Global AIOT on MCUs Market Size, Share & Trends Analysis By MCU Type (8-bit, 16-bit, 32-bit), Technology (Machine Learning, Deep Learning), Component (Software, Hardware), Application (Industrial Automation, Agricultural AIOT), Architecture and by End-use, Region and Segment, Forecast, 2022 – 2028

Report ID - MRC_284 | Pages - 193 | Category - IT and Telecom

Global AIOT on MCUs Market Insights

The global AIOT on MCUs market garnered market revenue of USD 2,454.44 Million in 2020 and is expected to rise with a CAGR of 13.5% from 2021-2028. Rapid developments in AIoT across various sectors such as healthcare, retail management, transportation and logistics, and others are driven by the increasing demand of cutting-edge smart devices and related technological advancements. Companies gradually transforming from cloud-based AI to edge AI so as to reduce cost and delay and to enable real-time monitoring is anticipated to propel the demand for AIoT in MCU.

Microcontrollers are minute, self-contained computers arranged on a microchip. They allow connectivity and command in all the things that can be connected to the internet. AIOT based applications are being commonly found in smart appliances, security cameras and home management systems such as the thermostat. AIoT has also enabled the advancement of self-driving technology. In manufacturing sector, factories require several technical devices that require AIoT in order to optimize functionality. Thus, in future, AIoT based MCU are expected to have huge demand in various industries. Additionally, rapid development of 5G connectivity across the globe is estimated to boost the power of AI in IoT segment.

Region such as North America & Europe are early adopters of AI technology across various sectors such as healthcare and automotive among others. Also, the countries present within the region are advancing towards sustainable energy and smart home concepts to save natural resources such as power, water, and others. On the other hand, Asia Pacific is an emerging market for such technologies and has growing demand in many of the sectors such as pharmaceutical, energy & power, automotive, and others.

With the advent of Industry 4.0, industries are more focused on raising efficiency and production, which has been fuelling the demand for more advanced MCU to fulfill the requirements. To boost the manufacturing capacities, companies are implementing IoT in their plants capable of increasing production by errorless methods and proper analysis of input data. Such requirements are prompting the companies to implement AI-based IoTs that can perform the task seemingly. Moreover, IoT enabled with AI is helping businesses to increase operational efficiency by properly calculating the shared information is considered to be a driving factor for the growth of AIoT in industries. Furthermore, the implementation of AIoT in MCU is increasing the rate of performance of machines thus minimizing the rate of error is anticipated to be a key reason for adoption of AIoT in MCUs.

Standards are required to maintain product safety, ensure that products and materials are tailored to their intended use, promote product and service interoperability, enable commerce by reducing trade obstacles, and encourage a common understanding of a product. It is difficult to evaluate the relevance of standards for established markets for products and services, as well as for product and market development. In the development of today’s technologically evolved societies, standards have played a key role.

Covid Impact on AIOT on MCUs Market

The global pandemic has put several roadblocks for many industries to grow prosperously. As an outbreak of covid 19, most industries have been negatively impacted due to the lack of manpower, supply chain disruptions, shortage of vehicles, and strict government regulations with different state laws hold in the global pandemic. According to the survey of the International Monetary fund, the worldwide economy shrinked by 3.5% in 2020 as per the World Economic Outlook Report of April 2021. Additionally, semiconductor industry has been badly affected due to COVID-19 crisis. This industry is lacking owing to travel ban, less manpower, disruption in supply chain, and strict government rules of each country.

AIOT on MCUs Market Report Coverage

Global AIOT on MCUs Market is segmented by MCU Type, Technology, Application, Component, Architecture, and Region. by MCU type the market is segmented into 8-bit, 16-bit, 32-bit. By Technology, the market is segmented into Machine Learning, Deep Learning, Natural Language Processing, Computer Vision. By Application, the market is segmented into Industrial Automation, Agricultural AIOT, Healthcare, Remote Monitoring, Autonomous Vehicles. The report also covers the market size and forecasts for the Global AAIOT on MCUs Market in 19 countries across major regions.

Report AttributesReport Details
Study Timeline2015-2028
Market Size in 2028 (USD Million)6,379.67
CAGR (2022-2028)13.5%
By MCU Type8-bit,16-bit,32-bit
By TechnologyMachine Learning, Deep Learning, Natural Language Processing, Computer Vision
By ApplicationIndustrial Automation, Agricultural AIOT, Healthcare, Remote Monitoring, Autonomous Vehicles
By ComponentSoftware, Hardware
By ArchitectureARM, MIPS, X86
By GeographyNorth America: U.S., Canada, Mexico

Europe: Germany, France, U.K., Russia, Italy, Spain, BENELUX, Rest of Europe

Asia Pacific: China, Japan, India, South Korea, Australia, ASEAN, Rest of Asia Pacific

Latin America: Brazil, Argentina, Chile, Rest of Latin America

The Middle East and Africa: GCC, Turkey, Israel, Rest of MEA

Global AIOT on MCUs Market Segmental Analysis

Market Research Community provides extensive analysis of the size, share , major trends in each sub-segment of the AIOT on MCUs Market, along with forecasts at the global, regional and country level from 2022-2028.

Computer Vision to Acquire a Dominant Share in the AIOT on MCUs Market

The computer vision segment accounted for a market revenue of USD 844.54 million during the year 2020 of the MCU market. This segment is expected to grow at a CAGR of 10.9% during the forecast period to reach USD 1,824.18 million by 2028.

Computer vision, a domain of artificial intelligence, instructs computers to interpret and identify the visual world. Self-driven cars make sense of the environment with the help of computer vision. It uses digital images from videos and cameras and deep learning models, these machines can precisely identify and categorize objects responding to what they observe. For instance, computer vision allows self-driven cars to make sense of their surroundings. The cameras capture videos from several angles all around the car and cater it to computer vision software. It then processes the images in real-time to find the extremities of read traffic signs, detection of other cars, pedestrians and objects. Thus, a real-time implementation of computer vision that is being powered by MCU is driving its market growth which is ultimately increasing the demand for AIOT on MCU.

Global AIOT on MCUs Market Revenue (USD Million), by Computer Vision, 2015 – 2028

Global AIOT on MCUs Market Revenue (USD Million), by Computer Vision, 2015 – 2028

Industrial Automation Segment to Grab a Dominant Share in the AIOT on MCUs Market

The industrial automation segment accounted for a market revenue of USD 1,608.18 million during the year 2020 of the MCU market. This segment is expected to grow at a CAGR of 13.0% during the forecast period to reach USD 4,040.53 million by 2028.

The holistic approach of Artificial Intelligence of Things (AIoT) in industrial automation aims to increase the production processes involved in manufacturing, often through diminished deviations. Lesser deviations result in an improved system and machine performance, lower costs and less scrap, thus significantly producing more products of the utmost quality. As a result, the yield and profit of the company increase coupled with more customer satisfaction. Moreover, industrial automation itself is one of the most important application scenarios of Internet of Things technology. Sensory equipment layout at each joint of production collects information such as equipment status and raw material, which can significantly increase manufacturing efficiency, improve product quality, and reduce product cost and resource consumption.

Global AIOT on MCUs Market Revenue (USD Million), by Industrial Automation, 2015 – 2028

Global AIOT on MCUs Market Revenue (USD Million), by Industrial Automation, 2015 – 2028

ARM Segment to Acquire a Dominant Share in the AIOT on MCUs Industry

The ARM segment accounted for a market revenue of USD 1,583.42 million during the year 2020 of the MCU market. This segment is expected to grow at a CAGR of 14.9% during the forecast period to reach USD 4,523.41 million by 2028.

The ARM microcontroller known as Advanced RISC Machine is one of the most licensed and extensive processor cores globally. These processors are exclusively used in portable devices like mobile phones, home networking modules, wireless communication technologies, digital cameras, and other embedded systems owing to benefits, such as reasonable performance, low power consumption, and others. Moreover, Arm-based 32-bit microcontrollers (MCUs) offer high-performance MCUs and general-purpose MCUs. Furthermore, introduction of AI in IoT segment is anticipated to boost ARM segment owing to its multipurpose usage.

Global AIOT on MCUs Market Revenue (USD Million), by ARM, 2015 – 2028

Global AIOT on MCUs Market Revenue (USD Million), by ARM, 2015 – 2028

North America to Gather Significant Market Share in the AIOT on MCUs Market

North America accounts for the highest density of IoT devices than any other region across the globe. According to Stanford University published data, around 83 million IoT devices are estimated to be present across 16 million homes in North America. In addition, it is anticipated that around 66% of North American homes have at least of one IoT devices which is more than a quarter higher than global average of 40%. Moreover, 25% of North Americans have more than two IoT devices within their homes. The rising trend for utilization of IoT devices which are now being powered by AI for smart home usage is considered to be a key reason for market growth of AIoT. In addition, advancement in semiconductors industry and development of powerful MCU is supporting the growth of AIoT market segment in the North America regions.

U.S. AIoT on MCUs Market Revenue (USD Million), 2015 – 2028

U.S. AIoT on MCUs Market Revenue (USD Million), 2015 – 2028

The Global Agarose Market Competitive Landscape:

The Global Agarose Market study is relatively competitive, with a significant number of global and regional players. The key strategies adopted by these firms include product innovations, expansions, acquisitions and mergers.

Key players 

  • Espressif Systems
  • Texas Instruments
  • Microchip Technology
  • Broadcom Limited
  • NXP Semiconductors
  • Infineon Technologies
  • Fujitsu Ltd
  • STMicroelectronics
  • Renesas Electronics Corp.

A highly developed distribution network provides a competitive edge to the primary market players. Furthermore, players need to invent constantly, to grow in the market, due to the rapidly advancing consumer needs and choices.

Recent Developments

  • January 2022 – Infineon’s new generation of AURIX microcontrollers accelerates the electrification and digitalization of the car.
  • August 2021 – The company launched ESP-DL is a library for high-performance deep-learning resources. Developers can utilize SoCs for neural network inference easily and quickly. This product launch is for expanding innovation in MCUs to strengthen its customer base.
  • April 2020 – Infineon Technologies AG completed the acquisition of Cypress Semiconductor Corporation for to strengthen the business.
  • July 2020 – STMicroelectronics acquired BeSpoon & Riot Micro to further strengthen the wireless connectivity capabilities of STM32 microcontrollers.

Table of Content

Chapter 1 Introduction
1.1 Market Introduction
1.2 Market Research Methodology
1.2.1 Research Process
1.2.2 Primary Research
1.2.3 Secondary Research
1.2.4 Data Collection Technique
1.2.5 Data Sources
1.3 Market Estimation Methodology
1.3.1 Limitations of the Study
1.4 Picture of MCU for AIoT applications
1.5 Global AIOT on MCUs Market: Classification
1.6 Geographic Scope, By Revenue (2020)
1.7 Years Considered for the Study
1.8 Research Methodology in brief:
1.9 Parent Market Overview – Global MCU Market
1.10 Overall Mobile AIoT on MCU Regional Demand
1.11 Second Approach
1.12 Research Programs/Design
1.13 Market Breakdown and Data Triangulation Approach
1.14 Data Source
1.15 Secondary Sources
1.16 Primary Sources
1.17 Primary Interviews:
1.18 Average primary breakdown ratio

Chapter 2 Executive Summary
2.1 Business Trend
2.2 Regional Trend
2.3 Technology Trend
2.4 MCU Type Trend
2.5 Application Trend
2.6 Component Trend
2.7 Architecture Trend

Chapter 3 Market Dynamics
3.1 Drivers
3.1.1 Increasing industrial automation is driving the market growth for AIoT in MCUs.
3.1.2 Increasing role of AIoT across various sectors such as healthcare, retail management, transportation and logistics, and others
3.2 Restraints
3.2.1 Lack of investment by manufacturers owing to niche market
3.2.2 Rising data privacy and security concerns
3.3 Opportunities
3.3.1 Expansion of IoT in semiconductor industry will provide an opportunity for MCU market to grow in near future
3.3.2 Adoption and scaling of AI technology by semiconductor companies for MCU will provide an opportunity for the market to grow
3.3.3 Impact forces for market dynamics
3.3.4 Impact forces during the forecast years
3.4 Industry Value Chain
3.4.1 Upstream analysis
3.4.2 Downstream analysis
3.4.3 Distribution Channel
3.4.3.1 Direct Channel
3.4.3.2 Indirect Channel
3.5 Potential Customers
3.6 Key Technology Landscape
3.7 Regulatory Analysis
3.8 Porter’s Analysis
3.8.1 Supplier Power
3.8.2 Buyer Power
3.8.3 Substitution Threat
3.8.4 Threat from New Entry
3.8.5 Competitive Rivalry
3.9 PESTEL Analysis
3.9.1 Political Factors
3.9.2 Economic Factor
3.9.3 Social Factors
3.9.4 Technological Factor
3.9.5 Environmental Factors
3.9.6 Legal Factor
3.10 Covid-19 impact on Global economy
3.11 Covid-19 impact on AIOT on MCUs demand
3.12 Post-Covid Impact on AIOT on MCUs Market Demand

Chapter 4 Global AIOT on MCUs Market Analysis Forecast by Technology
4.1 Global AIOT on MCUs Segment by Technology
4.1.1 Global AIOT on MCUs Market Revenue Share (%), by Technology, 2020
4.1.2 Global AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
4.2 Global AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
4.2.1 Machine Learning
4.2.2 Deep Learning
4.2.3 Natural Language processing
4.2.4 Computer Vision

Chapter 5 Global AIOT on MCUs Market Analysis Forecast by MCU Type
5.1 Global AIOT on MCUs Segment by MCU Type
5.1.1 Global AIOT on MCUs Market Revenue Share (%), by MCU Type, 2020
5.1.2 Global AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
5.2 Global AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
5.2.1 8-bit
5.2.2 16-bit
5.2.3 32-bit

Chapter 6 Global AIOT on MCUs Market Analysis Forecast by Application
6.1 Global AIOT on MCUs Segment by Application
6.1.1 Global AIOT on MCUs Market Revenue Share (%), by Application, 2020
6.1.2 Global AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
6.2 Global AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
6.2.1 Industrial Automation
6.2.2 Agricultural AIOT
6.2.3 Healthcare
6.2.4 Remote Monitoring
6.2.5 Autonomous Vehicles

Chapter 7 Global AIOT on MCUs Market Analysis Forecast by Component
7.1 Global AIOT on MCUs Segment by Component
7.1.1 Global AIOT on MCUs Market Revenue Share (%), by Component, 2020
7.1.2 Global AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
7.2 Global AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
7.2.1 Hardware
7.2.2 Software

Chapter 8 Global AIOT on MCUs Market Analysis Forecast by Architecture
8.1 Global AIOT on MCUs Segment by Architecture
8.1.1 Global AIOT on MCUs Market Revenue Share (%), by Architecture, 2020
8.1.2 Global AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
8.2 Global AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
8.2.1 ARM
8.2.2 MIPS
8.2.3 X86

Chapter 9 Global AIoT on MCU Market by Players
9.1 Global AIoT on MCU Market Revenue Share (%): Competitive Analysis, 2020
9.1.1 Key strategies adopted by market players
9.1.2 Global AIoT on MCU Market Revenue (USD Million), By Manufacturer 2020
9.1.3 Global AIoT on MCU Market Revenue Share (%), By Manufacturer 2020
9.1.4 Global AIoT on MCU Market Player Positioning, By Manufacturer 2020
9.2 Global AIOT on MCUs Market: Recent Development

Chapter 10 AIOT on MCUs by Regions
10.1 Global AIOT on MCUs Market Overview, By Region
10.1.1 Global AIOT on MCUs Market Revenue, By region
10.2 Global AIOT on MCUs Market Revenue (USD Million), 2015- 2028
10.2.1 Global AIOT on MCUs Market Revenue Share (%) by Region, 2020
10.3 North America
10.3.1 North America AIOT on MCUs Market Revenue (USD Million), 2015-2028
10.4 Asia Pacific
10.4.1 APAC AIOT on MCUs Market Revenue (USD Million), 2015-2028
10.5 Europe
10.5.1 Europe AIOT on MCUs Market Revenue (USD Million), 2015-2028
10.6 Latin America
10.6.1 Latin America AIOT on MCUs Market Revenue (USD Million), 2015-2028
10.7 Middle East & Africa
10.7.1 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), 2015-2028

Chapter 11 North America
11.1 North America AIOT on MCUs Market Size by Countries
11.1.1 North America AIOT on MCUs Market Revenue (USD Million) by Countries (2015-2020)
11.1.2 North America AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
11.1.3 North America AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
11.1.4 North America AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
11.1.5 North America AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
11.1.7 North America AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
11.3 United States
11.3.1 U.S. AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
11.3.2 U.S. AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
11.3.3 U.S. AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
11.3.4 U.S. AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
11.3.6 U.S. AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028

Chapter 12 Europe
12.1 Europe AIOT on MCUs Market Size by Countries
12.1.1 Europe AIOT on MCUsMarket Revenue (USD Million) by Countries (2015-2020)
12.1.2 Europe AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.1.3 Europe AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.1.4 Europe AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.1.5 Europe AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.1.7 Europe AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
12.3 Germany
12.3.1 Germany AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.3.2 Germany AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.3.3 Germany AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.3.4 Germany AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.3.5 Germany AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
12.4 Italy
12.4.1 Italy AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.4.2 Italy AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.4.3 Italy AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.4.4 Italy AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.4.6 Italy AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
12.5 France
12.5.1 France AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.5.2 France AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.5.3 France AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.5.4 France AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.5.6 France AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
12.6 Spain
12.6.1 Spain AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.6.2 Spain AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.6.3 Spain AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.6.4 Spain AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.6.6 Spain AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
12.7 U.K.
12.7.1 U.K. AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
12.7.2 U.K. AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
12.7.3 U.K. AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
12.7.4 U.K. AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
12.7.6 U.K. AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028

Chapter 13 Asia Pacific
13.1 Asia Pacific AIOT on MCUs Market Size by Countries
13.1.1 Asia Pacific AIOT on MCUsMarket Revenue (USD Million) by Countries (2015-2020)
13.1.2 Asia Pacific AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
13.1.3 Asia Pacific AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
13.1.4 Asia Pacific AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
13.1.5 Asia Pacific AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
13.1.7 Asia Pacific AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
13.3 China
13.3.1 China AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
13.3.2 China AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
13.3.3 China AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
13.3.4 China AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
13.3.6 China AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
13.4 Japan
13.4.1 Japan AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
13.4.2 Japan AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
13.4.3 Japan AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
13.4.4 Japan AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
13.4.6 Japan AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
13.5 India
13.5.1 India AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
13.5.2 India AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
13.5.3 India AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
13.5.4 India AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
13.5.6 India AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
13.6 South Korea
13.6.1 South Korea AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
13.6.2 South Korea AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
13.6.3 South Korea AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
13.6.4 South Korea AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
13.6.6 South Korea AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028

Chapter 14 Latin America
14.1 Latin America AIOT on MCUs Market Size by Countries
14.1.1 Latin America AIOT on MCUsMarket Revenue (USD Million) by Countries (2015-2020)
14.1.2 Latin America AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
14.1.3 Latin America AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
14.1.4 Latin America AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
14.1.5 Latin America AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
14.1.7 Latin America AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
14.2 Brazil
14.2.1 Brazil AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
14.2.2 Brazil AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
14.2.3 Brazil AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
14.2.4 Brazil AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
14.2.6 Brazil AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028

Chapter 15 Middle East and Africa
15.1 Middle East & Africa AIOT on MCUs Market Size by Countries
15.1.1 Middle East & Africa AIOT on MCUsMarket Revenue (USD Million) by Countries (2015-2020)
15.1.2 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
15.1.3 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
15.1.4 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
15.1.5 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
15.1.7 Middle East & Africa AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
15.3 Turkey
15.3.1 Turkey AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
15.3.2 Turkey AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
15.3.3 Turkey AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
15.3.4 Turkey AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
15.3.6 Turkey AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028
15.4 Israel
15.4.1 Israel AIOT on MCUs Market Revenue (USD Million), by Technology, 2015 – 2028
15.4.2 Israel AIOT on MCUs Market Revenue (USD Million), by MCU Type, 2015 – 2028
15.4.3 Israel AIOT on MCUs Market Revenue (USD Million), by Application, 2015 – 2028
15.4.4 Israel AIOT on MCUs Market Revenue (USD Million), by Component, 2015 – 2028
15.4.6 Israel AIOT on MCUs Market Revenue (USD Million), by Architecture, 2015 – 2028

Chapter 16 Competitive Analysis
16.1 Espressif Systems
16.1.1 Business Overview
16.1.2 Espressif Systems Business Financials (USD Million)
16.1.3 Espressif Systems AIOT on MCUs Product Category, Type and Specification
16.1.4 Espressif Systems Main Business/Business Overview
16.1.5 Espressif Systems Recent Development
16.1.6 Espressif Systems Swot Analysis
16.2 Texas Instruments
16.2.1 Business Overview
16.2.2 Texas Instrument Business Financials (USD Million)
16.2.3 Texas Instruments AIOT on MCUs Product Category, Type and Specification
16.2.4 Texas Instruments Main Business/Business Overview
16.2.6 Texas Instruments Geographical Analysis
16.2.7 Texas Instrument Recent Development
16.2.1 Texas Instruments Swot Analysis
16.3 Microchip Technology
16.3.1 Business Overview
16.3.2 Microchip Technology Business Financials (USD Million)
16.3.4 Microchip Technology AIOT on MCUs Product Category, Type and Specification
16.3.5 Microchip Technology Main Business/Business Overview
16.3.6 Microchip Technology Recent Development
16.3.8 Microchip Technology Swot Analysis
16.4 Broadcom Limited
16.4.1 Business Overview
16.4.2 Broadcom Limited Business Financials (USD Million)
16.4.4 Broadcom Limited AIOT on MCUs Product Category, Type and Specification
16.4.5 Broadcom Limited Main Business/Business Overview
16.4.6 Broadcom Limited Geographical Analysis
16.4.7 Broadcom Limited Recent Development
16.4.9 Broadcom Limited Swot Analysis
16.5 NXP Semiconductors
16.5.1 Business Overview
16.5.2 NXP Semiconductors Business Financials (USD Million)
16.5.4 NXP Semiconductors AIOT on MCUs Product Category, Type and Specification
16.5.5 NXP Semiconductors Main Business/Business Overview
16.5.6 NXP Semiconductors Geographical Analysis
16.5.7 NXP Semiconductors Recent Development
16.5.2 NXP Semiconductors Swot Analysis
16.6 Infineon Technologies
16.6.1 Business Overview
16.6.2 Infineon Technologies Business Financials (USD Million)
16.6.3 Infineon Technologies AIOT on MCUs Product Category, Type and Specification
16.6.4 Infineon Technologies Main Business/Business Overview
16.6.5 Infineon Technologies Geographical Analysis
16.6.6 Infineon Technologies Recent Development
16.6.7 Infineon Technologies Swot Analysis
16.7 Fujitsu Ltd
16.7.1 Business Overview
16.7.2 Fujitsu Ltd Business Financials (USD Billion)
16.7.3 Fujitsu Ltd AIOT on MCUs Product Category, Type and Specification
16.7.4 Fujitsu Ltd Main Business/Business Overview
16.7.5 Fujitsu Ltd Geographical Analysis
16.7.6 Fujitsu Ltd Recent Development
16.7.7 Fujitsu Ltd Swot Analysis
16.8 STMicroelectronics
16.8.1 Business Overview
16.8.2 STMicroelectronics Business Financials (USD Million)
16.8.3 STMicroelectronics AIOT on MCUs Product Category, Type and Specification
16.8.4 STMicroelectronics Main Business/Business Overview
16.8.5 STMicroelectronics Geographical Analysis
16.8.6 STMicroelectronics Recent Development
16.8.7 STMicroelectronics Swot Analysis
16.9 Renesas
16.9.1 Business Overview
16.9.2 Renesas Business Financials (USD Billion)
16.9.3 Renesas Electronic Corp. AIOT on MCUs Product Category, Type and Specification
16.9.4 Renesas Main Business/Business Overview
16.9.5 Renesas Geographical Analysis
16.9.7 Renesas Electronic Corp. Recent Development
16.9.1 Renesas Swot Analysis

Chapter 17 Market Research Findings & Conclusion
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