Govt targets indigenous supercomputers, three-phase plan laid out

As part of the Modi government’s ‘Make in India’ initiative, supercomputers will be manufactured in India under a three-phase programme, officials said.

According to PTI, in the initial two phases of the National Supercomputers Mission, the focus will be on designing and manufacturing subsystems such as high-speed Internet switches and compute nodes indigenously.

The Rs 4,500-crore project was approved by the cabinet committee on economic affairs in March last year.

A Request for Proposal (RPF) for the project is in its final stages and is being executed by the Centre for Development of Advanced Computing (C-DAC), Pune, a research and development institution under the Ministry of Electronics and Information Technology.

- Advertisement -

The NSM envisages nearly 50 supercomputers in three phases. The government has plans to make these high-precision computing machines available for scientific researches across the country.

Milind Kulkarni, a senior scientist with the ministry of science and technology who is over-looking the project, said the plan is to “have six supercomputers in the first phase”.

In the first phase, three supercomputers will be imported. System assemblies for the remaining three will be manufactured abroad, but assembled in India. C-DAC will responsible for the overall system design.

Two supercomputers will have a peak operational capacity of two petaflops and the rest will be of 500 teraflops.

Floating point operations per second (FLOPS) is the standard unit to measure computational power.

A petaflop can be expressed as a thousand trillion floating point operations per second. A teraflop is equal to one million million floating-point operations per second.

The six supercomputers will be placed at four IITs —Banaras Hindu University, Kanpur, Kharagpur and Hyderabad —Indian Institute of Science Education and Research, Pune, and Indian Institute of Science, Bengaluru.

“The goal is to have them by the end of this year,” Ashutosh Sharma, secretary in the Ministry of Science and Technology said.

In the second phase, major parts like high-speed Internet switches, compute nodes and network systems will be manufactured in India.

Kulkarni said that almost the entire system will be built in India in the third phase.

India started its own supercomputing mission in 1988 under which the first series of Param supercomputers were manufactured. The mission lasted 10 years and since 2000, there has been no major push for the project.

Currently, countries such as the US, Japan, China and the European Union (EU) make up a major share of the top supercomputing machines in the world. The NSM will enable India to leapfrog to the league of world-class computing power nations.

There are nearly 25 supercomputers in India in different institutes. These are used for varied purposes, including to deduce complex phenomena like weather, climate change, nuclear reactions etc.

- Advertisement -
Loading form…

Industry's Buzz

Anoop Kumar Rai Takes Charge as BEL Director (Marketing)

0
Beyond defence applications, Rai has driven BEL’s diversification into civilian infrastructure Bharat Electronics Limited (BEL) has appointed Anoop Kumar Rai as its Director (Marketing), effective...

BEL Appoints Ambrish Tripathi as Director (Human Resources)

0
Tripathi’s appointment comes as BEL continues to expand its capabilities across defence and strategic technologies Bharat Electronics Limited (BEL) has appointed Ambrish Tripathi as Director...

Suzlon Adds 250 MW Torrent Order, Crosses 1.1 GW in FY27 Orders 

0
Suzlon has secured a 250 MW wind energy order from Torrent Green Energy, taking their cumulative partnership to more than 1.3 GW across three...
Chip Making (representational Image)

India to Revise Semiconductor Rules Within Two Months, Says Piyush Goyal 

0
The planned changes aim to simplify approvals and make it easier for semiconductor manufacturers to source equipment and components from global suppliers.  India will amend...

North American EMS Book-to-Bill Ratio Rises to 1.29 in July 2026

0
The Association cautioned that month-to-month movements can be affected by seasonality and short-term volatility The North American electronics manufacturing services (EMS) sector recorded a book-to-bill...

Learn From Leaders

(L-R) Nikesh Gondchawar, Strategic & Technical Advisor – Robotics Manufacturing; Shrikrushna Kakade, Founder Partner; Nikhil Kakade, Senior Technical Advisor – Robotics & Control Systems, SlightGen Solutions LLP

“A Made-In-India Robotic PCB Soldering System That Automates The Through-Hole Soldering Process!” – Shrikrushna...

0
Electronics manufacturing is complex, and automation often comes at a high cost. To bridge this gap and offer a more affordable solution in India,...
Navdeep Narula, Executive Director, Client and Endpoint Solutions, Ingram Micro, India

“Enterprise Computing Is Shifting From CPU to GPU And Now Toward NPU-Based Systems ”...

0
The shift from CPU to GPU to NPU-based computing is redefining today’s enterprise endpoints. In an exclusive conversation, Navdeep Narula from Ingram Micro discusses...

India’s Robotics Push Opens New Hardware Opportunities

0
How do you build India’s physical AI future when critical robot components still come from overseas? Niqo Robotics reveals where the gaps remain.  India’s push...
Gadhadar Reddy, CEO and Founder, NoPo Nanotechnologies

How A Material Thinner Than Human Hair Could Transform EV Batteries And Electronics –...

0
What if a material 200,000 times thinner than a human hair could transform EV batteries, semiconductors, and advanced electronics? NoPo Nanotechnologies is making that...
Raja Rajeev Kumar, Mentor at IIT Startups, Chairman of the Board of Trustees, LaxmiRamaVarma Holdings International, and Founder and CEO, ChromoSoul Ventures

“Build Strong Startups, and Funding Will Follow”- Raja Rajeev Kumar, IIT Startups, LaxmiRamaVarma Holdings...

0
While AI and software startups attract attention and capital, electronics ventures often struggle for both. Raja Rajeev Kumar from IIT Startups, LaxmiRamaVarma Holdings International...

Startups

(L to R) C2i Semiconductors Founders—Vikram Gakhar, Founder & Director, Mixed Signal; Preetam Tadeparthy, Founder, CTO, VP, Engineering; Ram Anant, Founder & CEO; B.S. Dattatreya, Founder & Director, Power

Bengaluru Startup Targets AI Data Centre Power Delivery

0
C2i is building power systems that can help AI servers use electricity more efficiently and reliably. Two friends, Ram Anant and Preetam Tadeparthy, were working...
Akshar Vastarpara, Founder and CEO, Vicharak

“Our SBCs Are Designed As Complete Edge-Computing Platforms That Combine Everything On A Single...

0
An Indian startup builds affordable edge AI boards for robots, drones, and industry, positioning them as Raspberry Pi alternatives. In an EFY interview with...
(L-R) Sri Kusulu Devalla, Co-Founder and Hetendra Singh Rathore, Founder, Segritech

“We don’t just sort fruit; we match every quality grade with the right buyer.”...

0
An agritech startup has developed an AI-powered machine that sorts and grades fruits directly on farms, helping reduce post-harvest losses by connecting produce with...
Dr Naveen Yanduru, CEO, Axiro Semiconductor Private Limited

“India Can Lead In IP—If It BacksIts Own Builders”

0
Axiro Semiconductor designs RF and satellite chips, ships millions worldwide, and retains its startup mindset while tackling complex technical challenges. In a conversation with...
Dr Sanjay Ahuja, Founder and CEO of Cionlabs, India

“We are solving India-specific challenges rather than offering generic ‘black box’ IoT solutions.”

0
From hybrid mesh networking to AI-enabled edge devices, an Indian IoT startup is developing home-grown solutions to improve connectivity, strengthen privacy and support the...