IISC Develops Indigenous Gallium Nitride Power Switch
POWER & RENEWABLE ENERGY

IISC Develops Indigenous Gallium Nitride Power Switch

A team of researchers at the Indian Institute of Science (IISC) has made a significant stride in power technology by developing a fully indigenous Gallium Nitride (GaN) power switch. This breakthrough marks a crucial milestone in India's efforts to advance its semiconductor industry and reduce reliance on imports.

The GaN power switch, known for its efficiency and high-frequency capabilities, has the potential to revolutionize various sectors, including power electronics, renewable energy, and telecommunications.

The IISC team's achievement showcases the prowess of Indian scientists and engineers in cutting-edge technology development. By harnessing GaN's superior properties, this innovation promises to enhance the efficiency of power conversion systems, reducing energy wastage and environmental impact.

Additionally, it could lead to the creation of more compact and lightweight electronic devices, benefitting consumers and industries alike. This development aligns with India's broader goals of achieving self-sufficiency in advanced technologies and fostering innovation.

It paves the way for the country to become a global player in the semiconductor industry. With this indigenous GaN power switch, India takes a significant step towards a sustainable and technologically advanced future.

A team of researchers at the Indian Institute of Science (IISC) has made a significant stride in power technology by developing a fully indigenous Gallium Nitride (GaN) power switch. This breakthrough marks a crucial milestone in India's efforts to advance its semiconductor industry and reduce reliance on imports. The GaN power switch, known for its efficiency and high-frequency capabilities, has the potential to revolutionize various sectors, including power electronics, renewable energy, and telecommunications. The IISC team's achievement showcases the prowess of Indian scientists and engineers in cutting-edge technology development. By harnessing GaN's superior properties, this innovation promises to enhance the efficiency of power conversion systems, reducing energy wastage and environmental impact. Additionally, it could lead to the creation of more compact and lightweight electronic devices, benefitting consumers and industries alike. This development aligns with India's broader goals of achieving self-sufficiency in advanced technologies and fostering innovation. It paves the way for the country to become a global player in the semiconductor industry. With this indigenous GaN power switch, India takes a significant step towards a sustainable and technologically advanced future.

Next Story
Technology

Atlas Copco Unveils Innovation Centre in Pune for Smart Manufacturing

Atlas Copco Tools has inaugurated its first Smart Factory Innovation Centre in India, a cutting-edge facility in Pune designed to showcase advanced technologies powering Smart Integrated Assembly ecosystems. The centre will serve as a hub for businesses across automotive, aerospace, electronics, heavy machinery, and manufacturing sectors to explore automation and smart manufacturing solutions for zero-defect production.The Innovation Centre offers hands-on demonstrations of the latest torquing and dispensing technologies, highlighting software-driven solutions that optimize efficiency, enhance..

Next Story
Resources

Elite Elevators Unveils India’s First Fully Customizable Home Elevator

Elite Elevators, a leader in the premium home lift segment, has launched Elite Elevators Bespoke—India’s first fully customizable luxury home elevator. The launch event, held at the company’s Chennai headquarters, showcased how the new offering redefines residential mobility by integrating state-of-the-art technology with personalized design.Speaking on the launch, Vimal Babu, Founder and CEO, Elite Elevators, said, “At Elite Elevators, our mission has always been to revolutionize home mobility with world-class innovations. Through its enhanced customizable features, our Bespoke elevat..

Next Story
Real Estate

Under-Construction Homes Now Costlier Than Ready-to-Move Properties

Under-construction (UC) homes are now more expensive than ready-to-move (RTM) properties across major Indian metros, according to the latest insights from Magicbricks.In Delhi, UC homes are priced at Rs 25,921 per sq. ft., surpassing RTM properties at Rs 18,698 per sq. ft. Similarly, in Gurugram, UC homes cost Rs 17,185 per sq. ft., compared to Rs 14,617 per sq. ft. for RTM properties.Mumbai, India’s costliest real estate market, has also seen a sharp rise, with UC home prices soaring 33.4 per cent Y-o-Y in Q1 2025 to Rs 32,371 per sq. ft., while RTM properties stand at Rs 28,935 per sq. ft...

Advertisement

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

Advertisement

Talk to us?