India Takes a Quantum Leap with Indigenous Silicon Photonics Solutions

India has launched indigenously developed Silicon Photonics solutions at IIT Madras, marking a step towards self-reliance in advanced electronics. The solutions include a Process Design Kit (PDK) with over 50 verified components and a programmable photonic chip test engine. Secretary MeitY S Krishnan stated that India's progress in this field matches global standards and needs a dedicated fab. The technology has wide-ranging applications in both classical and quantum computing regimes.

Key Points: India Launches Indigenous Silicon Photonics Tech

  • Indigenous Silicon Photonics solutions launched at IIT Madras
  • Includes a Process Design Kit (PDK) with over 50 components
  • Aims to enable industries, startups, and academia for chip design
  • Supports India Semiconductor Mission for tech self-reliance
2 min read

India launches indigenous silicon photonics solutions, pushes chip tech self-reliance

India launches indigenous Silicon Photonics solutions at IIT Madras. A key step towards chip tech self-reliance with applications in classical and quantum computing.

"Silicon Photonics in India is matching with global state of the art. - S Krishnan"

Chennai, April 24

India on Friday marked a significant step towards technological self-reliance in advanced electronics with the launch of indigenously developed Silicon Photonics solutions at Indian Institute of Technology Madras in Chennai.

The Indigenously developed silicon photonics technology solutions, including a Process Design Kit (PDK) and a programmable photonic chip test engine.

The solutions were unveiled by the Ministry of Electronics and Information Technology (MeitY) at the Indian Institute of Technology Madras, where they have been developed under a government-supported centre.

Calling it a major milestone, Secretary MeitY S Krishnan said India's progress in this space is keeping pace globally. "Silicon Photonics in India is matching with global state of the art. This needs to be complemented with establishment of Silicon Photonics Fab under India Semiconductor Mission," he said.

The newly launched Silicon Photonics Process Design Kit comes with over 50 verified components and is aimed at enabling industries, startups, academic institutions and defence organisations to design advanced photonic chips within the country.

Alongside, the Universal Programmable Photonic Integrated Circuit (PPIC) Test Engine will provide an automated platform for testing and characterisation of photonic and optoelectronic modules across applications.

Highlighting future potential, Amitesh Sinha, Additional Secretary, MeitY and CEO of India Semiconductor Mission, said the technology has wide-ranging applications. "Cutting edge Silicon Photonics technology developed, has applications in both classical and quantum regime," he said, adding that it could be supported under upcoming ISM 2.0 for further development.

He also noted that after commercial validation, "a Silicon Photonics Fab with integrated Packaging facilities may be set up."

The centre at IIT Madras is expected to expand its capabilities later this year. Chief Investigator Prof. Bijoy Krishna Das said, "Starting in Q3 of this financial year, our center will enable Silicon Photonics MPW fabrication runs while offering comprehensive testing, packaging, and module characterization."

The initiative follows a Product Research, Development and Manufacturing (PRDM) model and is expected to function as a shared national facility for India's photonics research and development ecosystem.

- ANI

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Reader Comments

P
Priya S
Impressive work, but I hope this isn't just another research paper gathering dust. We need actual commercialisation - a fab costing thousands of crores is still needed. Let's see if ISM 2.0 delivers the real infrastructure.
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Vikram M
Silicon photonics is the future for high-speed data transmission, especially in AI/ML workloads. The programmable test engine is a smart move - will save startups months of validation. Really proud of the team at IIT Madras for pushing the envelope.
J
James A
Interesting development. The 50 verified components in the PDK are impressive for a first release. I'm curious how it compares to foundry PDKs from GlobalFoundries or TSMC. Still, a big step for a country starting from scratch in photonics.
K
Kavya N
As someone working in telecom, this could be huge for India's 5G/6G ambitions. Optical interconnects need photonic chips. But we need clarity on who gets access to the MPW runs - will it be affordable for small companies? Hope the PRDM model works!
M
Michael C
Great to see India making strides in advanced packaging and photonics. The PPIC test engine is a smart piece of infrastructure. I hope this leads to more collaboration with global research labs. The quantum angle is what really excites me!
R

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