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.
In a bid to expedite the advancement of 6G software, tech behemoth Samsung and chip design firm Arm have joined forces to delve into parallel packet processing technology. This cooperative effort will see Samsung Research launching an open-source initiative in conjunction with Arm to collectively innovate and refine parallel packet processing technology.
Nvidia is setting its sights on a more significant role within the mobile networking sphere, particularly in the emerging field of 6G technology. At its annual GTC AI event, the company unveiled its ambitious 6G Research Cloud Platform, positioning itself as a key player in the next evolution of mobile technology. This initiative is designed to leverage Nvidia’s expertise in chips and AI, demonstrating its capabilities beyond the realm of 5G.
In a groundbreaking move, Nokia has joined forces with SK Telecom, NTT, and DOCOMO to pioneer the development of a 6G AI-native air interface, aiming to revolutionize network performance and energy efficiency. This collaboration marks a significant leap towards integrating artificial intelligence deeply into the fabric of next-generation wireless technologies.
As the evolution towards 6G continues, telecommunications mammoths NTT DOCOMO and NTT, have expanded their research circle to include SK Telecom and Rohde & Schwarz. The newly inducted collaborators will aid in various 6G trials in Japan, focusing on identifying potent frequency bands for the upcoming technology. Of particular interest is the development of a ‘6G AI-native air interface’, that promises to bolster network performance and energy effectiveness.
In an exhilarating turn of events, telecommunications titan Ericsson collaborates with the renowned Indian Institute of Technology Kharagpur for pioneering research in AI, Compute, and Radio technology, with a spotlight on 6G development. This theoretical partnership is set to stir groundbreaking headway in fundamental and applied study in the Radio realm, significantly marking India as a technological innovation hub.
Recognizing the growing demand for mid-band spectrum, the International Telecom Union (ITU) appends new frequency bands for 5G usage. A significant addition was the 6GHZ spectrum, which is anticipated to facilitate the 5G evolution. Multiple global operators have conducted successful tests, making strides toward a seamless shift to 5G-Advanced. This advancement not only opens a myriad of industry opportunities but also promises an improved user experience potentially comparable to the fiber experience.
