Marvell's India expansion points to new opportunities for semiconductor ecosystem partners

The chipmaker will invest $250 million over the next three years to expand R&D, engineering talent and infrastructure, strengthening India's role in AI semiconductor development.

India's role in the global semiconductor industry is shifting from engineering support to core AI chip design and product development, creating new opportunities for technology partners serving the sector.

Marvell Technology has announced plans to over the next three years, doubling its engineering workforce and expanding its research and development footprint as it strengthens development of next-generation AI and data infrastructure technologies.

While the investment includes a larger engineering presence in Bengaluru and Hyderabad, the significance lies in India's growing position within Marvell's global innovation strategy. The company said India has become its second-largest R&D organisation worldwide, with engineering teams contributing to advanced process technologies, high-speed analogue IP, subsystem design, software and firmware development, and end-to-end silicon design.

As global chipmakers position India as a centre for IP creation and AI infrastructure development rather than a delivery location, opportunities for channel partners will expand beyond traditional IT services into specialised areas, including semiconductor design tools, validation, AI infrastructure, engineering software and high-performance computing environments.

As part of the investment, Marvell will open a new wing at its Bengaluru office, expand its Hyderabad operations and double its headcount in India over the next three years. The expanded facilities will support the design and development of advanced semiconductor solutions that power AI, cloud, and data infrastructure applications.

Marvell vice president and India country manager Navin Bishnoi said India has become a strategic engineering hub for the company and plays a critical role in developing infrastructure technologies used by leading hyperscale cloud providers.

"As we celebrate 20 years in India, we remain committed to expanding R&D investments, strengthening the country's semiconductor ecosystem and developing the next generation of technology talent," Bishnoi said.

Support growing demand for AI infrastructure

Semiconductor companies are deepening engineering investments in India to support growing demand for AI infrastructure. Rather than using the country primarily for engineering support, global chipmakers are expanding design, silicon development and AI research capabilities.

Marvell established its Bengaluru operations in 2006 and has since expanded across Bengaluru, Hyderabad and Pune. Today, engineering teams in India contribute to technologies spanning 2-nanometre and beyond process nodes while also applying AI tools to improve engineering productivity and accelerate product development.

Beyond its own R&D expansion, Marvell said it will continue investing in India's semiconductor ecosystem through collaborations with universities, startups, industry associations and government organisations. These initiatives include internship programmes, faculty development, joint research projects, curriculum development and startup mentoring aimed at strengthening the country's semiconductor talent pipeline.

The company also highlighted its Marvell Scholarship for Technical and Engineering Merit (MSTEM) programme, launched earlier this year to support students pursuing electronics, electrical engineering and computer science. The initiative combines financial assistance with practical industry exposure to prepare future engineers for careers in AI and semiconductor technologies.

For India's partner ecosystem, Marvell's investment signals that semiconductor innovation is becoming an increasingly important technology segment.

As advanced chip design, AI infrastructure and silicon development continue to grow locally, partners with expertise in engineering tools, semiconductor software, validation technologies and specialised infrastructure are likely to find new opportunities alongside global semiconductor companies expanding their presence in the country.