The Component Test: The $40 Billion Import That Decides India's Electronics Boom

India exported $5.55 billion of electronic goods in August 2026, up 89.82%. It also buys around $40 billion of electronic components a year from abroad, nearly half its chips from China. The second number decides whether the first one lasts.

In August 2026 India shipped $5.55 billion of electronic goods, up 89.82% year on year on the Ministry of Commerce’s provisional quick estimates, and over the first five months of FY2026-27 the category ran at $26.66 billion, up 39.4%. Our analysis of that jump closed on a question rather than a verdict: whether the component and sub-assembly plants now under construction become suppliers to the export line, or merely customers of the import line.

This is the same story told one layer down — at the component rather than the handset.

The import line that pays for the export line

India imported close to $40 billion of electronic components in FY2025-26, according to a CRISIL compilation reported by The New Indian Express. About $30 billion of that was integrated circuits. Semiconductors and electric accumulators accounted for $4.9 billion each, recorded media $5.3 billion and circuit apparatus $2.1 billion. Electronic products are among India’s three most import-intensive manufacturing industries, buying in 29.8% of their total supply.

The supplier is the obvious one. China was the source of 48.9% of India’s semiconductor imports in FY2025-26 — down from roughly 64% a year earlier, but still far ahead of Singapore at 8.4%, Indonesia at 7.5% and Vietnam at 6.6%. On a $30 billion integrated-circuit line, that puts China’s share at roughly $14.7 billion. A trade-flows study reported by The Hindu BusinessLine found China accounting for at least 80% of India’s imports across 71 tariff lines at eight-digit granularity, 46 of which crossed that threshold only after 2018-19. India’s bilateral deficit with China was $112.1 billion in FY2025-26, the largest it runs with any country.

None of that contradicts the export story. It defines it. India won the assembly round of the supply-chain shift, and assembly is the least capital-intensive, most mobile and least defensible stage of the chain. A handset assembled in Tamil Nadu from a Taiwanese chipset, a Korean display and an imported battery pack is an Indian export and somebody else’s value chain — Tamil Nadu alone assembles 41.63% of India’s electronics exports. Because components enter duty-light while finished goods leave under tariff preference, the arrangement suits both ends of it.

What “suppliers instead of customers” would look like

It would look like component exports compounding faster than component imports. One early indicator already exists. Printed circuit board exports rose 2,913% in April–August FY2026-27 from a small base, after India’s total PCB exports reached roughly $1.9 billion in FY2025-26, more than twenty times the previous year’s level. The base is small enough to make the percentage almost meaningless on its own; the level matters more, and $1.9 billion is still under 5% of the component import bill.

It would also look like the component schemes delivering plants rather than approvals. The Electronics Component Manufacturing Scheme was notified on 8 April 2025 with ₹22,919 crore, and the Union Budget for 2026-27 raised the outlay to ₹40,000 crore. By August 2026, MeitY had approved 106 projects across 15 states covering 30 component product domains, with approved investment of ₹69,548 crore, projected direct employment of 74,628 and an estimated 2.5 lakh indirect jobs. Thirty-eight plants are already producing; another 16 are at advanced stages of construction or machinery installation. The latest approvals included India’s first domestic production of filters, coils and speakers, and of raw materials such as acetylene black and electrolyte additives.

On the fab side, the Semicon India Programme launched in January 2022 with ₹76,000 crore has approved 12 manufacturing projects across six states, with investment commitments of about ₹1.64 lakh crore and roughly 32,000 direct jobs on completion. Three plants are in commercial production — Micron Semiconductor India, Kaynes Semicon and CG Semi. On 15 July 2026 the Union Cabinet approved Semicon 2.0, an outlay of ₹1.275 lakh crore built around six pillars: chip design, machines and materials, more fabs, advanced and legacy packaging, R&D, and skills.

The timing is the whole argument

A component plant approved in 2026 shows up in the export tables in 2028. A fab or advanced packaging plant approved in 2026 shows up in 2029 at the earliest, and usually later: construction, tool installation, qualification runs and yield learning are measured in years, not quarters. Between the announcement and the shipment there is no visible signal at all in the trade data, which is exactly why announcements are a poor proxy for capacity.

That gap has a measurable consequence. Until the new plants supply, the ratio between electronics exports and component imports barely moves. India can keep growing the export line at 39% and keep buying the same share of it back from abroad. The export number would look like an industrial transformation while the value added stays where it is.

There is a second reason to be careful about the timing claims. The schemes are being measured by approvals, outlays and employment projections — all of which are inputs. The only outputs that matter are component export values and the import bill, both of which are published, and neither of which has turned yet.

Where the value actually sits

The reason the component layer decides this is that it is where the margin is. Equipment and materials are the most concentrated, highest-margin part of the semiconductor chain, and the same logic runs down through substrates, packaging, passive components and connectors. A country that assembles handsets buys its way into that chain at the cheapest rung available.

Pheonix Research sizes the equipment layer itself at USD 118.70 billion in 2025, reaching USD 213.85 billion by 2033, a compound annual growth rate of 7.63%. That is the layer India is trying to buy into with Semicon 2.0, and it is a market in which it currently has no supplier of scale. The first Indian tool or material maker with an export order book will matter more to this story than any further assembly line, because it will be the first evidence that the second phase is real rather than merely constructed.

Three numbers to watch

One: component exports, not electronics exports. The 2,913% PCB number is the right series to follow, and it needs to hold above a level that matters before it is anything other than a base effect. Two: China’s share of the semiconductor import line. It fell from about 64% to 48.9% in a year. Whether that keeps falling is the cleanest available read on whether diversification is happening or being announced. Three: the ratio. Component imports divided by electronics exports. If that ratio is flat in 2028, the boom was an assembly boom. If it is falling, India has started to move up the chain.

None of this makes the August export number less real. A category growing at 89% is how a country changes a trade arithmetic built on a flat decade. It simply means the verdict does not arrive with the export data. It arrives with the import line.

Pheonix Research covers the semiconductors and electronics sector — components, equipment, fabrication and end markets — including the Electronics segment, and has published its latest outlook for the semiconductor manufacturing equipment market, the layer that captures the value when fabs are actually built. The series continues with The Map of the Boom and The Capacity India Says It Doesn’t Have.