US offers $3M for 5G spectrum sharing research

5G News

The US Department of Defense granted mobile technology researchers $2.7 million to fund the launch of a city-scale trial of 5G spectrum sharing technology, as the country looks for ways to improve allocation of its limited resources.

Testing overseen by the Platforms for Advanced Wireless Research (PAWR) Project Office will focus on maximising 5G operations in the 3.5GHz band, using an AI-enabled spectrum coordination engine developed by Zylinium Research.

The goal is to demonstrate how new coordination systems can be used at scale to optimise airwave allocation and enable multiple operators to occupy spectrum in the same channel.

The work expands on development efforts Zylinium Research undertook last year as a contestant in the Defence Advanced Research Projects Agency’s Spectrum Collaboration Challenge. Its technology, previously only tested in an emulation environment, will be deployed on a live 5G network at a government-backed innovation test bed in Salt Lake City, Utah.

In the US, the 3.5GHz band is already designated as shared spectrum, with specialised access systems used to prevent interference with incumbent military users. PAWR noted in a press release Zylinium Research’s technology is meant to supplement rather than replace those systems to provide greater spectral efficiency.

President Donald Trump highlighted spectrum sharing as a priority earlier this year, pressing for increased adoption of the technology as part of a proposed  budget for the country’s fiscal year 2021.


Products You May Like

Articles You May Like

Chinese carriers already deployed 47,000 5G base stations in Beijing
Stationary 5G is great, but it isn’t ready for all business and office environments
Chinese telcos add almost 44 million 5G subscribers in September
Rakuten Symphony, Intel and Juniper Networks unveil new O-RAN solution
T-Mobile 5G speeds on 2.5 GHz see 40% boost – Opensignal

Leave a Reply

Your email address will not be published. Required fields are marked *