Cyient Unveils India's First GaN Power ICs for AI, E-mobility

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AuthorAnanya Iyer|Published at:
Cyient Unveils India's First GaN Power ICs for AI, E-mobility
Overview

Cyient Ltd, through its Cyient Semiconductors division, has unveiled India's first Gallium Nitride (GaN) power IC family, developed in collaboration with Navitas Semiconductor. The portfolio of seven 650V power ICs targets high-growth sectors like AI data centers, telecommunications, and e-mobility, with sampling expected by June 2026. This move marks a significant entry into the advanced semiconductor components market and aims to boost domestic manufacturing capabilities.

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India's First GaN Power ICs Launched

Cyient Ltd, through its Cyient Semiconductors division, has launched India's first Gallium Nitride (GaN) power IC family. This new portfolio consists of seven 650V power integrated circuits (ICs) developed in collaboration with Navitas Semiconductor, a global leader in GaN technology.

The products are designed for high-growth sectors, including AI data centers, telecommunications, and electric mobility (e-mobility). Initial product sampling is expected to begin by June 2026.

Strategic Significance for India and Cyient

This launch marks a significant step in advancing India's semiconductor manufacturing capabilities, supporting the 'Make in India' initiative. It positions the country to compete in the high-value GaN semiconductor market and aligns with global demands for more efficient electronics in next-generation technologies.

Cyient's partnership with Navitas not only brings advanced GaN technology to India but also aims to serve as a second source for Navitas devices. This collaboration strengthens Cyient's ambition to enter the critical high-performance power semiconductor market and enhances its role as a technology solutions provider.

Key Impacts of the Launch

With this release, Cyient enters the commercial GaN power semiconductor market with its proprietary product family. The company is set to access key high-growth markets driven by AI, 5G, and EV trends. This initiative also opens avenues for future domestic manufacturing of GaN power devices in India, provided the necessary ecosystem is developed.

Potential Challenges Ahead

The success of establishing domestic manufacturing for GaN power devices in India will heavily rely on ecosystem development and market scaling. Furthermore, forward-looking statements regarding sampling and future production carry inherent risks, including potential economic shifts and regulatory changes.

Competitive Landscape

Global leaders such as Navitas Semiconductor and Wolfspeed Inc. currently dominate the GaN technology sector. In India, while companies like Dixon Technologies are prominent in electronics manufacturing services (EMS), Cyient's focus is on higher-value semiconductor design and component integration. Semiconductor Complex Ltd (SCL) represents India's existing, though less advanced, indigenous semiconductor manufacturing effort.

What to Monitor

Key developments to watch include the progress of sampling the first GaN power products by June 2026. Attention will also be on Cyient's partnerships with local Outsourced Semiconductor Assembly and Test (OSAT) providers for portfolio expansion. Tracking the company's efforts alongside the ecosystem's readiness for domestic GaN power device manufacturing will be important.

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