#India #Hyderabad #Cyient Semiconductors #GaN Power ICs #Navitas Technology

Cyient Semiconductors Unveils India's First GaN Power IC Family

Cyient Semiconductors Private Limited has launched an innovative range of gallium nitride (GaN) power devices tailored for the Indian market. This marks a significant milestone for the company and India's semiconductor industry as a whole. The newly introduced family of seven products is based on cutting-edge GaN technology developed in collaboration with Navitas Semiconductor, a leader in the field.

This launch signifies Cyient Semiconductors' foray into commercializing GaN solutions, aiming to cater to the increasing demand for high-performance and energy-efficient power applications. The features of the new GaN power devices make them ideal for various applications, including AI data centers, telecommunications, consumer fast charging, industrial power systems, and e-mobility platforms.

The partnership between Cyient and Navitas, announced in December of last year, allows customers within India to benefit from locally available GaN power solutions. This collaboration aims to provide better supply assurance and support local sourcing initiatives, reinforcing the domestic semiconductor ecosystem. By leveraging Navitas' proven technology, Cyient is uniquely positioned to accelerate the adoption of GaN solutions across diverse markets.

GaN semiconductors are gaining traction due to their superior performance compared to traditional silicon devices. With higher switching speeds and lower conduction losses, these semiconductors promise enhanced thermal efficiency. Consequently, users can expect reduced power losses, smaller system sizes, and improved overall system performance.

The initial range of GaN devices introduces products rated up to 650V, targeting various power applications, such as:

• - Consumer USB-PD chargers
• - Laptop and mobile adapters
• - AC-DC power supplies
• - Power systems for AI data centers and telecommunications
• - E-mobility charging platforms

Cyient's vision extends beyond just launching the initial product line. The company has plans to broaden its GaN offerings by forming strategic partnerships with local systems-on-a-chip (OSATs). This progressive strategy aims at establishing domestic manufacturing capabilities for GaN devices, aligning with India’s goals of boosting local manufacturing and technology participation.

The newly launched GaN solutions come in user-friendly DPAK packages, integrating drive, control, and protection functionalities alongside current sensing and EMI management. Such design choices not only streamline system integration but also address key concerns among Indian customers who prioritize swift development timelines, reliability, and energy efficiency.

Suman Narayan, CEO of Cyient Semiconductors, stated, “With this launch, we are stepping into the high-performance power semiconductor domain. Our roadmap for future expansions is robust, and we believe this initiative will expedite the introduction of next-gen power applications.” He emphasized that the GaN power ICs lay a vital foundation for a comprehensive portfolio aimed at meeting the growing needs for power efficiency in industrial, consumer, and e-mobility markets.

Chris Allexandre, President and CEO of Navitas, highlighted the strategic relevance of India in their growth strategy. He mentioned, “This launch significantly enhances our ability to build a strong local supply chain and manufacturing footprint in support of the Indian government's initiatives like 'Make in India.' The partnership ensures robust support for our customers as we drive towards GaN product enablement.”

The anticipated products are expected to begin sampling by June 2026, with potential customers encouraged to contact Cyient Semiconductors for datasheets, samples, and technical assistance.

In summary, Cyient Semiconductors is paving the way for innovation in India’s semiconductor landscape. By introducing these GaN power ICs, they not only elevate their own offerings but also contribute significantly to the country's aspiration for self-reliance in technology and manufacturing.