Global Compound Semiconductor Market: Overview
Compound semiconductor materials are naturally occurring and can be formed by combining elements from two different groups in the periodic table. They can be synthesized by using deposition technologies. They possess unique properties such as high operational temperatures, enhanced frequency, and high band gap. Compound semiconductor materials also possess high current and voltage requirements distant from the ability to generate microwave signals. These properties make them distinct from other compound semiconductors such as Si and Ge and offer numerous advantages in industrial applications.
Global Compound Semiconductor Market: Growth Factors
The use of the GaN in smart grid and limitations faced by silicon semiconductors may offer ample growth opportunities in the global compound semiconductor market. Whereas, consistency of products and improvements in quality are key strategies adopted by the manufacturers, which is anticipated to foster the global market growth. Compound semiconductor materials are driven by the wireless technologies and optoelectronics devices. Optoelectronic devices have the high demand for compound semiconductors across the world. Increasing penetration of the wireless devices and mobile is the key factor driving the global market. However, compatibility issues with regards to high-end materials such as silicon may hinder the global market to some extent.
Global Compound Semiconductor Market: Segmentation
The global compound semiconductor market is fragmented based on type as III-V compound semiconductors, II-VI compound semiconductors market, sapphire, IV-IV compound semiconductors market, and others. III-V compound semiconductors are further sub-segmented as indium antimonide, gallium phosphide, indium phosphide, gallium nitride, and gallium arsenide. Based on products the global market is classified as diodes and rectifiers, power semiconductor, integrated circuits, and transistors. Diodes and rectifiers are further sub-segmented as a Schottky diode, PIN diode, and the zener diode. Moreover, the global compound semiconductor market is segregated on the basis of applications, the global market is segmented as medical applications, consumer electronics applications, industrial, power, solar, and wind applications, ICT sector, automotive, and aerospace and defense applications. Of these, industrial, power, solar, and wind applications are further sub-segmented as motor drives, smart grid, photovoltaic inverters, and wind turbines and wind power systems. Furthermore, the global compound semiconductor market is divided based on technology as atomic layer deposition, molecular beam epitaxy, liquid phase epitaxy, metal organic chemical vapor deposition, ammonothermal, and chemical vapor deposition.
Global Compound Semiconductor Market: Regional Analysis
Asia Pacific is the leading region in the global market for widespread applications of GaN electronics and gallium nitride in automotive electronics, which may drive the global market growth. Escalating demand for photovoltaics, wireless communication, and optoelectronics devices is the major driving factor of the global market in this region. Moreover, Japan is the leading region for the compound semiconductor. Evolution of GaAs compliant technology and products in this region is projected to contribute to the growth of the global compound semiconductor market in future.
Global Compound Semiconductor Market: Competitive Players
Key players dominating the global compound semiconductor market are LM Ericsson Telefon AB, International Quantum Epitaxy PLC, Taiwan Semiconductor Manufacturing Company Ltd., Cree Inc., and Freescale Semiconductor Inc.
Global Compound Semiconductor Market: Regional Segment Analysis
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