Analog IC design expertise

India imports the majority of its semiconductor components. Analog integrated circuits — the chips that manage power, condition signals, and bridge the physical world of voltages and currents to the digital one — make up 12.8% of India's semiconductor market as of 2025, and a significant share of that import bill.

Analog design is among the hardest disciplines in electronics. Unlike digital logic, which can be synthesised largely by tools, analog circuits demand deep intuition for device physics, noise, and layout, tuned by hand and proven only when the silicon comes back from a fab. A working design is the product of years of accumulated engineering judgment. Ten nations hold this capability at a competitive level, among them the United States, Taiwan, South Korea, Japan and Germany.

India's strength is real but concentrated on the design side of the ledger. Bengaluru anchors the country's most advanced semiconductor design ecosystem, spanning chip architecture, EDA tools, and analog and mixed-signal systems — but overwhelmingly design-oriented rather than fabrication-focused. Analog Devices runs one of its top three global design centres there, grown from a three-person operation in 1995 to more than 600 engineers, having developed five generations of SHARC DSPs out of India. Texas Instruments maintains a comparable presence. These are service centres for global customers, not indigenous capability.

The high-water mark for a homegrown company remains Cosmic Circuits, founded in Bangalore in 2005 — profitable from its first year, silicon-proven IP in 40nm and 28nm, and more than 50 million chips shipped with its cores in 2012 — before Cadence acquired it in 2013. Since then, no dedicated indigenous analog IC firm has operated at that scale. The current cohort is early: 43 startups in analog and mixed-signal, with $168 million in accumulated funding. The best-funded, Morphing Machines, had raised $7.18 million as of December 2025. Research runs deep at IIT Madras, whose Integrated Circuits and Systems group works across analog, mixed-signal and RF design.

The gap persists because analog capability rests on foundations India is still building. Proving a design needs advanced fabs at sub-65nm nodes — a capability that remains emerging in India. It needs mature CMOS process access, mixed-signal methodology, and RF expertise, all at the same early stage. The talent exists; the surrounding stack does not yet.

Closing the gap means pairing India's proven design talent with domestic fabs to prove silicon at home, and sustaining indigenous firms long enough to accumulate the design judgment that only shipped chips confer.