Latest news with #ParagNaik
The Print
30-04-2025
- Business
- The Print
Tejas Networks, Intel team up to bring Direct-to-Mobile capability to laptops, advancing universal education initiatives
D2M is a broadcasting technology developed as part of an ongoing proof-of-concept at IIT Kanpur. New Delhi [India], April 30 (ANI): Ahead of the World Audio Visual & Entertainment Summit (WAVES) 2025, Tejas Networks and Intel today announced the successful integration of Direct-to-Mobile (D2M) capability in Intel-powered laptops enabling delivery of educational content to students across India leveraging Artificial Intelligence (AI). It uses terrestrial TV broadcast airwaves to deliver live TV, Video, Audio and text messages (multimedia content) of public and national importance such as entertainment, sports, educational programming and emergency alerts directly to mobile phones and compute devices without the need for Wi-Fi or internet service. Universal access to education is a critical prerequisite for achieving Hon'ble Prime Minister Narendra Modi's vision for a Viksit Bharat by 2047, a statement by the Tejas Networks added. By integrating D2M into Intel's personal computing (PC) platform, Tejas Networks and Intel have laid the foundation for a fully integrated compute device that is ready to deliver education without connectivity barriers in a cost-effective manner. This collaboration between Intel and Tejas Networks is a testament to 'Design in India' and 'Make in India' efforts, the company added. The innovative laptop design is powered by Intel processor and an embedded antenna coupled with Tejas – SaankhyaSL-3000 SDR chipset for enabling D2M services. Tejas Networks has also developed a suite of infrastructure hardware and software products for D2M network deployment. The end-to-end indigenously developed technology powered by SL-3000 SDR chipset has been under test in live networks by Prasar Bharati in partnership with IIT Kanpur and Tejas Networks over the last few years. Parag Naik, Executive Vice President, Tejas Networks, said, 'With the integration of D2M chipsets into Intel-powered laptops, we are unleashing a revolutionary leap in educational content delivery. Leveraging the multicast architecture of ATSC 3.0, D2M platform allows simultaneous transmission of diverse educational content–each tailored for different grades, school boards, or languages–directly to students, even in connectivity-underserved geographies. The award-winning SDR chipset for D2M is powered by an Indigenous multi-core DSP architecture that has gone through 2 generations of field hardening. D2M is a scalable, cost-effective, and resilient system that ensures inclusive, high-quality learning, no matter where the learner is situated and will catalyze the country's emergence as a knowledge powerhouse in the coming years. Gokul Subramaniam, President Intel India and Vice President, Client Computing Group, said, 'Intel continues to innovate with the ecosystem to bring unique computing experiences to the users and enable them to perform tasks that can transform their lives. D2M technology, as part of our collaborative effort with Tejas Networks, opens a range of new possibilities to deliver content through personal computing and edge devices. We believe the possibilities with this capability in a PC are far reaching for education in India and globally.' Shashi Shekhar Vempati, Chairperson of UGC Committee on Educational Media Reforms said, 'In line with Prime Minister Narendra Modi's vision for a Viksit Bharat (Developed India) by 2047, the integration of D2M broadcasting technology with AI-capable edge computing can lead to a full-stack (chips to platform) deep-tech public goods infrastructure purpose-built to deliver high quality educational content to India's youth. This initiative also aligns with the National Education Policy (NEP) 2020's vision of equitable and inclusive education by helping overcome digital access barriers for students nationwide.' This integration of artificial intelligence (AI) with D2M platforms can potentially enable multilingual learning experiences, bridging India's linguistic diversity. Coupled with the scalability and resilience of D2M networks, India is positioned to create a robust blended learning ecosystem — combining the depth of digital content with the reach of broadcast media. This moment also reflects a broader trend: India's emergence as a global leader in foundational technology development, the company said. The international dimension, with collaborations ATSC 3.0 standards, signal India's readiness to not just consume but co-create next-generation technologies with global partners. Looking ahead to 2047, realising Prime Minister Narendra Modi's vision for a 'Viksit Bharat,' D2M-enabled devices, AI-driven personalization, and blended learning models will be the bedrock of an empowered, digitally inclusive India, the statement added. It further added that investing in this deeptech future now, has the potentisl to create a resilient, scalable, and equitable educational ecosystem — truly a 'GPT to Educate Bharat. (ANI) This report is auto-generated from ANI news service. ThePrint holds no responsibility for its content.
Time of India
30-04-2025
- Business
- Time of India
Tejas Networks ties up with Intel to enable D2M capability in laptops
NEW DELHI: Homegrown telecom gear maker Tejas Networks has partnered with Intel to enable direct-to-mobile (D2M) capability in laptop devices powered by the American firm's processors. D2M is a broadcasting technology developed as part of an ongoing proof-of-concept at IIT Kanpur. It uses terrestrial TV broadcast airwaves to deliver live TV, video, audio and text messages of public and national importance, including emergency alerts, directly to handsets and compute devices without the need for Wi-Fi or internet service. 'By integrating D2M into Intel's personal computing (PC) platform, Tejas Networks and Intel have laid the foundation for a fully integrated compute device that is ready to deliver education without connectivity barriers in a cost-effective manner,' the companies said in a joint statement Tuesday. The laptop design is powered by an Intel processor and an embedded antenna coupled with the Tejas-Saankhya SL-3000 SDR chipset to enable D2M services. Tejas Networks has also developed a suite of infrastructure hardware and software products for D2M network deployment. The end-to-end indigenously developed technology, powered by the SL3000 SDR chipset, has been under test in live networks by Prasar Bharati in partnership with IIT Kanpur and Tejas Networks over the last few years, as per the statement. 'With the integration of D2M chipsets into Intel-powered laptops, we are unleashing a revolutionary leap in educational content delivery. Leveraging the multicast architecture of ATSC 3.0, D2M platform allows simultaneous transmission of diverse educational content—each tailored for different grades, school boards, or languages—directly to students, even in connectivity-underserved geographies,' said Parag Naik, executive vice president, Tejas Networks. ' D2M technology , as part of our collaborative effort with Tejas Networks, opens a range of new possibilities to deliver content through personal computing and edge devices. We believe the possibilities with this capability in a PC are far-reaching for education in India and globally,' said Gokul Subramaniam, president, Intel India & vice president (client computing group).
Business Upturn
29-04-2025
- Business
- Business Upturn
Tejas Networks and Intel bring Direct-to-Mobile (D2M) tech to laptops; Lava and HMD to launch India's first D2M-enabled phones
In a groundbreaking development ahead of WAVES 2025, Tejas Networks [BSE: 540595 | NSE: TEJASNET] and Intel have jointly announced the successful integration of Direct-to-Mobile (D2M) capability into Intel-powered laptops, marking a major leap in India's push for universal digital access and equitable education delivery. The D2M technology enables transmission of live TV, OTT video, audio, alerts, and educational content directly to laptops and mobile devices—without the need for internet or cellular data, leveraging India's terrestrial TV broadcast network. The technology has been developed in collaboration with IIT Kanpur, Prasar Bharati, and Free Stream Technologies, and extensively tested across live networks. First-of-its-kind: D2M-powered laptops and phones designed, made, and tested in India Tejas Networks and Intel have integrated the indigenously developed SL-3000 SDR chipset into laptops, enabling D2M support through embedded UHF antennas and AI-enhanced content delivery platforms. This collaboration, part of the 'Design in India' and 'Make in India' initiatives, supports PM Narendra Modi's vision for a Viksit Bharat by 2047 and NEP 2020's goals for inclusive, affordable, and quality education. 'D2M laptops open up possibilities for seamless, scalable, and high-quality learning—especially for students in rural and underserved areas,' said Parag Naik, EVP, Tejas Networks. Lava and HMD to launch India's first D2M-enabled feature phones and smartphones Lava International, in partnership with Tejas and Free Stream, will soon unveil India's first D2M-enabled feature phone, built on MediaTek MT6261 and powered by the SL-3000 chipset. The device will allow users to access live TV, public alerts, and critical national messaging without needing internet or Wi-Fi. It features a 2.8' QVGA screen, UHF antenna, 2200mAh battery, and GSM voice support. HMD Global, in collaboration with Free Stream, is working on smartphones embedded with D2M tech. The company has announced plans to scale production post field trials. 'This technology ensures national reach, safety, and emergency responsiveness,' said Sanjeev Agarwal, Executive Director, Lava. 'HMD is proud to be part of a truly global-first innovation with D2M that can transform mobile content consumption,' said Ravi Kunwar, CEO, HMD India. Sinclair backs Indian D2M innovation for global standards in ATSC 3.0 Chris Ripley, CEO of US-based media conglomerate Sinclair, hailed the Indian-led innovation and confirmed its alignment with ATSC 3.0's global roadmap. 'India's D2M rollout validates our 'mobile-first' vision. With Free Stream and Tejas' indigenous tech, we're building toward B2X—'Broadcast to Everything'—for global 6G deployment,' he noted. Strategic impact: From rural education to digital sovereignty No internet required: Content can be broadcast nationwide to devices without connectivity—crucial for rural and low-income areas. AI at the edge: Intel's involvement adds AI-enhanced computing to content customization and accessibility. Public service ready: The system can deliver emergency alerts, multilingual educational content, and targeted government communications. Commercial potential: The platform is ready for CDN offload, advertising, and next-gen OTT services. Shashi Shekhar Vempati, Chair of the UGC Committee on Educational Media Reforms, added: 'D2M broadcasting integrated with edge-AI can create a full-stack, deep-tech public goods infrastructure for India's education sector.' India at the forefront of a global D2M movement This multi-entity collaboration positions India not just as an adopter but a global innovator in Next-Gen broadcast technology, with over 100 patents, indigenous chipsets, and nationwide trials already in place. With upcoming WAVES 2025 set to showcase these innovations at Jio World Centre, the D2M platform is expected to redefine the future of education, public safety, and digital inclusion. News desk at
Mint
29-04-2025
- Mint
Are D2M phones that stream live content without Wi-Fi, internet the next big thing?
When you watch a live Indian Premier League cricket match or a movie on your smartphone, the device uses mobile data or Wi-Fi to stream the content. But if everyone tries to stream the same event through the mobile internet, the network could potentially crash. Now, what if your smartphone could stream live TV, emergency alerts or video content directly from satellites or broadcast towers – without relying on mobile data or Wi-Fi – much like how TVs pick up over-the-air signals? That is the promise of direct-to-mobile (D2M) technology, which allows phones to receive broadcast content from satellites or broadcast towers. India is among the first countries to leverage the technology. Last January, the ministry of information and broadcasting said it was planning a pilot test for D2M broadcast transmissions which, as outlined in a 2022 paper by the Indian Institute of Technology (IIT) Kanpur, does not depend on data connectivity. The approach is already in use for emergency government notifications. And on 28 April, Lava International and HMD said they are planning commercial launches of D2M-ready phones for Indian consumers even as trials are under way. HMD is working with IIT Kanpur-incubated FreeStream Technologies, Tejas Networks and Sinclair, while Lava is collaborating with Tejas. A D2M-capable phone operates with a special chip that can tune into broadcast signals such as satellite or TV frequencies. The phone has software that decodes the broadcasts and displays the content. The broadcast signals can be transmitted over the 5G Broadcast standard—a next-generation evolution of the LTE broadcast and eMBMS systems. LTE (long-term evolution) broadcast and eMBMS (evolved multimedia broadcast multicast services) technologies allow mobile networks to send the same video, TV, or alert to many phones at once, instead of sending it separately to each user. Newer technology such as 5G Broadcast allows even smoother, bigger broadcasts directly to smartphones without needing Wi-Fi or mobile data. However, for voice calls, texting, and internet browsing, the phone will still use regular mobile networks (like 4G/5G) or Wi-Fi, as it currently does. The new HMD devices – low-cost feature phones, dongles, smartphones and tablets – will be powered by Tejas technology, tested extensively over live networks by Prasar Bharati in collaboration with IIT Kanpur and Tejas. Chipsets (SL-3000 from Tejas unit Saankhya Labs) power these devices, alongside a core network platform that delivers targeted ads, emergency alerts, educational content and more, according to Parag Naik, EVP at Tejas Networks. According to Ravi Kunwar, VP and CEO of HMD India and APAC, this will enable the broadcast of a 'vast array of multimedia content" like over-the-top (OTT) content, live TV, video, audio and text messages directly without the need for Wi-Fi or the internet. Lava's feature phone runs on the MediaTek MT6261 SoC (system-on-chip) with an integrated (SL3000) chip by Saankhya. It will come with a UHF (ultra-high frequency) antenna for TV reception, GSM for voice calls, a 2.8-inch (QVGA) display and a 2,200 mAh battery. D2M technology is expected to be lapped up by the 80-90 million 'TV dark homes,' or those that do not have TV sets, across India. That said, the growth of the global D2M technology market is being driven by the increasing use of mobile devices and applications as well as remote work and collaboration, according to market research firm DataHorizzon Research. The firm segments the market into healthcare, e-commerce and marketing, highlighting that telemedicine has emerged as a significant player with healthcare providers delivering services directly to users' mobile devices. Nevertheless, D2M technology is still in its early stages. Companies including Qualcomm, Samsung, and Indian telecommunications giant Jio and the Department of Telecommunications are testing the technology. While Lava's and HMD's dedicated D2M-only phones are yet to hit the market, newer 5G phones are incorporating D2M features, either through chipset upgrades or software updates. These phones are more like D2M-ready devices, which require specific infrastructure such as broadcast towers and spectrum to fully function. D2M-capable phones will likely be priced similarly to standard 5G smartphones. Expect to pay an extra ₹ 1,000-2,000 due to added hardware like dedicated receivers or antennas, if required. China has shown interest in 5G Broadcast while South Korea and Japan have explored 5G Broadcast and similar technologies that may pave the way for D2M-like services. For now, though, India appears to have taken the lead in this space.
