Displaying items by tag: 6G

Korean tech giant Samsung has signed an MoU this month with KT Corporation (KT), South Korea’s dominant telco, to do joint R&D on communications technologies to improve 6G signal quality.

Japanese telecoms and tech giants NTT, DOCOMO, and NEC have demonstrated a distributed MIMO technology system that maintains communication quality in the mmWave 40 GHz band when a large number of antennas are distributed among multiple locations.

GPU and AI semiconductors vendor Nvidia has unveiled partnerships with several ICT industry players, including telecoms provider T-Mobile and networking giant Cisco, among other participants working on R&D for AI-native wireless networks for 6G.

South Korean telecoms provider KT has announced a partnership with local aerospace and defence firm LIG Nex1 to develop propriety technologies for homegrown low Earth orbit (LEO) satellites.

Following a 40 to 50% revenue growth between 2017 and 2021, the RAN market is now facing a second consecutive year of steep declines, according to a new 6G report by Dell’Oro Group. The pace of decline is expected to moderate after 2024, but downward pressure will likely to persist until 6G becomes a reality.

Samsung Research America (SRA), the research and development arm of Samsung Electronics, has partnered with Princeton University to develop 6G wireless and networking systems.

Swedish telco vendor Ericsson has launched its India 6G program in its Chennai R&D Centre.

Japanese multinational information technology company NEC has developed a 150GHz transmitter IC chip for 5G and 6G mobile access radio communication systems.

Finnish telco vendor Nokia has opened a 6G lab at its global R&D facility in Bangalore, India to drive cases underpinned by 6G technology.

Seven of Telstra's 5G sites are now running on Ericsson's cloud RAN infrastructure.

Finnish telecommunications vendor Nokia, Japanese mobile telecommunications operator NTT Docomo, and NTT claims to be the first three companies to have implemented artificial intelligence and machine learning into radio interface, giving 6G radios the ability to learn and have used sub-terahertz (sub-THz) spectrum to boost network capacity.

Japanese mobile operator NTT Docomo will showcase exhibitions and presentations focused on 6G, open RAN, extended reality and will promote international standardisation and global business for next-generation communication technologies for the first time since the pandemic at MWC Barcelona 2023 from 27 February and 2 March.

The UK government has announced that research and development on next-generation 5G and 6G wireless technology and telecoms security is to be ramped up as part of a £110 million state-funded investment.

The European Telecommunications Standards Institute (ETSI) has announced a new group to research a new candidate technology to underpin 6G, the next evolution in mobile communications.

6G will encourage a shift towards mixed reality devices and make smartphones irrelevant in the next fifteen years, predicts research firm GlobalData.

When Steve Perlman first introduced pCell technology to the world, using interference to deliver a precise cell of coverage to every connected device in a given area, it was a genuine breakthrough that was ridiculed - but Artemis Networks has just switched on its network at the SAP Center in San Jose with results that are undeniable.

When Steve Perlman first introduced pCell technology to the world, using interference to deliver a precise cell of coverage to every connected device in a given area, it was a genuine breakthrough that was ridiculed - but Artemis Networks has just switched on its network at the SAP Center in San Jose with results that are undeniable.

How the world might look like at the start of the next decade – and how the security sector might respond to evolving cybercrime innovation are detailed in cybersecurity company Trend Micro’s report, Project 2030.

Airbus, Nippon Telegraph and Telephone, NTT Docomo, and Sky Perfect JSAT are studying the feasibility of high-altitude platform stations (HAPS)-based connectivity services as part of a future space-based wireless connectivity ecosystem.

NTT DOCOMO announced that it has developed an antenna system capable of creating a high-frequency mobile communication cell when a small (roughly one cubic centimetre) piece of plastic is placed on top of a dielectric waveguide.