The answer desk
When will India make its first chip?
Published 25 August 2026. Facts verified to 25 August 2026 unless dated otherwise.
India already makes chips. The government's Semi-Conductor Laboratory at Mohali runs a wafer fabrication line, and the Vikram 3201 space-grade processor was fabricated there on a 180nm process and presented at Semicon India in September 2025. Three plants in Gujarat now package and test commercial chips. The real question is when India's first commercial-scale fab produces at volume. For the Dholera fab, the only attributable guidance is commercial production by mid-2028, stated by Ashwini Vaishnaw and reported on 17 July 2026. No first-silicon date is supported by any company document.
The question carries a false premise, and correcting it is most of the answer
India has been fabricating semiconductors on Indian soil for a very long time. The government's Semi-Conductor Laboratory at Mohali operates a wafer fabrication line, and what comes off that line are real integrated circuits used in real systems. The most visible recent example is the Vikram 3201, reported by Business Standard on 3 September 2025 as India's first fully indigenous 32-bit space-grade microprocessor: designed by the Indian Space Research Organisation's Vikram Sarabhai Space Centre, fabricated at the Semi-Conductor Laboratory on a 180nm CMOS process, and presented at Semicon India in September 2025 DURABLE. Deccan Herald carried the same unveiling from the event. A processor designed in India, fabricated in India and built for launch vehicle avionics is not an aspiration. It is a part with a datasheet.
So the question as it is usually asked cannot be answered on its own terms, because its first chip already happened decades ago. What people actually want to know sits underneath the phrasing, and it splits into three separate milestones with three separate dates. This page separates them, gives each one its sourced status, and states plainly which of them still has no supportable date at all.
What the Semi-Conductor Laboratory actually is
SCL is a government-owned facility whose fabrication line runs at 180nm. That node sounds antique next to the numbers that dominate chip headlines, and for the work SCL does it is the correct choice rather than a compromise. Larger geometries are more tolerant of radiation, which is why space-grade and strategic parts are routinely built on nodes that commercial consumer products abandoned twenty years ago. The Vikram 3201 is the clearest public illustration of that logic: a 180nm part running at a modest clock speed, engineered for survival in an environment where a single upset event is unacceptable, not for benchmark scores.
The lab is now the subject of a modernisation programme. In coverage verified by this desk on 25 August 2026, Tribune India reports that the Centre will spend about Rs 4,500 crore over three years to modernise and expand the facility, and Outlook Business reports that Tata Semiconductor and Israel's Tower Semiconductor have been shortlisted for the first part of a revamp tender put at about Rs 4,000 crore REPORTED. The reported direction of that programme matters more than its headline number: the money is described as going into expanding capacity on the existing 180nm line for strategic users rather than chasing an advanced node. That is a sober choice, and it tells you what SCL is for. The full institutional record sits on our SCL Mohali guide.
None of this makes SCL a commercial foundry. It does not sell mature-node capacity to automotive tier-one suppliers, and neither its output volume nor its customer base is in the same category as the plants now being built. That distinction, rather than any question of whether India can fabricate a chip, is what the current build-out is about.
Three milestones hide inside one question
Ask when India will make its first chip and you are asking one of the following, whether or not you realise it.
- The first chip fabricated in India. Long past. SCL has been doing it for decades and continues to, with the Vikram 3201 as the most recent public demonstration.
- The first commercially sold chip assembled and tested in India. Passed between late 2025 and mid-2026, in Gujarat, at packaging plants rather than fabs. The detail matters and is set out below.
- The first output from a commercial-scale front-end fab in India. Not yet. This is the Dholera question, and the only attributable guidance for it is commercial production by mid-2028.
Almost every argument on this subject is two people answering different items on that list. A reader who keeps them apart will find the public record far less contradictory than it appears.
The packaging milestone has already been passed, and why it came first
Business Standard reported on 16 October 2025 that Kaynes Semicon had rolled out its first made-in-India packaged chip modules from its Sanand unit, described as about 900 intelligent power modules shipped to a United States customer REPORTED. Reporting from the Gujarat packaging cluster by ThePrint, verified by this desk on 25 August 2026, records three plants in commercial operation: Micron's Sanand facility inaugurated on 28 February 2026, Kaynes Semicon's Sanand plant in commercial operation from 31 March 2026, and the CG Power joint venture with Japan's Renesas beginning commercial production on 4 July 2026 REPORTED. Those accounts rest on press reporting rather than on company filings this desk has examined, which is why they are tiered as reported.
The government's own count corroborates the shape of it. As of 15 July 2026 the India Semiconductor Mission's published position records 12 approved semiconductor manufacturing projects carrying cumulative investment above Rs 1.6 lakh crore, of which three had entered commercial production, and the twelve break down as one silicon fab, one silicon carbide fab, one integrated gallium nitride micro-LED display fab and nine packaging units DURABLE. Three in production out of twelve approved, and all three of them packaging plants, is the whole national picture in one line. The current count with its source and date is maintained on how many semiconductor projects India has approved, and that national total belongs to the country rather than to Dholera.
What those plants do is assembly, test and packaging. They take silicon that was fabricated elsewhere, cut it into dies where required, mount it, wire or bump it, encapsulate it, test it and ship a finished part. The transformation is real and the value added is real, and the phrase "made in India" attached to those parts is defensible in trade terms. It is not fabrication, because the wafers came from somewhere else. Our explainer on the outsourced assembly and test model sets out the boundary properly.
This is why the packaging wave and the fab wave should be scored separately. India passed a real threshold when a domestically packaged part shipped to a paying overseas customer. It has not yet passed the threshold where domestically fabricated wafers reach a paying commercial customer at scale.
The order in which those milestones fell is not an accident of policy, and understanding it removes most of the frustration people feel about the fab timeline. A packaging and test plant and a wafer fabrication plant differ by more than an order of magnitude in cost, and by a similar factor in the difficulty of the thing being attempted. An assembly and test facility is a demanding, precision manufacturing operation that can be specified, built, equipped and brought into production in a period measured in months to a couple of years. A 300mm front-end fab is a process development and yield-learning organisation wrapped inside a chemical plant wrapped inside a cleanroom, and its schedule is set by physics and qualification rather than by construction.
That is why the approved Indian portfolio is weighted the way it is. The back-end projects cleared, built and started shipping while the front-end project was still pouring concrete, and both were approved under the same national programme within roughly a year of each other. It is also why the first made-in-India chip headlines of 2025 and 2026 came from Sanand rather than Dholera, and why the next such headline of real substance is likelier to come from a back-end plant than from a fab.
Nations generally start where India started for exactly this reason. Packaging builds a workforce, a supplier base, a customs and logistics practice and a quality culture at a fraction of the capital risk, and it does so on a timescale where results are visible within a political cycle. The fab is the harder rung, and it is the one that changes what the country can do rather than what it can assemble.
What the Dholera record actually says about dates
The Union Cabinet approved the Tata Electronics plant on 29 February 2024 under the India Semiconductor Mission DURABLE, and the Fiscal Support Agreement was signed on 5 March 2025, the agreement in which the investment figure appears as Rs 91,526 crore, commonly cited as Rs 91,000 crore. The design capacity is up to 50,000 wafer starts a month on 300mm wafers, with a stated node range of 28 to 110nm DURABLE.
On the opening node, the public record now contains a direct contradiction that this desk has documented rather than resolved. Bloomberg reported on 17 July 2026 that the fab will open mostly at 90nm rather than the 28nm framing used in 2024, and TrendForce carried the finding on 20 July 2026 REPORTED. Tata Electronics has responded that the plan was always to begin with 55nm and 90nm before introducing 28nm, while the Tata Sons chairman's letter for the year ended March 2025 described a decision to start at 28nm. Both statements exist. Our node question investigation lays them side by side and leaves the contradiction standing, because no available source settles it.
On the date itself, the only specific, attributable guidance is commercial production by mid-2028, stated by Union Electronics and Information Technology Minister Ashwini Vaishnaw and reported on 17 July 2026 TARGET. There is no published first-silicon date from Tata Electronics, from the Ministry of Electronics and Information Technology, or in any filing this record has been able to verify. That absence is a finding, and it is the single most misreported fact in the subject.
Why first silicon and commercial production are different events
A fab does not switch on. It passes through a sequence, and the gaps between the stages are measured in quarters rather than weeks.
- Tool move-in and hookup. Equipment arrives, is set on its base, and is connected to power, ultrapure water, gases, chemicals, exhaust and the automation network. A tool sitting in a cleanroom is not a working tool.
- Process qualification. Each module, from lithography through etch, deposition, implant, planarisation and metrology, has to be brought inside its process window and held there across shifts and across chambers.
- First silicon. The first wafers run the full flow and come out electrically alive. This is a genuine milestone and it is also entirely compatible with terrible yield, which is normal at this stage.
- Yield learning. Defect density falls along a learning curve that is worked, not waited out. This is where fabs spend money without earning it.
- Customer qualification. Buyers, particularly automotive and industrial buyers, qualify a part and a line before they will take volume. That process alone runs into quarters.
- Commercial production. Output a customer pays for, at a yield that makes the arithmetic work.
The full sequence is set out on our fab construction sequence page. The practical consequence for this question is simple: a first-silicon date and a commercial-production date are not two ways of saying the same thing, and a schedule that quotes one cannot be scored against the other.
Where the December 2026 number came from
A first chip in December 2026 has been repeated so widely that it reads as established fact. It is not. It traces to ministerial statements rather than to any company document, and it has been amplified by property and search-optimised sites with an interest in a nearer horizon. Our research pass of 24 July 2026 found the first-chip-in-December-2026 line still carried on the Gujarat government's official Dholera news page REPORTED. That is a statement of intent from a minister, repeated on a state page. It is not a schedule published by the company building the plant.
This record removed every December 2026 first-silicon claim from its own pages when the contradiction became clear, and says so here because a correction that is not visible is not a correction.
How this record will score the date
The scoring rule is stated in advance so that it cannot be adjusted after the fact. Commercial production by mid-2028 is the scoreable target, because it is specific, attributable and dated. First silicon is not scoreable, because no source has published a date for it. If Tata Electronics or the ministry publishes one, this desk will record it, tier it as a target, and score it when the window closes.
The evidence that would move the answer forward, in rough order of weight: a dated company statement specifying first wafer starts; valued equipment purchase orders, none of which are public as of August 2026; a customer qualification announcement; and the appearance of a Dholera process in a published design kit. Any of those is worth more than another round of ministerial repetition. The date question in its narrower form is handled on when the Dholera fab opens.
What to watch between now and 2028
- Tool orders and deliveries. Equipment is the tell, because a fab that is buying tools has committed capital to a schedule.
- Cleanroom completion and hookup milestones, which mark the transition from a construction project to a manufacturing project.
- The first named customer, which converts a capacity claim into demand.
- Any company-issued schedule, which would give the record something to score other than a ministerial expectation.
- The SCL modernisation tender outcome, which would tell you whether India's legacy strategic line is being scaled in parallel with the commercial wave.
Until then the honest answer stands in three parts. India made its first chip decades ago. India shipped its first commercially packaged chips between late 2025 and mid-2026. India's first commercial-scale fabricated output is guided to mid-2028, that guidance is a target rather than a fact, and anyone quoting an earlier date is quoting something no company has published.