Cyient Launches India’s First GaN Power IC Family Leveraging Navitas Technology

Why It Matters

The launch accelerates India’s shift toward indigenous high‑performance power semiconductors, reducing reliance on imports and bolstering the Make‑in‑India agenda. It also gives manufacturers faster access to GaN’s efficiency gains, crucial for emerging AI and electric‑vehicle markets.

Key Takeaways

• Cyient launches seven GaN power ICs up to 650 V for Indian market
• Devices integrate drive, control, protection, EMI management in DPAK packages
• Partnership gives local supply assurance and second sourcing for Navitas GaN parts
• Portfolio targets AI data centers, telecom, fast charging, industrial, e‑mobility
• Plan to localize GaN manufacturing through OSAT collaborations under Make‑in‑India

Pulse Analysis

Gallium‑nitride is reshaping power electronics by delivering higher efficiency and power density than traditional silicon, enabling smaller, lighter converters that waste less energy. Global demand for GaN has surged, driven by data‑center scaling, 5G rollout, and electric‑vehicle charging infrastructure. While most suppliers are based in the United States, Europe, or Taiwan, India’s semiconductor ecosystem has lagged, relying heavily on imports for advanced power devices. The new GaNFast‑based portfolio from Cyient marks a strategic inflection point, positioning the country to capture a share of this fast‑growing market.

Cyient’s seven‑device family combines drive, control, protection and EMI mitigation in a single DPAK package, simplifying board design and shortening time‑to‑market for OEMs. By licensing Navitas’s proven GaN technology and acting as a second source, Cyient offers Indian customers a locally supported alternative to overseas parts, mitigating supply‑chain risks highlighted by recent geopolitical tensions. The devices’ 650 V rating covers a broad spectrum—from USB‑PD fast chargers to high‑power AI server adapters—addressing the efficiency bottlenecks that have limited the rollout of next‑generation infrastructure.

Looking ahead, Cyient plans to partner with domestic OSATs to fabricate GaN chips within India, aligning with the government’s Make‑in‑India initiative and the semiconductor‑manufacturing incentive scheme. Indigenous production could lower costs, improve component availability, and attract further investment in design talent. As AI workloads and electric‑mobility demand ever‑higher power conversion efficiency, early adopters of Cyient’s GaN solutions stand to gain competitive advantage, while the broader Indian ecosystem moves closer to self‑sufficiency in high‑performance semiconductors.