Forget networking cables. Texas Instruments is working on ways to hook up desktops via laser beams. TI on Monday showed off a networking system called the Optical Wireless Solution, which lets ...

Ending a year in which it celebrated its fifth birthday, the Innovative Optical and Wireless Network project releases details ...

Continuing our look at the work of the IOWN project, we find out what use cases the next evolved generation of the infrastructure will support and which firms are likely to gain.

Forget networking cables. Texas Instruments is working on ways to hook up desktops via laser beams. TI on Monday showed off a networking system called the Optical Wireless Solution, which lets ...

Japanese telecom firm NTT and Tokyo-based electronics giant Toshiba are working on new ways around this problem. In November, ...

As our devices multiply and data demands grow, traditional wireless systems are hitting their limits. To meet these challenges, we have turned to an innovative solution. At the University of Melbourne ...

The next generation of optical networks needed to satisfy our appetite for bandwidth is currently under development. And researchers from Georgia Tech have built a new architecture which delivers ...

Taara, a project at X (formerly known as Google X), provided an innovative solution using invisible light beams transmitted through the air to provide broadband connection between telecom nodes In ...

The demand for ultra-high-speed, low-latency, and highly secure communication networks is driving research into extreme-band technologies, particularly in the terahertz (THz) and optical wireless ...

Oxford University is highlighting its work in the realm of optical wireless communications. See Ultra-high Bandwidth – Isis Project No 9453 Identifying a shortage of licensed frequencies in existing ...

Google’s system leverages optical circuit switching (OCS) to create direct, low-latency optical paths between TPU chips, minimizing signal conversion losses. They avoid repeated ...