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In a significant move to advance India’s telecom technology, the Centre for Development of Telematics (C-DOT) has partnered with IIT Mandi and IIT Jammu to develop a Wideband Spectrum-Sensor ASIC Chip. The project, supported under the Department of Telecommunications’ (DoT) Telecom Technology Development Fund (TTDF), aims to improve spectrum utilization and enable affordable broadband services, particularly in rural areas.
This collaboration is a major step toward making India self-reliant in telecommunications, focusing on developing cutting-edge solutions for the country’s unique connectivity challenges. With this, India is all set to develop its first Telecom Chip, scroll down to read more about it on TICE.
Bridging the Digital Divide
The project’s primary objective is to optimize the use of underutilized spectrum bands. Spectrum sensing technology enables cognitive radio systems to identify unused frequency bands, also known as “spectrum holes,” and use them efficiently without disrupting existing networks.
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Here are the key goals of the project:
- Wideband Spectrum Sensing: Developing algorithms to detect unused spectrum over a wide bandwidth beyond 2 GHz.
- Efficient Hardware Design: Creating hardware architectures that ensure faster sensing and higher data throughput.
- Cognitive Radio Module: Demonstrating a wideband module for spectrum sensing and communication, focusing on the 6 GHz satellite band.
- ASIC Chip Development: Transitioning to an application-specific integrated circuit (ASIC) for better spectrum efficiency and reliability.
- Intellectual Property Creation: Generating dynamic spectrum access technologies to strengthen India’s telecom sector.
A Push for Indigenous Technology
At the agreement signing ceremony, C-DOT CEO Dr. Raj Kumar Upadhyay highlighted the importance of developing spectrum sensing technologies tailored to India’s telecom needs. He emphasized that such initiatives align with the government’s vision of Atmanirbhar Bharat.
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Principal Investigator Dr. Rahul Shrestha from IIT Mandi and Co-Investigator Dr. Rohit B. Chaurasiya from IIT Jammu expressed gratitude for the support provided by DoT and C-DOT. They noted that the project complements national initiatives like Make-in-India and the India Semiconductor Mission by building advanced research capabilities and infrastructure.
What This Means for India?
This initiative has the potential to revolutionize telecom connectivity in India, particularly in rural areas where broadband and mobile services are still limited. By optimizing spectrum utilization, the project aims to bridge the digital divide, making internet services accessible and affordable for millions.
The development of an ind igenous ASIC chip also strengthens India’s position in the global telecom and semiconductor sectors, reducing dependency on imported technology and fostering innovation at home.
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A Boost for Startups and Research
The project is a beacon for startups and research institutions in India. By funding innovative telecom solutions, it creates opportunities for collaboration and intellectual property generation, opening new doors for the Indian startup ecosystem.
With this initiative, India is not just developing telecom technology but also paving the way for a more connected and inclusive future.
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