India’s GX Group Ignites Photonics Revolution with December Launch

GX Group will commence operations at its new advanced photonics facility in India this December, with an initial ₹500 crore investment and plans to create around 200 highly skilled jobs. The facility will manufacture critical optical components like SFP transceivers, TOSA, and ROSA, reducing India’s reliance on imports.

The company plans to invest ₹500 crore in the advanced photonics facility initially, and has received government approval for the first phase of the project under the Electronics Component Manufacturing Scheme (ECMS) entailing investments of ₹100 crore, GX Group CEO and founder Paritosh Prajapati told news agency PTI.

Key Highlights

• Start Date: December 2026
• Investment: ₹500 crore (Phase 1: ₹100 crore under ECMS)
• Location: India (exact site not disclosed publicly yet)
• Jobs Created: ~200 highly skilled positions
• Focus Products: SFP transceivers, TOSA, ROSA
• Subsidiary: GX Quantum Photonics will lead component development

Strategic Importance

• Domestic Manufacturing Boost: India currently imports or assembles most optical components. GX Group’s facility will reduce dependency on imports and strengthen local supply chains.
• Telecom & AI Data Centers: These components are vital for high-speed data transmission, supporting telecom operators and AI-driven data centers.
• Photonics Packaging & Chip Design: GX Group aims to build capabilities in photonics packaging and chip design, progressively increasing domestic value addition.

Comparison: Current vs. Future State

Aspect	Current Scenario	Post-GX Facility Launch
Optical Components Supply	Mostly imported or assembled	Locally manufactured
Jobs	Limited specialized roles	~200 high-tech jobs created
Technology Base	Copper-based PCBs dominate	Optical transmission-based PCBs
Data Transmission Speed	Standard	Significantly enhanced
Value Addition	Low domestic contribution	Higher domestic value addition

Risks & Challenges

• Scaling Production: Transitioning from imports to local manufacturing requires supply chain stability and skilled workforce training.
• Global Competition: Established players in Taiwan, China, and the US dominate photonics; GX Group must innovate rapidly to stay competitive.
• Technology Adoption: Shifting from copper-based to optical PCBs will demand industry-wide adaptation.

Outlook

GX Group’s move aligns with India’s Electronics Component Manufacturing Scheme (ECMS) and broader push for self-reliance in high-tech sectors. If successful, this facility could position India as a regional hub for advanced photonics, supporting next-gen telecom, AI, and data infrastructure.

SPIE Photonics West Digital Forum Showcases Best of Optics, Photonics, Quantum, Biomedical Technologies in Applications and Research

SPIE, the international society for optics and photonics, welcomed an engaged global audience to its SPIE Photonics West Digital Forum 6-11 March with 8,000 registered attendees. Across the highly regarded BiOS, LASE, and OPTO symposia, as well as the new industry-focused Quantum West conference, SPIE Photonics West showcased more than 20 plenary speakers, including Ursula Keller, Gérard Mourou, Susumu Noda, Satoshi Kako, Kohji Mitani, Sheila Nirenberg, Laura Fabris, and Yeka Aponte. More than 100 live events – including panel sessions, technical discussions, and networking events complemented the 3,200 on-demand presentations.

 

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SPIE Photonics West Digital Forum showcases best of optics, photonics, quantum, biomedical technologies in applications and research (Photo: Business Wire)

In addition, two Digital Marketplaces – one for Photonics West, one for BiOS – together showcased more than 400 exhibitors and over 100 product demonstrations of the latest innovations in optics and photonics.

 

The largest photonics virtual event of 2021, SPIE Photonics West spotlighted and recognized the best optics and photonics technologies, trends, and entrepreneurial innovations, offering many opportunities for attendees, presenters, scientists, and engineers to engage and discuss their latest research and work. From COVID-focused diagnostics advancements and neuro-technologies to lasers in manufacturing and data center communications, SPIE Photonics West offered a dynamic week of information sharing, learning, and conversation.

 

Quantum West, a new conference on quantum technology held in partnership with the QED-C, featured industry leaders such as Celia Merzbacher, Peter Knight, Andrew Lord, Wilhelm Kaenders, and Kaitlin Moore exploring the role of photonics in quantum technology’s growth from R&D into engineering products for commercial applications.

 

"I have worked with SPIE over many years, as both an exhibitor and conference chair, and am very happy to help build Quantum West together with them,” said Quantum West Co-Chair Tim Day who serves as DRS Daylight Solutions GM and senior VP, as well as Member of the Board of ColdQuanta. “SPIE did a great job under challenging circumstances and is always a wonderful partner in terms of bringing the community together and helping to advance photonics technology. We, along with many others in the photonics community, are looking forward to an in-person meeting next January in San Francisco.”

 

Other industry-focused events featured live sessions with thought leaders discussing today’s hottest application areas, including industrial lasers, sensing and imaging, and autonomous vehicles.

 

“I come to Photonics West every year with my students,” said Jennifer Barton, who is co-chair for BiOS as well as the director of the University of Arizona’s BIO5 Institute and the university’s Thomas R. Brown Distinguished Professor of Biomedical Engineering. “This year, three of them presented virtually, along with myself. I was very impressed with the high quality of live and prerecorded presentations, the flawless execution of events, and the surprisingly effective opportunities for networking and fun – go Trivia Night! Of course, I am looking forward to seeing everyone in person next year, but I loved how engaging and informative this conference week was.”

 

“Photonics West is the largest biomedical, laser, and optoelectronic event in our field, even when we cannot travel,” noted SPIE Senior Director of Technical Programs Marilyn Gorsuch. “Given the virtual circumstances, our volunteer conference chairs rolled up their sleeves and produced an amazing offering to present and discuss the latest technical advancements. But nothing can replace the in-person experience and the excitement of gathering together at Photonics West in San Francisco. We are very much looking forward to hosting Photonics West in San Francisco next January.”

 

All the Photonics West content will be available on the SPIE Digital Library from 20 March.

 

Photonics West 2022 will take place 22-27 January at the Moscone Center in San Francisco. The Call for Papers will be announced and open in the next few weeks.

 

About SPIE

 

SPIE is the international society for optics and photonics, an educational not-for-profit organization founded in 1955 to advance light-based science, engineering, and technology. The Society serves more than 258,000 constituents from 184 countries, offering conferences and their published proceedings, continuing education, books, journals, and the SPIE Digital Library. In 2020, SPIE provided over $5 million in community support including scholarships and awards, outreach and advocacy programs, travel grants, public policy, and educational resources. www.spie.org.

 

 

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