Artificial intelligence is revolutionizing the landscape of chip design, positioning India as a central hub for next-generation semiconductor research and development. Global technology leaders like Cadence Design Systems, Samsung Semiconductor's Indian R&D arm (SSIR), and Tessolve are significantly investing in AI-driven methodologies to streamline and enhance their semiconductor processes.
Executives at these companies affirm that AI is becoming an indispensable component throughout their semiconductor operations. This transformation spans various critical areas, including chip conception, verification, and market introduction. Cadence, for example, offers AI-driven tools like the Cerebrus AI Studio, which Samsung Semiconductor India Research has leveraged to achieve substantial improvements in power, performance, and area (PPA) for SoC subsystems. By using features such as smart model replay, customizable dashboards, and advanced data analytics, SSIR has reported PPA improvements of 8-11%.
Samsung is expanding its chip design hiring in India to strengthen its AI semiconductor capabilities. SSIR, located in Bengaluru, is one of Samsung's largest semiconductor research facilities outside South Korea, encompassing all three Device Solutions (DS) divisions. Samsung's increased focus on India aligns with the Indian government's "Semicon India" initiative, which seeks to establish a robust domestic semiconductor ecosystem. With India's chip market projected to reach $100 billion by 2030, Samsung aims to make India a key global hub for AI semiconductor design. To this end, Samsung is transforming SSIR from a support unit into a core global design center for AI-focused semiconductors.
The integration of AI is impacting all facets of semiconductor design, from memory architecture to testing and development speed. This includes AI computation optimization, system semiconductor integration, and advanced memory design. These advancements are crucial for developing next-generation technologies and maintaining a competitive edge in the global market.
Moreover, the increasing demand and production of semiconductors in India, supported by both local and international companies, are fostering a comprehensive ecosystem that encompasses design, manufacturing, and testing. As India continues to develop its semiconductor capabilities, particularly in the design and manufacturing of advanced chips, the country is poised to play a more prominent role in the global semiconductor industry.
