Marvell Technology plans $250M India investment to expand Bangalore facility and double headcount

Marvell Technology Commits $250 Million to India Expansion

Marvell Technology has unveiled plans for a substantial India investment totaling $250 million over the next three years, marking a significant commitment to the country's growing role in global semiconductor R&D 1

1

. The announcement coincides with the company celebrating 20 years of operations in India and signals a strategic shift in how Marvell Technology India contributes to global innovation 3

3

. The investment will fund technology capabilities, workforce expansion, engineering infrastructure, capital expenditure, and operating costs as the company positions India as a critical hub for developing advanced semiconductor solutions 1

1

.

The US-based chip designer joins a growing list of global semiconductor firms expanding their engineering operations in India amid surging AI-driven demand for chips . This move comes weeks after India's cabinet approved the expansion of a key semiconductor program with 1.28 trillion rupees ($13.38 billion) in fresh capital to deepen the country's manufacturing and design capabilities 2

2

.

Plans to Double Headcount in India and Expand Bangalore Facility

As part of its expansion strategy, Marvell plans to double headcount in India over the next three years, though the company has not disclosed a precise hiring target 1

1

. The company currently employs more than 2,000 people directly across its operations in Bengaluru, Hyderabad, and Pune, making India its second-largest R&D organization globally 1

1

.

Marvell has opened 100,000 square feet of additional space at its Bengaluru R&D hub, which became operational several weeks before its formal opening on July 29 1

1

. The company is also constructing another 140,000 square feet at its Bengaluru campus and 125,000 square feet in Hyderabad to expand Bangalore facility operations and strengthen its presence across multiple cities 1

1

. This expanded footprint will support the design and development of solutions for AI technology development, cloud and data infrastructure applications 4

4

.

From Execution Center to Architecture Ownership

The evolution of Marvell's India operations reflects a fundamental transformation in how global companies leverage Indian engineering talent. Navin Bishnoi, Marvell's vice president and India country manager, explained that India had historically been viewed largely as an execution center, with local engineers implementing specifications developed elsewhere 1

1

. "We have moved from execution to architecture ownership and product ownership," Bishnoi said, noting that Indian teams now hold product responsibility in areas including security, networking, wireless, and carrier infrastructure 1

1

.

Teams across Bangalore, Pune, and Hyderabad have developed deep expertise in 2nm process technology and beyond, high-speed analog IP, subsystem design, software and firmware development, and end-to-end silicon development 5

5

. Bishnoi cited the company's data-center security products as one area where development leadership is based in India, with local teams handling architecture and product delivery while foundry engagement, manufacturing, and supply-chain work remain distributed across Marvell's global operations 1

1

.

Custom Silicon Development for Hyperscalers

Marvell is expanding its custom silicon business as hyperscalers seek processors designed for specific AI workloads and data-center architectures 1

1

. Indian teams develop subsystems used in these chips, including memory interfaces, input-output blocks, security functions, and on-chip interconnects that can be combined into designs tailored to individual customers 1

1

. While no single India-based team is responsible for an entire custom XPU, Indian engineers are involved in custom-silicon programs for hyperscalers and large enterprise customers 1

1

.

The company is also using AI tools across RTL design, verification, design-for-test, physical design, firmware, and silicon validation 1

1

. Bishnoi said verification had shown the clearest productivity gains, followed by physical design and software development, demonstrating how Marvell India is playing a leading role in applying advanced AI tools to accelerate engineering productivity and innovation 1

1

.

Advanced Packaging Challenges and India's Semiconductor Ecosystem

Despite India's growing role in Marvell's design operations, the country's involvement in advanced packaging remains limited. Marvell is speaking with Indian OSAT providers, but their current capabilities do not meet the requirements of its leading AI products 1

1

. Marvell's AI products require chiplet integration and advanced packaging capabilities such as 2.5D and 3D integration, and no Indian OSAT provider currently has the required capability or plans to offer it in the short term 1

1

.

Bishnoi expects the next phase of India's Semiconductor Mission to place greater emphasis on advanced packaging, though building the required ecosystem will take sustained investment and time 1

1

. "This is a patience game," Bishnoi said, adding that developing India's semiconductor ecosystem would be a decade-long journey 1

1

.

Building India's Semiconductor Talent Pipeline

Beyond technology development, Marvell continues to invest in the long-term growth of India's semiconductor ecosystem through collaboration with universities, startups, industry associations, and government organizations 5

5

. During the announcement event, Marvell underscored its commitment to developing future engineering talent through its MSTEM program (Marvell Scholarship for Technical and Engineering Merit), an initiative designed to cultivate the next generation of AI and semiconductor innovators 3

3

.

Launched earlier this year, the MSTEM program supports students pursuing degrees in electronics, electrical engineering, and computer science 3

3

. The program attracted more than 7,000 applicants from leading universities across India, with 100 outstanding students selected to receive scholarships 4

4

. By combining financial assistance with practical industry engagement, the program aims to strengthen India's technology talent pipeline and prepare students for careers at the forefront of semiconductor and AI innovation 3

3

.