Japanese telecom giant NTT Docomo, alongside global partners, has demonstrated AI-powered enhancements for 6G, achieving an 18% boost in communication efficiency. This breakthrough uses AI to optimize modulation and channel estimation, enabling faster, smarter networks.
In the race towards innovative technology, LG Uplus in Korea leads with energy-efficient solutions for future 6G networks. By testing an All-Photonic Transport Network with partners like Infinera, they aim to drastically reduce power consumption, ensuring a sustainable approach.
NTT Docomo’s 6G Harmonized Intelligence Project envisions an AI-driven network revolutionizing telecommunications beyond 5G. By focusing on sustainability, efficiency, and enhanced user experience, this initiative aims to unlock new paradigms for AI and robots, ensuring seamless communication.
KT and its subsidiary KT SAT have revolutionized 5G connectivity through KOREASAT 6 integration with a 5G non-terrestrial network. This milestone utilizes the 5G NTN standard, expanding 5G services to remote areas. Their pioneering trials highlight NTN’s potential for 5G and future 6G innovations, overcoming geographical challenges.
Samsung and NTT Docomo are combining forces to propel AI research and innovation within the telecommunications sector, setting the stage for 6G technology. This strategic partnership aims to elevate network quality and service, ensuring seamless VoIP communication even in challenging signal areas.
SoftBank and Nokia have partnered to research cutting-edge communication technologies, focusing on AI-RAN and 6G innovations. By leveraging Nokia’s Cloud RAN and conducting field tests, they aim to transform digital society. This collaboration underscores the critical role of AI in telecommunication, promising scalable and reliable communication networks essential for smart cities.
Chinese telecom engineers claim to have built the world’s first 6G field test network, as reported by China Daily. This experimental network demonstrates advancements in communication capacity and efficiency, leveraging existing 4G infrastructure. China aims to commercialize 6G by 2030, aspiring to set technology standards by 2025.
Ericsson and King Abdullah University of Science & Technology (KAUST) have extended their research partnership for two more years, focusing on cutting-edge telecommunications technologies like 5G, 6G, and on-chip reflective intelligent surfaces. This collaboration promises to drive innovations and enhance the future of global connectivity, aligning with Saudi Arabia’s Vision 2030.
Korean carrier SK Telecom and Singaporean firm Singtel signed an MoU to develop next-gen telecom networks, focusing on AI and network virtualization. The collaboration aims to create foundational technologies for 6G systems, improve edge-AI infrastructure, and enhance 5G capabilities.
Greenerwave, a French deep-tech company specializing in electromagnetic wave control, along with its partners in the 6G Non-Terrestrial Networks (6G-NTN) project, has released a white paper titled “Vision on Non-Terrestrial Networks in 6G Systems (or IMT-2030).” This document outlines the future of connectivity within the 6G ecosystem, highlighting the anticipated development of a new generation of wireless communication technologies expected to begin deployment around 2030.
