Omdia predicts that the first 6G core networks, expected around 2030, will be built on evolved 5G core infrastructure with new 6G control plane functions and a new AI domain, rather than an entirely n…
Northeastern University's Institute for Intelligent Networked Systems has developed GENESIS, a self-driven agentic AI framework that writes, tests, and debugs code from natural language prompts, poten…
T-Mobile US has not yet seen any AI-derived traffic on its mobile network, CTO John Saw said during the carrier's second-quarter earnings call, noting that current AI traffic is confined to wireline n…
Optimizing joint OFDM-RIS systems for 6G networks faces challenges including a lack of standardized benchmarks and scalability issues, with 78 attempts between 2021 and 2026 falling into four paradigm…
Researchers at Princeton University have developed AI-driven methods to design radio-frequency integrated circuits (RFICs) that outperform human-designed chips in performance and are created in a frac…
Ten key technologies expected to define 6G wireless networks, including THz communications, AI/ML, and reconfigurable intelligent surfaces. It explains that 6G will utilize frequencies above 100 GHz a…