Ashwini Vaishnaw Launches Qualcomm’s This Advanced Chip In Bengaluru

Union Minister Shri Ashwini Vaishnaw launched a 2 nm semiconductor chip by Qualcomm in Bengaluru. Announced on February 7, 2026, the launch highlights India’s growing strength in cutting edge semiconductor design. Speaking at the event, the minister addressed that as the 5th Industrial Revolution unfolds, India must become a global centre for deep tech innovation. The launch signals India’s rising importance in global semiconductor engineering and design capabilities.

Details of Launch of 2 nm Semiconductor Chip

• The launch of the 2 nm semiconductor chip by Qualcomm is significant because 2 nanometre technology represents the frontier of chip design.
• Smaller nodes mean higher performance, lower power consumption, and advanced applications in AI, telecom, and high-performance computing.
• By showcasing such advanced design work from India, the event reinforces that India is no longer just a back end IT hub but a key player in high-end semiconductor engineering within global value chains.

Ashwini Vaishnaw’s Vision for Semiconductor Growth

• Addressing the gathering, Ashwini Vaishnaw said the world is looking at India with hope due to its massive talent pool.
• He highlighted India’s philosophy of co-creating and co-developing solutions for the global community.
• The minister noted that decisive leadership at the national level opened a new chapter through the India Semiconductor Mission, reversing decades of missed opportunities when the importance of semiconductor chips was underestimated.

India Semiconductor Mission: From 28 nm to Advanced Design

• The minister explained that India adopted a measured and practical approach under the India Semiconductor Mission.
• The initial focus was on 28 nm technology, which meets nearly 75% of current needs, including automotive, telecom, power management, and strategic sectors.
• As of now, 10 semiconductor units are under construction, with four already in pilot production.
• These units are undergoing validation and customer qualification, paving the way for India’s first commercial semiconductor fabs.

Talent Pipeline and University Ecosystem in Chip Design

• A key highlight shared during the 2 nm semiconductor chip launch was India’s rapid progress in semiconductor talent development.
• Since 2022, 315 universities across India have been equipped with advanced Electronic Design Automation (EDA) tools from global leaders like Synopsys, Cadence, and Siemens.
• Students from even remote institutions are now designing chips, completing tape-outs, and validating real-world functionality.
• This wide talent pipeline gives India a long-term strategic advantage in semiconductor design.

India Semiconductor Mission 2.0: What Will Change?

• Looking ahead, the government plans to roll out ISM 2.0 with a sharper focus.
• The first priority will be design companies and startups that can take products from concept to market.
• The second focus is building the entire semiconductor ecosystem in India, including equipment, chemicals, gases, testing, and validation.
• The third focus will be deepening advanced skills by partnering with universities to solve real-world problems across sectors.

5th Industrial Revolution and Industry-Academia Partnership

• The minister emphasised that the 5th Industrial Revolution demands close cooperation between government, industry, and academia.
• To lead in deep tech innovation, India must ensure continuous upskilling and reskilling of students and professionals.
• Industry-driven curricula, practical exposure, and solution-oriented research will help India deliver greater value to the global economy.
• The 2 nm semiconductor chip launch reflects this integrated approach to future-ready growth.

Key Summary at a Glance

Question

Q. The 2 nm semiconductor chip launched in Bengaluru was developed by:

A. Intel
B. TSMC
C. Qualcomm
D. Samsung