AMD’s Bold Expansion: 3 Ways It’s Transforming India’s Data Center Industry
AMD is rapidly expanding its data center business in India, capitalizing on the country’s growing demand for high-performance computing. With over 8,000 engineers in India, the company has doubled its business in just two years, driven by the adoption of its EPYC processors and Instinct GPUs. A key part of AMD’s strategy is strengthening partnerships with independent software vendors, system integrators, and government initiatives, including the launch of supercomputers Arka and Arunika. As AI and data processing needs surge, AMD is innovating with its fifth-generation Turin processor and expanding its AI accelerator lineup to support enterprise scalability.
The company is also committed to sustainability, aiming for a 30x energy efficiency improvement in its processors by 2025, already reaching 28.3 times the target as of 2024. AMD-powered servers consume up to 20% less power than competitors, reducing costs and environmental impact for data centers. Beyond data centers, AMD is making strides in defense, aerospace, telecommunications, and industrial applications, driving digital transformation across sectors. With India’s tech landscape evolving rapidly, AMD’s continued investments in innovation and energy-efficient computing solidify its position as a key player in shaping the future of AI-driven infrastructure.
AMD’s Bold Expansion: 3 Ways It’s Transforming India’s Data Center Industry
Advanced Micro Devices (AMD) is rapidly expanding its data center operations in India, capitalizing on the country’s booming tech sector. With a workforce of over 8,000 engineers—nearly 25% of its global team—AMD has doubled its business in India over the past two years. The company attributes this growth to the rising demand for high-performance computing and its expanding role among leading cloud service providers.
India: A Hub for Talent and Innovation
India isn’t just a market for AMD—it’s a powerhouse of innovation. Engineers in the country contribute to designing critical components like Central Processing Units (CPUs), Graphics Processing Units (GPUs), and Data Processing Units (DPUs) that power modern data centers. Once dominated by bulky machines, these facilities now rely on AMD’s cutting-edge processors to handle complex workloads efficiently.
Jaya Jagadish, AMD India’s Country Head and Senior Vice President, highlights the impact of their EPYC processors and Instinct GPUs, which provide businesses with a combination of power and cost efficiency. “These solutions are driving adoption across cloud platforms and enterprises, helping clients optimize expenses while scaling operations,” she explains.
Collaborations Fueling Progress
AMD’s 2025 strategy emphasizes partnerships with software developers, system builders, and clients to accelerate innovation. Their EPYC processors are now widely used by startups, universities, large corporations, and even government projects to reduce costs and enhance performance.
One notable collaboration is with India’s Ministry of Earth Sciences (MoES), where AMD supported the launch of two supercomputers—Arka and Arunika. These systems are improving weather forecasting, climate research, and disaster management capabilities. Additionally, AMD works closely with hardware manufacturers to advance public and private-sector initiatives, reinforcing its role in India’s digital transformation.
Meeting AI and High-Performance Computing Demands
As artificial intelligence (AI) reshapes industries, AMD is addressing the increasing demand for processing power. Their fifth-generation Turin processor is optimized for cloud and enterprise workloads, while the Instinct MI325X accelerator is designed for advanced AI applications like generative AI. To simplify AI integration, AMD is developing an open software platform that works seamlessly across devices, data centers, and cloud environments.
“Our goal is to equip businesses with the tools to deploy AI at scale,” says Jagadish. Innovations such as energy-efficient computing and ultra-low-power communication between chips could redefine how integrated circuits function, unlocking new possibilities for technological advancements.
Sustainability at the Core
Advanced Micro Devices isn’t just chasing performance—it’s prioritizing energy efficiency. The company’s processors are engineered to maximize output per watt of power, aligning with India’s sustainability goals. In 2021, AMD set an ambitious target—dubbed “30×25”—to improve energy efficiency in its processors by 30 times by 2025, compared to 2020 levels. By 2024, it had already achieved a 28.3x improvement, putting it well on track to meet or exceed its goal.
This focus translates into real-world benefits: AMD-powered servers consume up to 20% less energy than competing solutions, reducing both costs and carbon footprints for data centers.
Expanding Beyond Data Centers
While data centers remain a priority, AMD also sees growth opportunities in defense, telecom, aerospace, and industrial sectors. Its semiconductor solutions are driving digital transformation in these industries, enhancing everything from communication networks to manufacturing processes.
“Innovation and sustainability go hand in hand,” Jagadish emphasizes. “Our technology empowers industries while minimizing environmental impact.”
Looking Ahead
With India’s appetite for advanced computing and AI solutions growing, AMD’s investments in R&D, partnerships, and eco-friendly technology position it as a key player in shaping the country’s tech landscape. By balancing performance with sustainability, AMD aims to stay at the forefront of the data center revolution while supporting India’s journey toward a smarter, greener future.