WBA unveils ‘world-first’ mixture of Wi-Fi 6E, OpenRoaming

The Wi-fi Broadband Alliance (WBA) has introduced what it claims is a profitable proof-of-concept trial of Wi-Fi 6E at a serious college campus in Europe, which included what is alleged to be the primary time Wi-Fi 6E has been examined on a community linked to WBA OpenRoaming.

Designed to allow seamless handover between mobile and Wi-Fi networks, OpenRoaming was first introduced in 2020 and commercially deployed a yr later. It’s primarily based on a standard set of requirements to bridge the hole between mobile and Wi-Fi, providing customers frictionless connectivity as customers roam between visitor Wi-Fi networks and public Wi-Fi hotspots, combining the comfort of cell roaming with Wi-Fi 6 connectivity, permitting gadgets to hook up with Wi-Fi networks securely and mechanically with out the consumer needing to log in additional than as soon as.

Obtainable at multiple million hotspots worldwide, WBA OpenRoaming is now in Launch 3, and is designed to make the enterprise and business facets of roaming simpler than ever, in addition to, importantly, in the reduction of on a whole bunch of hours of authorized and administrative time when establishing roaming settlement agreements. Additionally it is meant to allow enterprises, system OEMs, service suppliers and others to offer efficiency ensures, and – with Wi-Fi 6 and 6E – a carrier-grade expertise as customers roam between completely different public Wi-Fi venues.

The trial was carried out on the Polytechnic Institute of Viseu (IPV) in Portugal, the primary organisation in Portugal to take part in WBA OpenRoaming, which permits college students, academics and different customers on campus to mechanically connect with a high-speed, safe, carrier-grade Wi-Fi 6 community wherever they’re, indoors and outside, with out experiencing disruption to their wi-fi community connection.

WBA described it as a milestone in the direction of a full deployment that can give school and college students new choices for interacting with on-line sources corresponding to video, each in classroom and remotely. The trial was a collaboration between IPV and Excessive Networks, in addition to Broadcom, Intel and Samsung. It lined all kinds of bandwidth-intensive and latency-sensitive video use circumstances in a high-density atmosphere, together with an 8K video feed throughout the Wi-Fi 6E community, utilizing a Wi-Fi 6E-enabled system as the published platform. Situations included distant instructing with HD video within the classroom and simultaneous pupil entry to HD and 8K movies for distant studying.

Additionally it is stated to assist quick handover for roaming between cell and Wi-Fi networks, enabling customers to remain linked as they transfer on and off campus with out impacting efficiency, regardless of what number of customers are on the community.

For the trial, Excessive deployed 4 of its AP4000 Wi-Fi 6E entry factors in a 1,400-square-metre venue that IPV makes use of to host on-campus occasions. Broadcom, Intel and Samsung supplied laptops, smartphones and tablets enabled with 6E chipsets to run the trials. Excessive noticed a most obtain pace of 1.7 Gbps throughout the trial near the AP4000’s most potential throughput. Future trials will likely be carried out as new gadgets with 6E chipsets hit the market, together with augmented and digital actuality gadgets that can allow immersive classroom experiences and supply school and college students with new methods to work together.

Among the many key outcomes of the trial cited by the WBA is the power to allow IPV to extend its choices for immersive hybrid studying, which it says is rapidly changing into a extra fashionable choice for college kids in Europe. IPV is a technology-driven college, and Wi-Fi 6E will allow it to extend its use of expertise for college kids on and off campus, giving them the abilities crucial to acquire a job after graduating.

Moreover, IPV delivers regional Wi-Fi for the Viseu municipality, and Wi-Fi 6E will guarantee it has the bandwidth crucial to supply connectivity for college kids and native residents who want to make use of it. IPV can be at present exploring the potential of utilizing OpenRoaming to seamlessly combine its Wi-Fi 6E community with mobile networks.

“Having a Wi-Fi 6E community on campus will open the door for us to extend our utilization of rising expertise within the classroom,” stated Luís Almeida, senior community administrator at Instituto Politécnico de Viseu.

“We will make our labs extra immersive, improve the sources that we provide college students on-line, and be sure that college students have the identical studying expertise whether or not they’re within the classroom or consuming classes remotely. As quickly as we’re in a position to roll Wi-Fi 6E out throughout our whole campus, we all know our college students, educators, and all who connect with our community will instantly see the advantages of with the ability to join in a brand new, clear spectrum.”

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