Agnit Semiconductor CEO Hareesh Chandrashekar explores how gallium nitride and compound semiconductors are helping India build core technology IP.
India's semiconductor sector is evolving past simple chip design to focus on owning core technology and intellectual property. During Episode 6 of #TheSparkSeries, Agnit Semiconductor Co-founder and CEO Hareesh Chandrashekar discussed how compound semiconductors are driving this transition.
What Happened
On Episode 6 of #TheSparkSeries, Hareesh Chandrashekar outlined a shift in India's semiconductor landscape. Instead of remaining limited to chip design, the country is working toward building the capability to own semiconductor technology and IP.
At the forefront of this movement is Agnit Semiconductor, which is heavily betting on Gallium Nitride (GaN). According to Chandrashekar, the industry is witnessing a significant shift as companies look toward advanced materials that can outperform traditional silicon in demanding applications.
Key Details
- Agnit Semiconductor utilizes Gallium Nitride (GaN), a compound semiconductor.
- GaN offers higher power handling, efficiency, and performance compared to traditional silicon.
- GaN applications include radars, electronic warfare, 5G, satellite communications, and power electronics.
- Agnit's current operational focus involves building reliable chips, earning customer trust, qualifying products, and scaling manufacturing.
Why It Matters
Building a robust semiconductor manufacturing ecosystem is viewed as a critical backbone for India as it targets becoming a $10 trillion economy by 2032. The India Semiconductor Mission has established the necessary foundation for this growth, opening the door for domestic firms to advance into specialized compound semiconductor technologies like GaN.
What We Know So Far
All reported details are confirmed facts drawn directly from Agnit Semiconductor's statements on #TheSparkSeries, with no unconfirmed rumors noted in the source material.
Background
The discussion forms part of the run-up to #TechSparks2026, highlighting strategic domestic capabilities in advanced electronics and power infrastructure.
