Having helped pioneered the global rollout of 5G networks with extensive infrastructure investments and technological breakthroughs that enabled the rapid deployment of high-speed, low-latency mobile ...

Smartphones are rarely used for talking. Data services are taking over the spectrum of frequencies reserved for wireless communications, and as the sixth-generation (6G) global network appears on the ...

Wi-Fi 7 and 5G-Advanced mark a turning point in RF front-end design, where integration, AI-driven optimization, and spectrum-proof architectures are shaping 6G foundations.

Scientists have detected collective resonance at remarkably high and broad frequency bands. In a magnetic superstructure called a chiral spin soliton lattice (CSL), they found that resonance could ...

The specific band used in the trial - 7,125 to 8,400 MHz - is scheduled to be discussed at the ITU-R's World Radiocommunication Conference 2027 as a potential 6G frequency. According to SoftBank, the ...

6G is looking to achieve a broad range of goals in turn, requiring an extensive array of technologies. Like 5G, no single technology will define 6G. The groundwork laid out in the previous generation ...

6G is not just the evolution of 5G. Every generation of cellular technology is transformational. 4G gave life to the mobile Internet while 5G expands cellular communications beyond smartphones. 6G ...

Just as the 5G juggernaut rolls on across the world, the comms industry is gearing up for – and exploring the potential opportunities from – the next generation of wireless: 6G. Since the onset of the ...

Japan’s SoftBank Corp has been planning its 6G strategy for years already The use of high-frequency spectrum is set to play a key role in next-generation cellular service delivery SoftBank has teamed ...

Japanese mobile operator SoftBank has claimed a first for the nation in launching an outdoor trial of 6G technology using the 7GHz band, a centimetre-wave frequency. SoftBank obtained a trial license ...