India's new Sanand plant handles back end chip packaging for export to Japan, the US, and Europe, the only chipmaking lane it can realistically staff.
India's semiconductor story has a packaging problem, and the Sanand plant makes that visible. The CG Semi OSAT facility Prime Minister Narendra Modi inaugurated on Saturday in Gujarat handles back-end chip packaging, the labor-intensive assembly and test step that comes after wafers are fabricated elsewhere. The chips it touches are destined for Japan, the US, and Europe, not for Indian-designed silicon. That is the point: India is being positioned, by its own policy and by Washington's supply-chain pressure, into the only semiconductor segment it can staff at scale in the near term.
OSAT stands for Outsourced Semiconductor Assembly and Test, the back-end of the chipmaking process where cut wafers are packaged into physical units, tested, and shipped. It is distinct from front-end fabrication, the multi-billion-dollar, lithography-dependent process that turns raw silicon into working transistors and which India still cannot perform domestically at scale. Industry trade coverage describes CG Semi's Sanand facility as one of India's first end-to-end OSAT plants, not a fab. The distinction matters because every capacity claim tied to "chips" in Indian semiconductor coverage sits on top of it.
At the inauguration, Modi projected a capacity of 1.5 crore chips per day, with eventual scaling to 500 crore chips per year. The company has begun commercial packaging with an initial-phase target of 20 crore chips annually. These figures originate from the Prime Minister's speech and Union Minister Ashwini Vaishnaw's remarks; PIB's release on the India Semiconductor Mission's fiscal support agreement with CG Power and CG Semi confirms the policy backbone but does not independently validate the throughput numbers. The "chips" being counted here are packaged units, not silicon wafer starts, and a single packaged chip can contain one die or several. Comparing this throughput to a Taiwan Semiconductor Manufacturing Company fab line conflates two different production processes.
The mechanism driving the announcement is external as much as internal. The US CHIPS Act and allied reshoring initiatives have pushed Western chip buyers to diversify assembly and test capacity away from East Asia. India, with a labor cost advantage and a diplomatic posture that does not antagonize either Washington or Beijing, fits a specific lane: neutral back-end capacity serving multiple export destinations. Vaishnaw's confirmation that output will flow to Japan, the US, and Europe makes that positioning legible for the first time. Sanand is the joint product of two policy programs meeting.
Modi framed the plant against stalled predecessors. He recalled that earlier plans to allocate 300 to 400 acres near Gandhinagar and Sanand for semiconductor projects had not advanced. Hindu Business Line reported the inauguration as the realization of a sixty-year vision. The narrower read: India has succeeded in the segment with the lowest capital intensity, the shortest process-engineering ramp, and the least dependence on leading-edge lithography equipment. Times of India has tracked the plant's operationalization as an OSAT facility, not a fab.
The context that makes the choice legible is electronics, not silicon. Modi noted that India is now the world's second-largest mobile phone manufacturer, with phone production up thirty-threefold since 2014 and overall electronics output up roughly seven- to elevenfold over the same period. Those factories import the chips they mount. CG Semi packages chips for export back to the same global market those phones serve, building a back-end node inside a country that has so far excelled at final assembly rather than at the silicon inside it.
Modi outlined next steps for the cluster: additional production companies arriving, new testing labs, and supporting industries for machines and services. Silicon Semiconductor and Crypto Briefing both frame the facility as the first concrete output of the India Semiconductor Mission's back-end push. The watch item is whether front-end capacity follows. India has approved and broken ground on fab projects under the same mission, but none have yet reached commercial production comparable to the OSAT line now operating. Sanand's first commercial shipment is the realistic signal of what India can do today; the open question is what the cluster around it becomes next.