AGNIT Semiconductors Raises USD 7.47M to Scale GaN Wafer Production

India's Only Homegrown GaN Wafer Maker Secures Growth Funding

AGNIT Semiconductors, founded in 2019 as a spinout from research conducted at the Indian Institute of Technology Gandhinagar, has closed a USD 7.47 million funding round from a group of investors including defence-sector venture capital, deep technology funds, and a government-linked semiconductor development body. The funding arrives as global demand for gallium nitride-based power and RF devices accelerates, driven by 5G infrastructure deployment, defence electronics modernisation, and the transition to wide-bandgap power devices in electric vehicles and industrial systems. AGNIT is currently the only Indian company with an active domestic GaN epitaxial wafer fabrication capability, giving it a strategic position that the Indian defence establishment and telecommunications sector are keen to strengthen.

GaN Technology and Why It Matters for India

Gallium nitride is a compound semiconductor that operates at higher voltages, temperatures, and frequencies than conventional silicon. In RF power amplifiers, GaN devices deliver significantly higher output power and efficiency, making them essential for phased array radar systems, electronic warfare platforms, and 5G millimetre-wave base stations. India currently imports virtually all of its GaN devices and wafers, creating supply chain vulnerability for defence programmes and increasing costs for telecom equipment manufacturers. AGNIT's ability to produce GaN epitaxial wafers domestically would reduce this dependency and create a foundation for a broader ecosystem of GaN device manufacturers and module integrators within India.

Production Targets and Capacity Expansion

AGNIT's current production capacity is limited to pilot-scale volumes sufficient for prototyping and small programme runs. The USD 7.47 million funding will support installation of additional MOCVD growth reactors, which are the capital-intensive equipment used to deposit GaN epitaxial layers on silicon or silicon carbide substrates. With the expanded capacity, AGNIT targets an annual production run rate of one lakh, or 100,000 GaN wafers, by 2028. At this scale, the company can support both prototype and early production quantities for Indian defence programmes while beginning to serve commercial customers in the 5G equipment and industrial power sectors.

Defence and Commercial Customer Pipeline

AGNIT has disclosed that it is engaged in qualification programmes with multiple Indian defence research organisations and a private sector defence electronics manufacturer. These qualification processes are multi-year and require demonstration of consistent wafer quality across electrical, structural, and thermal parameters. On the commercial side, the company is in early discussions with Indian telecom equipment integrators who assemble 5G base station hardware for domestic deployment. AGNIT's positioning as a strategic domestic supplier, rather than a commodity wafer vendor, should command premium pricing that supports its economics even at volumes below those of established Taiwanese and Japanese GaN wafer suppliers.