Moving on swiftly, Keysight joins 6G initiative

6G will accelerate the digitalisation of economies and society, moving the world significantly closer to becoming a truly global and digital community.

The eight-year program envisages a society that by year 2030 is data-driven, enabled by near-instant, unlimited wireless connectivity. Fundamental research begins 10-15 years prior to the development of industrial standards.

6G will build on, and greatly expand, the capability that 5G is expected to deliver for vertical industries that rely on connectivity in healthcare, manufacturing, energy, transportation, and public safety.

"We're excited to join the 6G Flagship Program as one of its founding members to begin groundbreaking 6G research," said Satish Dhanasekaran, senior vice president of Keysight and president of Keysight's Communications Solutions Group. "The program signals the start of a new era of wireless technology that will push the boundaries of high-speed and high-bandwidth applications. As the only test and measurement provider invited to take part of the program, Keysight is showcasing the unique role we play in solving design challenges ahead of a technology wave."

Keysight's early research capability, complemented by a wide range of software and hardware for design, simulation and validation, will help the program accomplish its overarching goals.

These include supporting the industry in finalising the adoption of 5G across verticals, developing fundamental technologies needed to enable 6G such as artificial intelligence (AI) and intelligent UX, and speeding digitalisation in society.

"We're excited to continue our close collaboration with Keysight to establish the world's first 6G multi-disciplinary research initiative with broad support in both industry and academia," said Matti Latva-aho Academy Professor, Director of the 6G Flagship Program at the Centre for Wireless Communications (CWC), University of Oulu.

The next generation of wireless communications – beyond 5G – is expected to leverage spectrum above millimetre waves called terahertz waves, from 300 GHz to 3 THz. These frequencies form an important component in delivering data rates of up to one tera bit per second and ultra-low latencies.