India has launched the ₹1.27 trillion Semicon 2.0 mission to develop home-grown AI chips by 2029-2030. Spearheaded by C-DAC, the project aims to reduce dependence on foreign technology and build domestic infrastructure for artificial intelligence.
The Indian government has officially outlined a timeline to produce an indigenous artificial intelligence inference chip by 2029 or 2030. This initiative is a central pillar of the newly approved ₹1.27 trillion Semicon 2.0 mission, which seeks to establish a comprehensive semiconductor ecosystem in the country. By focusing on local research and design, the government aims to lower the nation's reliance on imported hardware for critical AI applications.
C-DAC and HCL Partnership
The Centre for Development of Advanced Computing, known as C-DAC, is leading the design phase of this project. To bridge the gap between design and manufacturing, the government has selected HCL Infosystems through a formal tender process. HCL will be responsible for validating the chip’s design and managing its performance during the trial production phase. This collaboration is a technical requirement to ensure the final product can handle real-world workloads before it is deployed across national IT infrastructure.
Reducing Dependency on Global Tech
A primary driver for this project is the desire to minimize vulnerability to international export controls. Restrictions on high-performance GPUs, such as those produced by Nvidia, have prompted many nations to seek technological sovereignty in the semiconductor space. By owning the patents and the design intellectual property, India aims to ensure that its public services and internal AI use cases remain functional even if global supply chains or export policies change unexpectedly.
Economic and Strategic Scope
The ₹1.27 trillion allocation under Semicon 2.0 covers a broad spectrum of activities, including support for chip manufacturing factories, design startups, and academic research institutions. While C-DAC’s specific AI chip development will be funded through the National Supercomputing Mission, the broader incentive program is designed to create a commercial environment where private firms can also succeed in chip design. The government’s goal is to create hardware that can power domestic servers, ultimately aiming to integrate these chips into public sector applications and beyond.
For investors and industry observers, the most important monitorables will be the progress of the trial production phases and the ability of the C-DAC-HCL partnership to meet rigorous industry standards for chip performance. As the program matures, updates regarding the commercial scalability of these designs and potential participation from other private semiconductor firms will be key indicators of the mission's long-term success.