The development of the semiconductor manufacturing industry in Southeast Asian countries also varies greatly. According to CRI’s analysis, Singapore is an important semiconductor manufacturing base, and Micron, Infineon, Ge-Core, and UMC Electronics have set up several R&D or production plants in Singapore. In the remaining Southeast Asian countries, Malaysia, Thailand, Vietnam, the Philippines and Indonesia and other countries have a certain talent base, cheap and abundant labor resources, have become a hotbed of global chip manufacturers to invest in building factories. While Myanmar, Cambodia, Laos and Brunei and other countries semiconductor manufacturing industry almost no development.

Southeast Asia in this report includes 10 countries: Singapore, Thailand, Philippines, Malaysia, Indonesia, Vietnam, Myanmar, Brunei, Laos and Cambodia. With a total population of over 600 million by the end of 2021, Southeast Asia has an overall economic growth rate higher than the global average and is one of the key drivers of future global economic growth.

According to CRI’s analysis, the economic levels of the 10 Southeast Asian countries vary greatly, with Singapore being the only developed country with a per capita GDP of about US$73,000 in 2021. While Myanmar and Cambodia will have a GDP per capita of less than US$2,000 in 2021. The population and minimum wage levels also vary greatly from country to country, with Brunei, which has the smallest population, having a total population of less than 500,000 people in 2021, and Indonesia, which has the largest population, having a population of about 275 million people in 2021. The most economically advanced countries in Southeast Asia do not have a legal minimum wage, with the actual minimum wage exceeding US$400 per month (for foreign maids), while the lowest minimum wage level in Myanmar is only about US$93 per month.

Overall, in recent years, Southeast Asian governments actively improve the business environment, the introduction of various preferential policies and improve the quality of the workforce, to attract investment in semiconductor companies and promote the development of the country’s semiconductor manufacturing industry.

According to CRI forecast, the size of the semiconductor manufacturing industry in Southeast Asia will maintain growth from 2022-2032. Due to the global shortage of semiconductor chips, chip manufacturers will increase their production capacity to meet the demand for chips, and with the well-established and diversified semiconductor ecosystem in Southeast Asian countries, semiconductor manufacturing will gradually shift to Southeast Asia.

Topics covered:

• Southeast Asia Semiconductor Manufacturing Industry Status and Major Sources in 2018-2022
• What is the Impact of COVID-19 on Southeast Asia Semiconductor Manufacturing Industry?
• Which Companies are the Major Players in Southeast Asia Semiconductor Manufacturing Industry Market and What are their Competitive Benchmarks?
• Key Drivers and Market Opportunities in Southeast Asia Semiconductor Manufacturing Industry
• What are the Key Drivers, Challenges, and Opportunities for Southeast Asia Semiconductor Manufacturing Industry during 2023-2032?
• What is the Expected Revenue of Southeast Asia Semiconductor Manufacturing Industry during 2023-2032?
• What are the Strategies Adopted by the Key Players in the Market to Increase Their Market Share in the Industry?
• What are the Competitive Advantages of the Major Players in Southeast Asia Semiconductor Manufacturing Industry Market?
• Which Segment of Southeast Asia Semiconductor Manufacturing Industry is Expected to Dominate the Market in 2032?
• What are the Major Adverse Factors Facing Southeast Asia Semiconductor Manufacturing Industry?

Table of Contents

1 Analysis of the Semiconductor Manufacturing Industry in Singapore 

1.1 Singapore Semiconductor Manufacturing Industry Development Environment

1.1.1 Geography

1.1.2 Population

1.1.3 Economy

1.1.4 Singapore Manufacturing Minimum Wage

1.2 Singapore Semiconductor Manufacturing Industry Operation 2018-2022

1.2.1 Singapore Semiconductor Manufacturing Industry Production Status

1.2.2 Singapore Semiconductor Manufacturing Industry Sales Status

1.2.3 Singapore Semiconductor Manufacturing Industry Import and Export Status

1.3 Singapore Major Semiconductor Manufacturing Companies Analysis

2 Thailand Semiconductor Manufacturing Industry Analysis 

2.1 Thailand Semiconductor Manufacturing Industry Development Environment

2.1.1 Geography

2.1.2 Population

2.1.3 Economy

2.1.4 Minimum Wage of Thailand’s Manufacturing Industry

2.2 Thailand Semiconductor Manufacturing Industry Operation 2018-2022

2.2.1 Thailand Semiconductor Manufacturing Industry Production Status

2.2.2 Thailand Semiconductor Manufacturing Industry Sales Status

2.2.3 Thailand Semiconductor Manufacturing Industry Import and Export Status

2.3 Major Semiconductor Manufacturing Companies in Thailand

3 Analysis of the Semiconductor Manufacturing Industry in the Philippines 

3.1 Development Environment of the Semiconductor Manufacturing Industry in the Philippines

3.1.1 Geography

3.1.2 Population

3.1.3 Economy

3.1.4 Philippines Manufacturing Minimum Wage

3.2 Operation of Semiconductor Manufacturing Industry in the Philippines 2018-2022

3.2.1 Production Status of the Semiconductor Manufacturing Industry in the Philippines

3.2.2 Sales Status of Semiconductor Manufacturing Industry in Philippines

3.2.3 Philippine Semiconductor Manufacturing Industry Import and Export Status

3.3 Major Semiconductor Manufacturing Companies in Philippines

4 Malaysia Semiconductor Manufacturing Industry Analysis 

4.1 Malaysia Semiconductor Manufacturing Industry Development Environment

4.1.1 Geography

4.1.2 Population

4.1.3 Economy

4.1.4 Malaysia Manufacturing Minimum Wage

4.2 Malaysia Semiconductor Manufacturing Industry Operation 2018-2022

4.2.1 Malaysia Semiconductor Manufacturing Industry Production Status

4.2.2 Malaysia Semiconductor Manufacturing Industry Sales Status

4.2.3 Malaysia Semiconductor Manufacturing Industry Import and Export Status

4.3 Major Semiconductor Manufacturing Companies in Malaysia

5 Indonesia Semiconductor Manufacturing Industry Analysis 

5.1 Indonesia Semiconductor Manufacturing Industry Development Environment

5.1.1 Geography

5.1.2 Population

5.1.3 Economy

5.1.4 Indonesia Manufacturing Minimum Wage

5.2 Indonesia Semiconductor Manufacturing Industry Operation 2018-2022

5.2.1 Indonesia Semiconductor Manufacturing Industry Production Status

5.2.2 Indonesia Semiconductor Manufacturing Industry Sales Status

5.2.3 Indonesia Semiconductor Manufacturing Industry Import and Export Status

5.3 Major Semiconductor Manufacturing Companies in Indonesia

6 Vietnam Semiconductor Manufacturing Industry Analysis 

6.1 Vietnam Semiconductor Manufacturing Industry Development Environment

6.1.1 Geography

6.1.2 Population

6.1.3 Economy

6.1.4 Minimum Wage of Vietnam’s Manufacturing Industry

6.2 Operation of the Semiconductor Manufacturing Industry in Vietnam 2018-2022

6.2.1 Vietnam Semiconductor Manufacturing Industry Production Status

6.2.2 Vietnam Semiconductor Manufacturing Industry Sales Status

6.2.3 Import and Export Status of Vietnam Semiconductor Manufacturing Industry

6.3 Major Semiconductor Manufacturing Companies in Vietnam

7 Myanmar Semiconductor Manufacturing Industry Analysis 

7.1 Development Environment of Myanmar Semiconductor Manufacturing Industry

7.1.1 Geography

7.1.2 Population

7.1.3 Economy

7.1.4 Myanmar Manufacturing Minimum Wage

7.2 Myanmar Semiconductor Manufacturing Industry Operation 2018-2022

7.2.1 Myanmar Semiconductor Manufacturing Industry Production Status

7.2.2 Myanmar Semiconductor Manufacturing Industry Sales Status

7.2.3 Myanmar Semiconductor Manufacturing Industry Import and Export Status

7.3 Major Semiconductor Manufacturing Companies in Myanmar

8 Brunei Semiconductor Manufacturing Industry Analysis

8.1 Development Environment of Brunei Semiconductor Manufacturing Industry

8.1.1 Geography

8.1.2 Population

8.1.3 Economy

8.1.4 Brunei Manufacturing Minimum Wage

8.2 Brunei Semiconductor Manufacturing Industry Operation 2018-2022

8.2.1 Brunei Semiconductor Manufacturing Industry Production Status

8.2.2 Brunei Semiconductor Manufacturing Industry Sales Status

8.2.3 Import and Export Status of Brunei Semiconductor Manufacturing Industry

8.3 Brunei Major Manufacturing Companies

9 Laos Semiconductor Manufacturing Industry Analysis 

9.1 Development Environment of Laos Semiconductor Manufacturing Industry

9.1.1 Geography

9.1.2 Population

9.1.3 Economy

9.1.4 Minimum Wage of Manufacturing Industry in Laos

9.2 Operation of Semiconductor Manufacturing Industry in Laos 2018-2022

9.2.1 Laos Semiconductor Manufacturing Industry Production Status

9.2.2 Laos Semiconductor Manufacturing Industry Sales Status

9.2.3 Laos Semiconductor Manufacturing Industry Import and Export Status

9.3 Major Semiconductor Manufacturing Companies in Laos

10 Cambodia Semiconductor Manufacturing Industry Analysis 

10.1 Development Environment of Cambodia Semiconductor Manufacturing Industry

10.1.1 Geography

10.1.2 Population

10.1.3 Economy

10.1.4 Minimum Wage of Manufacturing Industry in Cambodia

10.2 Cambodia Semiconductor Manufacturing Industry Operation 2018-2022

10.2.1 Cambodia Semiconductor Manufacturing Industry Production Status

10.2.2 Cambodia Semiconductor Manufacturing Industry Sales Status

10.2.3 Cambodia Semiconductor Manufacturing Industry Import and Export Status

10.3 Major Semiconductor Manufacturing Companies in Cambodia

11 Southeast Asia Semiconductor Manufacturing Industry Outlook 2023-2032 

11.1 Southeast Asia Semiconductor Manufacturing Industry Development Impact Factors Analysis

11.1.1 Favorable Factors

11.1.2 Unfavorable Factors

11.2 Supply Forecast of Southeast Asia Semiconductor Manufacturing Industry 2023-2032

11.3 Southeast Asia Semiconductor Manufacturing Market Demand Forecast 2023-2032

11.4 Impact of COVID -19 Outbreak on Semiconductor Manufacturing Industry

The post Research Report on Southeast Asia Semiconductor Manufacturing Industry 2023-2032 first appeared on CRI Report.

MOSFET is an acronym for Metal Oxide Semiconductor Field Effect Transistor, also known as MOS, MOS transistor. The name “metal–oxide–semiconductor” (MOS) typically refers to a type of insulated-gate field-effect transistor that is fabricated by the controlled oxidation of a semiconductor, typically silicon.

It is a power semiconductor that is used as an electronic switch device to control the loads as per requirement. As the most basic electronic device, MOSFET has the characteristics of high frequency, voltage drive, and good resistance to breakdown. Its application covers power supplies, inverters, CPU and graphics cards, communications, consumer electronics, automotive electronics, industrial systems, and other fields.

In 2020, the revenue of global MOSFET Market revenue is about USD 8.6 billion, and CAGR from 2016 to 2020 is about 10%. In 2020, the sales value of China’s MOSFET industry was approximately CNY 24.5 billion, with an increase of approximately 25.7% year-on-year, which is the highest in the past five years.

The main reason is that the COVID-19 epidemic in 2020 has dealt a blow to MOSFET and its upstream market, resulting in a general increase in MOSFET prices by about 10% to 20%. Also, the development of new energy vehicles in China has stimulated the demand for MOSFET. From 2016 to 2020, MOSFET sales in China have increased year by year, with a CAGR of about 19%.

According to CRI’s analysis, the power semiconductor Market to which MOSFET belongs has developed vigorously in recent years, and sales of MOSFET have increased in the semiconductor market year by year due to the advantages of stability and efficiency.

However, Chinese MOSFET companies account for less than 40% of China’s MOSFET market due to technological backwardness and other reasons. Therefore, China’s MOSFET mainly relies on foreign-funded enterprises and imports.

In recent years, the main driving force for the growth of China’s MOSFET market has come from new energy vehicles, consumer electronics, industries, home appliances, aerospace, and other market segments. China is the world’s largest automobile producer and consumer.

Also, China is the world’s largest electronic product manufacturing base, and the world’s largest manufacturing OEM base. It is expected that China will remain the world’s largest MOSFET consumer market for a long time into the future and the market scale will continue to grow.

In 2020, the output of new energy vehicles (electric vehicles) reached 1.456 million, with an increase of approximately 22% year-on-year. With the rapid increase in China’s new energy vehicle production, the automotive sector has become an important driving force for the growth of China’s MOSFET market.

In addition, in recent years, as China’s labor costs continue to rise, the increase in the level of automation has become an inevitable choice for China’s manufacturing market. The growing demand of the Chinese market for industrial automation equipment, such as CNC machine tools and industrial robots, has stimulated the demand for MOSFET.

At the same time, with the rise of China’s informatization level, the Internet of things market is developing rapidly, and the demand for smart cities, smart logistics, industrial monitoring is constantly increasing. According to CRI’s research market, the scale of China’s Internet of things market reached about CNY 1.8 trillion in 2020. The demand for MOSFET in the Chinese Internet of things market is also rising rapidly.

Topics covered:
Status of global MOSFET Market
Chinese government’s supportive policies on MOSFET Market
Supply of MOSFET
Analysis of Market demand for MOSFET
Major MOSFET enterprises in China
Analysis of import and export of MOSFET in China
Threats and challenges to MOSFET Market
Prospect of MOSFET Market from 2021 to 2025
Impact of the Sino-U.S. trade war on MOSFET Market
Impact of COVID-19 on MOSFET Market

The post Investigation Report on Global and China’s MOSFET Market 2021-2025 first appeared on CRI Report.