India Unveils 2nm Chip, Sets Semicon 2.0 Roadmap for Global Hub Ambition

Union Minister Ashwini Vaishnaw unveiled a cutting-edge 2-nanometre semiconductor chip manufactured by Qualcomm, highlighting India's progress in building a complete semiconductor ecosystem. He stated this marks India's shift from a back-office to an end-to-end product development hub, with the chip containing up to 20 billion transistors. The minister noted that nearly 67,000 semiconductor engineers have been trained under the Semicon India Mission, with design education now in 315 institutions. Looking ahead, the government will soon roll out Semicon 2.0, focusing on advanced design, moving to 7nm manufacturing, and expanding the talent pipeline and fabrication units.

Key Points: India Unveils 2nm Chip, Announces Semicon 2.0 Roadmap

  • 2nm chip with 20bn transistors unveiled
  • Shift to end-to-end product development hub
  • 67,000 engineers trained under Semicon 1.0
  • Semicon 2.0 to focus on design and 7nm tech
  • Roadmap from 28nm to 7nm manufacturing
3 min read

2-nanometre Qualcomm chip unveiled; Ashwini Vaishnaw sets Semicon 2.0 roadmap

Union Minister Ashwini Vaishnaw unveils a 2nm Qualcomm chip and details India's Semicon 2.0 plan to build a complete semiconductor ecosystem.

"It's a new industry. - Ashwini Vaishnaw"

Bengaluru, February 7

Union Minister for Electronics and IT Ashwini Vaishnaw on Saturday unveiled a high-tech 2-nanometre chip manufactured by Qualcomm.

On the occasion, the minister underscored the country's rapid progress in building an end-to-end semiconductor ecosystem.

Speaking at the event, Vaishnaw said the development marks a shift from India's earlier role as a back-office destination to a hub for end-to-end semiconductor product development, from customer product definition through silicon design, tape-out, and validation.

"Our country is making major progress in the semiconductor manufacturing design and getting the entire ecosystem in our country. It's a new industry," he said.

Holding a chip wafer in his hands, the minister described its capabilities and the precision manufacturing involved in it.

The minister noted that the newly designed wafer contains approximately 20 to 30 billion transistors, with each die--a small square on the wafer--housing nearly 20 billion transistors. He explained that the chip integrates both a CPU and a GPU.

"The end product which comes out of this is this kind of module which comes out, which basically becomes an AI computer on the desktop of any person on the edge, which means within a camera, within a Wi-Fi router, or within a device on any machine or any moving car, automobile, train or aeroplane," he said.

He lauded the Indian semiconductor talent developed under the Semicon mission.

Vaishnaw credited India's growing talent pipeline for reinforcing these technological advancements. Under the Semicon India Mission 1.0, the government set a target to train 85,000 semiconductor professionals over a decade. By far, about 67,000 semiconductor engineers have been trained, he said.

According to the minister, semiconductor design education is now available at 315 universities and colleges nationwide, with students having access to advanced electronic design automation (EDA) tools. These students are designing chips, taping them out at the Semiconductor Laboratory in Mohali, and validating final products, a capability which, according to Vaishnaw, is rare globally.

"Not many universities in the world, not many countries in the world, have this kind of model," the minister said.

Looking ahead, Vaishnaw said the government will soon roll out the Semicon India Mission 2.0, announced in the Union Budget by Finance Minister Nirmala Sitharaman. The next phase will prioritise semiconductor design, followed by equipment and materials manufacturing, deeper talent development for complete system-level design, and the expansion of fabrication and assembly, testing, marking, and packaging (ATMP) units.

He also said India's roadmap to advance from current 28-nanometre manufacturing capabilities to 7-nanometre technology will be a key focus under Semicon 2.0, with preparations expected to be completed in the coming months.

"We should be able to finally complete it within the next few months," the minister said about Semicon 2.0, without giving a definitive timeline.

- ANI

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Reader Comments

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Priya S
Training 67,000 engineers is impressive, but the real test is retaining this talent in India. We need high-paying design jobs and fabs here, not just training for them to move abroad. Semicon 2.0 must focus on creating a complete industry ecosystem with good opportunities.
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Vikram M
20 to 30 billion transistors on a single wafer? Mind-blowing! 🤯 The fact that our students in 315 colleges are using these EDA tools and taping out at SCL Mohali is a game-changer. This is how we build intellectual property, not just assemble phones.
S
Sarah B
As someone in tech, this is very promising. The roadmap from 28nm to 7nm is ambitious but necessary to be competitive. The focus on design first is smart—it's where the high value is. Hope the execution of Semicon 2.0 is as robust as the plan sounds.
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Rohit P
Waah! Qualcomm's 2nm chip unveiled by our minister is a proud moment. But let's be clear, this is a design unveiled, not manufactured here yet. The real celebration will be when we have our own commercial fabs producing at these advanced nodes. The journey has begun, though!
K
Kavya N
This gives me hope for my younger brother studying engineering. He's passionate about VLSI. Knowing there's a structured mission and actual design work happening in-country is a huge motivation. More power to our semiconductor warriors! 💪

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