In 2015, APAC dominated the global voltage supervisor ICs market, with countries such as China, Taiwan, South Korea, and Japan being the major revenue contributors in the region. It was followed by EMEA and the Americas. The demand for voltage supervisor ICs in the computer hardware, automotive, consumer electronics, and communication sectors will increase in emerging regions such as APAC during the forecast period.The global voltage supervisor ICs market is driven by factors such as increasing demand for energy-efficient devices. A dramatic rise in the cost of energy and increased consumption worldwide has forced consumers to save energy and devise methods to minimize environmental effects caused by carbon emissions. This has increased the demand for power-saving electronic products in the market, leading to the demand for voltage supervisor ICs.

PART 01: Executive summary 5

PART 02: Scope of the report 15

Market overview 15

Top-vendor offerings 17

PART 03: Market research methodology 21

Research methodology 21

Economic indicators 21

PART 04: Introduction 22

Key market highlights 22

PART 05: Market landscape 25

Semiconductor industry overview 25

Voltage supervisor ICs market overview 26

Market size and forecast 27

Five forces analysis 30

PART 06: Market segmentation by end-user 31

Voltage supervisor ICs market: Communication 33

Voltage supervisor ICs market: Computing

applications 34

Voltage supervisor ICs market: Consumer electronics 35

Voltage supervisor ICs market: Automotive 36

Voltage supervisor ICs market: Industrial 37

PART 07: Geographical segmentation 39

Voltage supervisor ICs market in APAC 40

Voltage supervisor ICs market in EMEA 41

Voltage supervisor ICs market in Americas 42

PART 08: Market drivers 44

Increasing demand for energy-efficient devices 44

Rise in urbanization worldwide 44

Growth in smart home and smart grid technology 45

PART 09: Impact of drivers 46

PART 10: Market challenges 47

Increased complexity of IC design 47

Reduction in board space and miniaturization of

electronic devices 47

Cyclical nature of semiconductor industry 48

PART 11: Impact of drivers and challenges 49

PART 12: Market trends 50

Emergence of advanced consumer products 50

Automation in automobiles 50

Emergence of IoT 50

Development of smart cities 51

PART 13: Vendor landscape 54

Competitive scenario 54

Key vendors 54

Other prominent vendors 59

PART 14: Explore Technavio 60