India's semiconductor startups can design chips. What they can't reliably do, according to a Livemint report, is pay for the leap from working silicon to commercial production.

That gap sits at the center of the country's push to become a serious player in semiconductors. India has spent years building a design-services industry that now feeds chiphouses around the world. Startups have emerged from that talent pool with silicon of their own. The hard part comes after the design works.

Why does design-to-production cost so much?

Turning a chip into a product means paying for things a design team never touches. Fabrication runs at a foundry. Packaging and testing. Certification. Inventory. Distribution. Each step demands cash up front, and each step is where hardware startups, not just in India, tend to run out of it.

The report frames the problem bluntly: startups that clear the design hurdle then struggle to fund commercial production. Venture capital in India has historically favored software, where a failed bet costs far less than a wafer lot. Chip ventures need deeper pockets and longer timelines than most Indian funds have tolerated.

That dynamic leaves promising teams stuck. They can demonstrate the chip. They can't scale it to market.

Can government money close the gap?

India's answer so far has been state incentives aimed at building domestic manufacturing. The policy logic is straightforward: if private capital won't fund production, public programs must bridge it.

But the Livemint account suggests the bridge isn't fully built. Startups still face the funding cliff between proving a design and producing it in volume. Government schemes have drawn global fabs and assembly plants to Indian soil, yet the smaller fabless ventures — the layer of the ecosystem that feeds domestic demand for those fabs — haven't found an equivalent financial runway.

The consequence is a lopsided ecosystem. Design talent is abundant. Manufacturing capacity is arriving. The commercial layer in between, where startups turn designs into revenue, remains thin.

What happens next?

For India's chip ambitions, the test is whether capital structures evolve to match the risk profile of hardware. Dedicated deep-tech funds, foundry partnerships that reduce upfront wafer costs, or government programs targeted specifically at the production transition could each change the calculus.

Until one of them does, India's chip startups will keep clearing the design bar — and stalling at the one that matters commercially.