Lam Research plans to invest approximately ₹10,000 crore in India to set up its first silicon component manufacturing facility in the country and expand advanced semiconductor research and development operations.
Announced in Bengaluru ahead of SEMICON India 2026, the investment represents a significant expansion of Lam Research’s presence in India as demand for advanced semiconductor manufacturing technologies accelerates with the growth of artificial intelligence, data centers and next-generation digital infrastructure.
The proposed manufacturing facility will support a vertically integrated silicon manufacturing process, covering silicon ingot production and processing for advanced semiconductor technologies and leading-edge chip nodes.
The project could create opportunities for Indian companies supplying specialized materials, precision components, gases, chemicals, metrology and semiconductor manufacturing services.
Lam Research Expands Semiconductor Manufacturing in India
Lam Research has operated in India for more than 25 years, building engineering, R&D, supply-chain and workforce-development capabilities.
The ₹10,000 crore investment will take its India operations further into semiconductor manufacturing while expanding the country’s role within Lam’s global technology and supply-chain network.
The company intends to make the investment over the next several years.
The expansion comes as the global semiconductor industry continues to increase investment in advanced manufacturing capacity to address demand from AI, cloud computing, telecom networks, smartphones and high-performance computing.
Lam said the manufacturing expansion is designed to support customers worldwide as semiconductor device complexity increases, particularly with the rapid development of AI chips and advanced computing systems.
The new facility is significant because it will support silicon component manufacturing rather than functioning solely as an engineering or software development operation. This could help India broaden its semiconductor ecosystem beyond chip design and assembly into sophisticated manufacturing activities supporting global semiconductor equipment production.
Advanced Semiconductor R&D Operations to Grow
Lam Research also plans to expand its advanced R&D operations in India.
Its existing India Center for Engineering supports the company’s global semiconductor customers across areas including design, testing, validation and next-generation technology development.
Expanding these capabilities could strengthen India’s position as an engineering and R&D base for semiconductor manufacturing equipment — an increasingly important part of the chip supply chain as foundries migrate toward more advanced process technologies.
The investment also comes at a time when AI infrastructure investment is driving demand for more powerful processors, accelerators, memory and networking technologies. These requirements are increasing pressure on chipmakers and semiconductor equipment suppliers to improve performance, power efficiency and manufacturing complexity.
Lam Research specializes in technologies used during wafer fabrication, including deposition, etch and related semiconductor manufacturing processes.
Local Suppliers Could Benefit from ₹10,000 Crore Expansion
An important element of Lam Research’s India strategy is the development of a broader domestic semiconductor supply chain.
The company already works with Indian suppliers and expects the new manufacturing facility and expanded R&D operations to generate additional opportunities for local businesses.
Potential areas include specialized materials, precision components, gases, chemicals, metrology and manufacturing services.
Building these capabilities locally could help India develop an ecosystem that extends beyond semiconductor fabrication plants into the large network of equipment, materials and component suppliers required to support chip manufacturing.
“India represents an important part of Lam’s global innovation and growth strategy,” said Rangesh Raghavan, corporate vice president and managing director of Lam Research India.
He said Lam’s continued expansion reflects confidence in India’s talent pool, expanding semiconductor ecosystem and supportive policy environment.
Lam plans to collaborate with government agencies, academic institutions, suppliers, start-ups and other stakeholders as it expands its operations.
Lam Targets Training of Up to 60,000 Students
Workforce development will form another major component of Lam Research’s India expansion.
The company is working with the Indian Institute of Science (IISc) and India Semiconductor Mission (ISM) to expand access to semiconductor manufacturing education.
The initiative has a goal of training up to 60,000 students over the next several years using Lam’s Semiverse Solutions virtual learning platform.
Lam Research has also introduced its Skill Development Program, designed to provide aspiring semiconductor workers with industry-relevant skills and create pathways into advanced manufacturing careers.
Developing this talent base will be important as India’s semiconductor manufacturing ecosystem expands and creates demand for engineers and technicians across fabs, semiconductor equipment, chip design, testing, materials and precision manufacturing.
AI Chip Boom Raises Importance of Semiconductor Equipment
Lam Research’s investment comes as AI changes the semiconductor industry’s technology requirements.
Training and running increasingly sophisticated AI models requires high-performance GPUs, accelerators, advanced memory and high-bandwidth connectivity. Producing these chips requires increasingly complex semiconductor manufacturing processes.
The AI boom is therefore generating investment opportunities not only for chipmakers but also for companies supplying the manufacturing equipment, components and materials required by semiconductor fabs.
This trend also has implications for telecom operators. The expansion of AI data centers and telecom networks is increasing demand for high-performance computing, optical connectivity, advanced networking equipment and energy-efficient semiconductor technologies.
Lam Research’s decision to establish silicon component manufacturing in India therefore represents more than an expansion of its existing engineering operations. It potentially integrates India more deeply into the global semiconductor equipment supply chain.
India Gains a Bigger Role in Lam Research’s Global Strategy
Lam Research’s ₹10,000 crore plan combines semiconductor manufacturing, advanced R&D, supply-chain development and workforce training within a single India expansion strategy.
Three numbers highlight the scale of the initiative: ₹10,000 crore of planned investment, more than 25 years of Lam Research operations in India, and a target to train up to 60,000 students.
The next milestones to watch will be the location and production timeline of the silicon component manufacturing facility, the number of jobs created and the level of sourcing from Indian suppliers.
For India, attracting semiconductor equipment and component manufacturers alongside chip fabs, packaging plants and design operations will be critical to building a more complete semiconductor value chain.
As AI, 5G, cloud infrastructure and data centers drive semiconductor demand, Lam Research’s latest investment could strengthen India’s position within the global supply chain supporting the next generation of digital infrastructure.
BABURAJAN KIZHAKEDATH