All articles tagged with #6g
President Donald Trump signed a memorandum to secure spectrum for 6G development, including relocating federal systems and studying additional spectrum bands, aiming to ensure U.S. leadership in next-generation technology and global competitiveness.
Qualcomm predicts that 6G technology will be available by around 2028, aiming to support the next AI boom with faster speeds and advanced neural processing, though the exact use cases and benefits remain uncertain amidst current technological and political uncertainties.
Qualcomm announced advancements in 6G technology expected by 2028, emphasized AI integration across devices, and hinted at a collaboration with Google to merge ChromeOS and Android into a unified platform, marking a significant evolution in computing and connectivity.
Researchers at Penn Engineering have developed a revolutionary quarter-sized filter that can dynamically tune itself to allow desired frequencies through while blocking interference, potentially enabling 6G wireless signals. This innovative filter uses an ultra-thin film of yttrium iron garnet (YIG) and a compact magnetic tuning circuit, offering a wide tuning range and low signal loss. The technology could transform wireless communications, benefiting smartphones, internet devices, cognitive radios, satellite communications, and more.
Penn Engineers have developed a revolutionary adjustable filter using yttrium iron garnet (YIG) that can prevent signal interference in higher-frequency bands, potentially enabling the next generation of wireless communications, including 6G. This new filter is significantly smaller and more power-efficient than previous models, making it suitable for mobile devices and capable of covering a broad frequency range from 3.4 GHz to 11.1 GHz.
Scientists have developed a chip architecture that combines electronic and light-based components, paving the way for 6G technology. By integrating photonic components into a conventional electronic circuit board, researchers increased radio frequency bandwidth and improved signal accuracy at high frequencies. The prototype chip demonstrated improved filtering capabilities, which is crucial for future wireless technologies that rely on higher frequencies. This advancement in chip architecture will be instrumental in powering 6G devices and enabling faster data speeds in the future.