izmomicro, a division of izmo Ltd., announced a milestone in silicon photonics packaging, becoming the first company in India to demonstrate this level of integration. The company developed a high-density packaging platform that supports 32-channel fiber input and output with insertion loss below 2 dB. The module also integrates 32 DC I/Os, 4 RF I/Os, and delivers high-speed RF performance up to 70 GHz. Achieving this density requires advanced semiconductor packaging processes, including nanometer-scale optical alignment and seamless photonic-electronic integration.
The breakthrough addresses one of the biggest bottlenecks in scaling silicon photonics for applications in AI, cloud computing, and telecommunications. Traditional copper interconnects are nearing their performance limits, making optical solutions critical for the next generation of data and communications infrastructure. By advancing packaging density while minimizing signal loss, izmomicro positions itself within a select group of global companies able to provide this capability.
Based in Bengaluru, izmomicro operates a Class 1000 Cleanroom facility that provides design, packaging, and assembly solutions for high-performance computing, telecom, aerospace, AI infrastructure, and green energy. The company’s achievement underscores the growing role of Indian semiconductor specialists in global optical and semiconductor ecosystems.
- Developed 32-channel silicon photonics packaging with <2 dB insertion loss
- Integrated 32 DC I/Os, 4 RF I/Os, and RF performance up to 70 GHz
- First company in India to achieve this level of photonic packaging density
- Operates a Class 1000 Cleanroom facility in Bengaluru
“Achieving this level of fiber density with ultra-low insertion loss is a defining moment for izmomicro,” said Dinanath Soni, Executive Director of izmomicro. “Only a handful of companies worldwide have demonstrated this capability, and we are proud to be the first in India.”
🌐 Analysis: izmomicro’s announcement highlights India’s emerging role in advanced semiconductor packaging and photonic integration. While countries like the U.S., Japan, and China have established leadership in silicon photonics, India has historically focused on design services rather than manufacturing. Breakthroughs like this suggest a shift toward greater participation in high-value manufacturing and packaging, aligning with India’s broader push for semiconductor self-reliance. Success in this domain could make India a meaningful contributor to the global optical interconnect supply chain.
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