At a moment when the world's largest device makers are choosing to design their own silicon rather than depend on established chip suppliers, India has committed ₹62,500 crore to become the place where that ambition is realized. Kaynes Technology, an electronics manufacturing services firm, stands at this convergence — reporting 40% revenue growth even as near-term profitability contracts under the weight of building the infrastructure that a new industrial era demands. The story is an old one in new form: those who bear the cost of preparation before the market matures are the ones who inheri
Kaynes Tech Positioned for Growth as India's ₹62,500 Cr Mobile Scheme Launches
Phone makers no longer want to be dependent on a single supplier
Why does it matter that Xiaomi is making its own chips with TSMC instead of buying from Qualcomm?
Because it signals that phone makers no longer want to be dependent on a single supplier for the most critical component. If you design your own silicon, you control the roadmap, the cost structure, and your competitive differentiation. It's a shift in power.
And that creates an opportunity for Kaynes because?
Because someone has to assemble and test those custom chips before they go into phones. That work needs to happen close to where the phones are being made. India is now offering subsidies to do exactly that work domestically.
But Kaynes' profits are actually falling, even though revenue is up 40 percent. How is that a good position to be in?
It's the classic pattern of a company in a heavy investment cycle. You're building a new plant, ramping capacity, absorbing depreciation costs, all while component prices are still inflated. The margin compression is temporary. The order book tells you demand is real.
What has to happen for this to actually work out?
Three things. The Sanand plant has to start shipping commercial volumes on schedule. Global component prices need to stabilize. And Kaynes needs formal approval to participate in the government's incentive scheme. If all three happen, the company moves from investment mode into harvest mode.
What's the biggest risk?
Execution. Building a semiconductor assembly plant is not like scaling a contract manufacturing line. The tolerances are tighter, the quality standards are higher, and the localization requirements in the new government scheme are stricter than before. If Kaynes stumbles on any of those, the whole thesis breaks down.
So this is a medium-term bet, not a short-term trade?
Exactly. The next 12 months are about watching whether Sanand can deliver. If it does, you're looking at a company that has moved up the value chain and positioned itself in a market that barely existed two years ago.
El Pulso
- Xiaomi's decision to design a proprietary 3-nanometer chip with TSMC signals that the era of buying processors off the shelf is ending — and the ripple effects are reshaping where advanced semiconductor work gets done.
- India's five-year Mobile Phone Manufacturing Scheme, worth ₹62,500 crore, has landed at precisely the moment global supply chains are searching for alternatives, creating a rare alignment of policy and market force.
- Kaynes posted ₹946 crore in Q1 FY27 revenue — up 40% year-on-year — but net profit fell 24.4% and EBITDA margins compressed, exposing the painful gap between growth and profitability during heavy capital investment.
- The company's new OSAT facility in Sanand, Gujarat — capable of producing 6 million chips per day — is the physical bet at the center of this story, with commercial shipments expected in Q3 FY27.
- High working capital intensity, elevated component costs, and stricter localization requirements under PLI 2.0 are the near-term friction points that will determine whether Kaynes' structural positioning translates into durable advantage.
At a moment when the world's largest device makers are choosing to design their own silicon rather than depend on established chip suppliers, India has committed ₹62,500 crore to become the place where that ambition is realized. Kaynes Technology, an electronics manufacturing services firm, stands at this convergence — reporting 40% revenue growth even as near-term profitability contracts under the weight of building the infrastructure that a new industrial era demands. The story is an old one in new form: those who bear the cost of preparation before the market matures are the ones who inherit it.
Xiaomi is no longer content to buy chips from Qualcomm or MediaTek. The Chinese smartphone giant is designing its own 3-nanometer processor — the Xring O3 — in partnership with TSMC, a move that reflects a broader industry shift: the world's biggest device makers want to control their own silicon, their own supply chains, and their own destiny. This is not an isolated decision. It is the leading edge of a structural transformation in how phones are built.
India has chosen this moment to place a large bet. The government's newly launched Mobile Phone Manufacturing Scheme commits ₹62,500 crore over five years, offering incentives of up to 5% for basic manufacturing and an additional 1.5% for companies that localize component production. The policy is designed to make India the place where advanced electronics — including the chips inside them — actually get made.
Kaynes Technology sits at the intersection of these two forces. The company reported ₹946 crore in operating revenue for Q1 FY27, a 40% jump year-on-year, with an order book swelling to ₹8,903.8 crore. But the financial picture carries a shadow: net profit fell 24.4% to ₹56.4 crore, and EBITDA margins compressed by 120 basis points to 15.6%. Elevated component costs and the depreciation burden of building new capacity are the culprits — familiar pressures for any company investing ahead of demand.
That investment has a physical address. In March 2026, Prime Minister Modi inaugurated Kaynes Semicon's outsourced semiconductor assembly and test facility in Sanand, Gujarat — a plant designed to produce up to 6 million chips per day. Commercial shipments are expected to begin in Q3 FY27. This is not routine contract manufacturing; it is a bid to handle the most specialized work in the semiconductor supply chain, the final steps that transform raw wafers into finished, tested components.
The risks are real. Working capital intensity remains high at 125 days, printed circuit board prices continue to fluctuate, and PLI 2.0's stricter localization requirements will test execution. But the order book is robust and the global tailwinds are genuine. If Kaynes can ramp Sanand successfully and stabilize margins as component costs normalize, it may emerge from this investment cycle holding a durable position in one of the world's fastest-growing electronics manufacturing ecosystems — having paid the cost of preparation before the market fully arrived.
Xiaomi has handed its newest chip designs to Taiwan Semiconductor Manufacturing Company. The Chinese smartphone maker is building its own processors—a 3-nanometer chip called the Xring O3—rather than relying on the standard suppliers that have powered phones for years. It's a signal of something larger: the world's biggest device makers are no longer content to buy chips off the shelf. They want to design their own silicon, control their own destiny, and reduce their dependence on companies like Qualcomm and MediaTek that have long held the middle ground between phone makers and foundries.
This global shift arrives at a precise moment for India. On the same timeline that Xiaomi is moving its chip ambitions into production, the Indian government has officially launched a ₹62,500 crore Mobile Phone Manufacturing Scheme, a five-year program running from fiscal 2027 through 2031. The scheme offers incentives of up to 5 percent for basic manufacturing and an additional 1.5 percent for companies that localize component production. It is, in effect, a massive bet that India can become the place where the world's phones—and the advanced electronics inside them—actually get made.
Kaynes Technology, an electronics manufacturing services company, finds itself at the intersection of these two currents. In the first quarter of fiscal 2027, the company reported operating revenue of ₹946 crore, a jump of 40 percent from the same quarter a year earlier. Its order book swelled to ₹8,903.8 crore. The numbers suggest a company riding genuine demand. Yet there is a shadow in the picture. Consolidated net profit fell 24.4 percent year-on-year, dropping to ₹56.4 crore from ₹74.6 crore. EBITDA margins compressed by 120 basis points, settling at 15.6 percent. The culprit is familiar to anyone watching global supply chains: component costs remain elevated, and the depreciation from ramping up new capacity is eating into profits.
Kaynes is not simply growing revenue in the abstract. The company is building infrastructure. In March 2026, Prime Minister Narendra Modi inaugurated Kaynes Semicon's new outsourced semiconductor assembly and test facility in Sanand, Gujarat. The plant is designed to produce up to 6 million chips per day. This is not a contract manufacturing operation in the traditional sense. This is a company positioning itself to handle the most advanced, most specialized work in the semiconductor supply chain—the final steps that turn raw silicon wafers into finished, tested components ready for assembly into phones and other devices. Commercial shipments from Sanand are expected to begin in the third quarter of fiscal 2027.
The arithmetic is straightforward but the timing is tight. Kaynes is investing heavily in a new capability at precisely the moment when global demand for that capability is accelerating. Xiaomi's move to custom silicon is not an outlier. It is the leading edge of a broader industry trend. As phone makers seek differentiation and supply chain resilience, they are designing their own chips. That work has to happen somewhere. The foundries—TSMC, Samsung—handle the actual wafer production. But the assembly, testing, and packaging of those chips requires proximity to the final assembly lines, skilled labor, and the kind of infrastructure that India is now actively subsidizing.
The government scheme creates a protective environment for this kind of work. Differentiated incentives encourage domestic phone brands to source locally rather than import finished components. Companies that can move backward into component localization and sub-assembly production stand to capture higher margins and insulate themselves from the global inflation in raw materials that is currently squeezing their profits. For Kaynes, this is the structural opportunity. The near-term margin pressure is real, but it is the cost of building a position in a market that is only beginning to form.
The risks are also clear. Working capital intensity remains high—Kaynes carried 125 days of working capital at the end of fiscal 2026, meaning cash is tied up for months in inventory and receivables. Printed circuit board prices continue to fluctuate. The new mobile phone production-linked incentive scheme, known as PLI 2.0, comes with stricter localization requirements that will test execution. But the order book is robust, and the global tailwinds are real. If Kaynes can execute the ramp-up at Sanand, stabilize margins as component costs normalize, and secure formal participation approval under the government scheme, the company could emerge from this investment cycle with a durable competitive advantage in one of the world's fastest-growing electronics manufacturing ecosystems.
Citas Notables
Global hardware giants focusing on proprietary silicon customization highlight the critical need for advanced, localized assembly ecosystems— Industry analysis