市场进入

印度为何成为全球下一个半导体制造中心

印度的半导体计划、PLI激励措施以及Tata–PSMC、美光和CG Power晶圆厂正在重塑全球芯片供应链。创始人及投资者抓住机遇的指南。

Nirji Ventures 研究
阅读9分钟 阅读2026-07-22
一般信息内容。非投资、法律或税务建议。

The Setup

For four decades, semiconductor manufacturing concentrated in a narrow arc: Taiwan, South Korea, Japan, and increasingly China. Geopolitical shocks – US-China export controls, the 2020–2022 chip shortage, and the CHIPS Act – have forced governments and hyperscalers to rebuild supply chains around resilience, not just cost.

India is emerging as one of the clearest beneficiaries. In under three years, India has moved from having zero commercial fabs to five approved projects representing over USD 21 billion in committed capex, anchored by Tata Electronics, Micron, CG Power, and Kaynes Semicon.

What Changed

Three tailwinds converged:

India Semiconductor Mission (ISM): launched in December 2021 with USD 10 billion in fiscal support for fabs, display fabs, compound semiconductors, ATMP/OSAT, and design-linked incentives.
Production-Linked Incentive (PLI): schemes across electronics, telecom, and IT hardware created a downstream demand base – smartphones, laptops, and network equipment now assembled in India need locally sourced chips.
Geopolitical de-risking: by US, Japanese, and Taiwanese OEMs and foundries seeking a "China+1" or "Taiwan+1" footprint.

Combined with 40+ years of chip design talent (India already contributes ~20% of the global semiconductor design workforce), the country now has both the demand pull and the human capital to compete.

The Approved Projects

CompanyLocationTypeCapex (USD)Timeline
Tata Electronics + PSMCDholera, Gujarat28nm+ logic fab~11 billionFirst silicon 2026–27
Tata Semiconductor ATMPJagiroad, AssamPackaging & test~3.3 billion2025 onwards
MicronSanand, GujaratATMP (memory)~2.75 billionFirst chip 2025
CG Power + Renesas + StarsSanand, GujaratATMP (compound & specialty)~0.9 billion2025
Kaynes SemiconSanand, GujaratATMP~0.4 billion2025

Fiscal support covers up to 50% of project capex through central and state incentives combined – one of the most generous packages globally.

Why It Matters for Founders, Funds, and Corporates

For hardware and deep-tech founders: Local fab and ATMP capacity opens design-for-manufacture partnerships that previously required a Taiwan or China trip for every tape-out iteration. Cycle times compress; MOQs drop.

For venture and PE funds: A new sub-sector is forming across EDA tools, IP cores, materials (silicon carbide, gallium nitride, ultra-pure gases), fab equipment services, and testing. Most of it is still pre-seed to Series A.

For global corporates: India offers a lower-cost, English-speaking, IP-safe manufacturing base with access to a 1.4B-person domestic market and preferential trade access to Southeast Asia, MENA, and the EU.

What''s Still Missing

The India semiconductor story is not fully de-risked. Watch four gaps:

Fab-grade materials and gases: – most are still imported. A local supply chain is 3–5 years out.
Tool servicing and calibration: – ASML, Applied Materials, and Tokyo Electron are building India teams but coverage is thin.
Water and power reliability: at fab sites – Gujarat is investing, but 24×7 ultra-pure water at fab volumes is unprecedented in the region.
Skilled process engineers: – India has 50,000+ chip designers but only a few thousand process engineers with fab floor experience. Training pipelines are being built with IITs, IISc, and partnerships with Purdue and NTU.

The Cross-Border Angle

The most interesting deals we see at Nirji Ventures involve cross-corridor structuring – a Japanese or Taiwanese equipment supplier partnering with an Indian JV; a Singapore-headquartered materials company selling into Gujarat and Assam fabs; a US-designed IP block manufactured at Tata Dholera. These arrangements need thoughtful entity structuring, IP protection (Indian courts have strengthened on this, but nuance matters), and tax planning across two or three jurisdictions.

The Bottom Line

India is not going to displace Taiwan. It doesn''t need to. It is credibly building the world''s next major node in a multi-polar semiconductor map – and the ecosystem being built around the fabs (materials, tools, services, design IP, ATMP) is where most of the venture-scale opportunity sits. Founders and investors who show up now will define the sector for the next decade.

If you''re structuring a semiconductor play into India – as a founder, a corporate, or a fund – our team advises on cross-border entity design, capital raising, and JV structuring across the India, Singapore, Japan, and US corridors.

免责声明: 本文仅供一般信息参考。它不构成投资建议、财务建议、法律建议、税务建议,也不构成购买、出售或持有任何证券、投资产品或资产的建议。Nirji Ventures Pte. Ltd. 未获得 Monetary Authority of Singapore (MAS) 的许可,不提供受监管的投资或财务咨询服务。读者在根据本文信息做出任何决定之前,应咨询具有适当资质和执照的专业人士。

作者

Nirji Ventures Research

Market Entry Team

Nirji Ventures 是一家总部位于新加坡的战略咨询和商业咨询公司,在 30 多个国家拥有 35 年以上的综合咨询经验。我们专注于业务转型、市场进入、风险投资建设和融资准备。

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常见问题解答

为什么印度会成为半导体制造中心?

印度结合了三大有利条件:价值100亿美元的印度半导体计划(ISM)、创造下游需求的生产挂钩激励计划,以及全球摆脱对台湾和中国依赖的去风险化趋势。目前,已批准的项目在古吉拉特邦和阿萨姆邦的晶圆厂和ATMP设施上承诺投入的资本支出超过210亿美元。

哪些公司正在印度建设半导体晶圆厂?

塔塔电子与PSMC(多莱拉逻辑晶圆厂)、塔塔半导体ATMP(阿萨姆邦贾吉罗德)、美光(萨南德存储ATMP)、CG功率与瑞萨和Stars Microelectronics(萨南德),以及Kaynes Semicon(萨南德)。承诺的总资本支出超过210亿美元。

印度为半导体制造提供哪些激励?

印度半导体计划通过中央和邦政府的综合激励措施,为项目资本支出提供高达50%的财政支持——这是全球最慷慨的政策之一。这涵盖了晶圆厂、显示面板厂、化合物半导体、ATMP/OSAT设施以及设计关联计划。

印度制造的芯片何时能进入市场?

美光和CG功率的首批ATMP产品预计将于2025年上市。塔塔位于多莱拉的晶圆厂(与PSMC合作的28nm+逻辑芯片)目标是在2026-27年间首次出片。有意义的产量预计将从2027年起实现。

印度半导体生态系统中的初创企业有哪些机会?

除了晶圆厂本身,机会集群正在EDA工具、IP核、晶圆级材料(碳化硅、氮化镓、超纯气体)、工具维护、测试和设计服务等领域形成。这些子行业大多仍处于种子前轮到A轮融资阶段。

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