Tejas Networks, in collaboration with Intel, is set to revolutionize the way educational content is delivered to students across India. The partnership has resulted in the integration of Direct-to-Mobile (D2M) technology into Intel-powered laptops, paving the way for universal education by enabling content delivery through terrestrial TV broadcast airwaves. This innovative solution will allow students to access educational content even without an internet connection, a significant advancement for digital inclusion.

Understanding Direct-to-Mobile (D2M) Technology

D2M technology leverages terrestrial TV broadcast airwaves to deliver multimedia content, such as live TV, video, audio, and text, directly to mobile phones and computing devices. This content includes vital educational programming, emergency alerts, and other public service broadcasts. One of the most promising aspects of this technology is its ability to function without the need for Wi-Fi or traditional internet connections, thus enabling students from remote areas or low-connectivity regions to access educational content effectively.

Developed as part of an ongoing proof-of-concept at IIT Kanpur, D2M technology has proven to be scalable, cost-effective, and resilient. The integration of this technology into Intel-powered laptops is set to create new possibilities for equitable education across India.

Collaboration with Intel

Intel’s involvement in this project is pivotal in making the D2M technology feasible for mainstream use. The laptops that incorporate this technology are powered by Intel processors and equipped with an embedded antenna. The technology leverages the Tejas-Saankhya SL-3000 SDR chipset, which is integral in delivering D2M services seamlessly.

As part of the collaboration, Tejas Networks has also developed a suite of infrastructure hardware and software products designed specifically for D2M network deployment. These developments are aimed at ensuring that the technology is accessible and adaptable for a wide range of educational environments, making it possible for schools and institutions across the country to implement this solution.

The Role of Tejas Networks in Advancing Education

Tejas Networks has been a leader in the development of indigenous technologies for communication networks in India. The company’s contributions to the D2M project highlight its commitment to advancing India’s educational landscape. According to Parag Naik, the executive vice-president of Tejas Networks, the D2M system is designed to offer a high-quality learning experience that is both inclusive and scalable, addressing the educational needs of a wide range of students.

Aligning with the National Education Policy (NEP) 2020

The initiative aligns with India’s National Education Policy (NEP) 2020, which emphasizes the need for inclusive and equitable education. The NEP envisions the use of technology to overcome barriers related to digital access, which is a critical challenge in many parts of the country. This collaboration with Intel and Tejas Networks is a step forward in fulfilling that vision by ensuring that students, irrespective of their geographic location or socio-economic background, can access quality educational content.

Shashi Shekhar Vempati, Chairperson of the UGC Committee on Educational Media Reforms, emphasized the importance of this initiative, stating that the D2M technology would help bridge the digital divide, making education more accessible to students across the country.

Testing and Implementation

The SL-3000 chipset, part of the technology developed by Tejas Networks, has been under live network testing in collaboration with Prasar Bharti and IIT Kanpur over the last few years. These tests have ensured that the technology is ready for deployment and will meet the needs of students and educational institutions across India. This end-to-end, indigenously developed solution has been optimized for high performance and reliability, ensuring that the technology can be scaled nationwide.

Benefits for Students and Educators

The introduction of D2M technology holds significant benefits for both students and educators:

• Inclusive Education: The technology provides access to educational content for students in areas with limited internet connectivity.

• Cost-effective Learning: It offers a scalable solution that minimizes the costs typically associated with internet-based education.

• Resilience and Reliability: The system operates on broadcast airwaves, which are more resilient to connectivity disruptions compared to internet-based systems.

Market Reaction and Stock Performance

Despite the exciting advancements brought by this collaboration, Tejas Networks has faced challenges in the stock market. On Wednesday, April 30, Tejas Networks shares were down by 1.43%, trading at ₹718.95 per share at 9:45 AM. The stock has faced a significant decline of 46.45% over the past six months, which may be attributed to broader market trends or investor sentiment.

Conclusion

The collaboration between Tejas Networks and Intel marks a milestone in the journey toward making education more accessible and inclusive. By integrating Direct-to-Mobile technology into Intel-powered laptops, the companies have created a solution that not only addresses the challenges posed by limited internet access but also aligns with the vision of equitable education outlined in India’s National Education Policy. This initiative is set to transform how educational content is delivered to students across the country, ensuring that learning opportunities are available to all, regardless of location or internet access.

The Upcoming IPOs in this week and coming weeks are  Wagons Learning, Srigee DLM, Manoj Jewellers.

The Current active IPO are Kenrik Industries,Arunaya Organics, Ather Energy, Iware Supplychain Services.

Start your Stock Market Journey and Apply in IPO by Opening Free Demat Account in Choice Broking FinX.

Join our Trading with CA Abhay Telegram Channel for regular Stock Market Trading and Investment Calls by CA Abhay Varn - SEBI Registered Research Analyst.