The global scarcity of semiconductors has delayed the manufacture of everything from smartphones and game consoles to refrigerators and microwaves. Although experts predict that the industry will take months to recover, the shortfall permanently alters consumer electronics.
Despite the industry’s long-standing reliance on silicon, chip scarcity enables the development of smaller, more energy-efficient, and environmentally friendly electronic gadgets. Gallium nitride (GaN), which has several advantages over silicon chips in terms of production speed and ease, is being used by more businesses.
Growth Factors of Gallium Nitride Semiconductors
Gallium nitride is the top contender for enhancing electronic performance and reactivating Moore’s Law’s positive momentum. It is already commonly known that GaN can conduct electrons over a billion times more effectively than silicon while also being produced cheaper than silicon.
GaN is becoming more popular as a replacement for silicon, which is running out of gas. Fortunately, the price to make a GaN device is naturally lesser than the cost of making a MOSFET device.
Meanwhile GaN devices are made using conventional silicon manufacturing techniques in the same factories that already make conventional silicon semiconductors, the resultant devices are substantially smaller for the same functional performance.
GaN devices usually cost less to create than their silicon equivalents because the individual devices are significantly smaller than silicon devices and can be made in far more significant quantities per wafer. The cost disparity widens even further as GaN technology advances. The gallium nitride semiconductor devices market will hit $72,813.1 million by 2030.
GaN Semiconductor Demand Will Increase Due to Defense and Aerospace
GaN semiconductor devices are increasingly used in the defence and aerospace sectors to enhance data transfer and execution efficiency in radars, communications, and the armed forces.
The widespread usage of GaN ICs in radars makes real-time air traffic surveillance, efficient navigation, and collision resistance policies possible. These semiconductors are also commonly employed in terrestrial radios and military jammers.
Why Use of GaN in Commercial Applications is Growing
The industry’s growth will be driven by the rising demand for power semiconductors and energy-efficient GaN components in wired communications. Providers of internet services are primarily focused on employing optical cables to provide high capacity and low latency networks in the telecommunications industry.
GaN semiconductor devices are increasingly used in the commercial sector due to the GaN-based semiconductors’ ability to provide higher power efficiency at a cheaper rate.
Power ICs Is Leading the Market
The largest share in the gallium nitride semiconductor devices market is attributable to the power IC category, and it is anticipated that it will continue to hold this position for the foreseeable future.
Due to its capabilities, such as collision avoidance, effective navigation, and air traffic management, GaN-based power ICs are becoming increasingly necessary. Additionally, leading manufacturers are putting a lot of effort into improving power ICs for use in telecom and automotive applications, boosting their demand.
