Cyient Semiconductors Launches India's First GaN Power IC Family Leveraging Navitas Technology
Cyient Semiconductors Private Limited has launched seven GaN power ICs developed using Navitas Semiconductor's technology, marking India's first commercial GaN power IC family. The 700V-rated devices in DPAK packages target AI data centers, e-mobility, telecom, and consumer fast charging, with sampling expected to begin by June 2026. The launch builds on a strategic collaboration announced in December 2025, with plans to expand the portfolio through local OSAT partnerships and domestic manufacturing over time.
*this image is generated using AI for illustrative purposes only.
Cyient Semiconductors Private Limited has announced the launch of seven new gallium nitride (GaN) power devices for the Indian market, developed using Navitas Semiconductor's industry-leading GaN technology. The launch marks Cyient Semiconductors' first commercial GaN product family and a major milestone in advancing India's domestic power semiconductor ecosystem. The new portfolio targets emerging applications across Edge AI Computing and E-Mobility, and is designed to address growing demand for high-efficiency, high-power-density solutions across AI data centers, telecommunications, consumer fast charging, industrial power systems, and e-mobility platforms.
Strategic Collaboration with Navitas Semiconductor
Building on a strategic collaboration announced in December 2025, the partnership enables customers in India to access commercially available GaN power solutions with enhanced local support, supply assurance, and alignment with emerging domestic sourcing initiatives. Under the agreement, Cyient Semiconductors will license Navitas's proven GaN technology for use in India, accelerating the adoption of high-performance GaN solutions across a broad range of markets. In addition, Cyient Semiconductors will serve as a second source for select Navitas GaN devices already in mass production, strengthening supply chain resilience.
Technical Advantages of GaN Power Semiconductors
Compared to traditional silicon devices, GaN power semiconductors offer several performance benefits that make them attractive for next-generation power applications:
- Significantly higher switching speeds
- Lower conduction losses
- Improved thermal efficiency
- Reduced power losses and smaller solution size
- Simplified thermal management and increased overall system performance
The initial GaN portfolio targets power applications up to 650V, including consumer USB-PD chargers, laptop and mobile adapters, AC-DC power supplies, AI data center and telecommunications power systems, and e-mobility charging platforms.
Product Portfolio: Seven GaN Power ICs
The first wave of products includes seven highly integrated GaN power devices in easy-to-assemble DPAK packages, combining drive, control, and protection functions with integrated EMI management and current sensing. The following table outlines the complete product lineup:
| Product Code: | Specifications |
|---|---|
| CYPG6148CQ | GaN 700V 120mOhm DPAK with driver (QR Topologies) |
| CYPG6148CP | GaN 700V 120mOhm DPAK with driver (PFC/HS Topologies) |
| CYPG6146CQ | GaN 700V 170mOhm DPAK with driver (QR Topologies) |
| CYPG6146CP | GaN 700V 170mOhm DPAK with driver (PFC/HS Topologies) |
| CYPG6145CQ | GaN 700V 210mOhm DPAK with driver (QR Topologies) |
| CYPG6144CQ | GaN 700V 260mOhm DPAK with driver (QR Topologies) |
| CYPG6143CQ | GaN 700V 330mOhm DPAK with driver (QR Topologies) |
This level of integration is designed to simplify system design and ease adoption, addressing a critical intersection point for customers in India that prioritize faster time-to-market, high reliability, and system-level efficiency.
Leadership Commentary
Suman Narayan, CEO, Cyient Semiconductors, stated, "With this launch, Cyient Semiconductors is introducing its first family of GaN power ICs, marking our entry into high-performance power semiconductors with a strong roadmap for expansion. Built on Navitas' proven GaN platform, these highly integrated devices are designed to accelerate adoption and support next-generation power applications. This represents the foundation of a broader GaN portfolio that will address the growing power and efficiency demands of AI infrastructure, industrial systems, consumer power, and e-mobility applications."
Chris Allexandre, President and CEO of Navitas Semiconductor, said, "India is a key market in Navitas's high growth, high power strategy with Navitas 2.0. This launch furthers our vision of a robust local supply chain and manufacturing in India for the government's 'Make in India' initiatives. The partnership with Cyient delivers a strong local support infrastructure for our customers as we pivot our India strategy to focus on GaN based product enablement and customer success."
Roadmap and Availability
Cyient Semiconductors plans to expand its GaN portfolio through partnerships with local OSATs. The licensing agreement with Navitas Semiconductor is intended to enable the domestic manufacturing of GaN power devices in India over time. This phased approach prioritizes ecosystem readiness and scale in the near term, while creating a pathway toward deeper technology participation and indigenous value creation. Cyient Semiconductors expects to begin sampling the first set of GaN power products by June 2026. Customers can contact Cyient Semiconductors directly for datasheets, samples, and technical support.
Historical Stock Returns for Cyient
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| -0.20% | +0.53% | +7.37% | -19.33% | -33.08% | +10.03% |
How will Cyient Semiconductors' GaN product launch impact India's competitive position against established Asian semiconductor manufacturers like those in Taiwan and South Korea in the power device market?
Which Indian OSAT (Outsourced Semiconductor Assembly and Test) partners is Cyient Semiconductors likely to collaborate with, and what timeline can be expected for achieving domestic GaN manufacturing under the 'Make in India' initiative?
Could Cyient Semiconductors' entry into GaN power devices attract further foreign semiconductor technology licensing deals, potentially accelerating India's broader semiconductor self-sufficiency roadmap beyond power ICs?


































