (%)

FIGURE 32 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY ORGANIZATION SIZE (%)

FIGURE 33 ITALY LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 34 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 35 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 36 REST OF EUROPE LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 37 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 38 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 39 ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 40 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 41 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 42 CHINA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 43 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 44 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 45 JAPAN LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 46 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 47 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 48 SOUTH KOREA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 49 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 50 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 51 INDIA LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 52 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 53 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 54 REST OF ASIA PACIFIC LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)

FIGURE 55 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY COMPONENT (%)

FIGURE 56 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY TECHNOLOGY (%)

FIGURE 57 REST OF WORLD LTE FOR CRITICAL COMMUNICATION MARKET, BY APPLICATION (%)