Resound Networks and Airspan Networks Successfully Test 1 Gigabit Per Second Fixed Wireless Access (FWA) Services using 6 GHz Spectrum

Rhea-AI Summary

Airspan Networks (NYSE American: MIMO) and Resound Networks announced successful real-world testing of gigabit-tier fixed wireless services using the experimental 6 GHz spectrum. They achieved speeds of 1 Gbps download and 500 Mbps upload over distances exceeding 3 miles, marking a 50% increase in distance expectations. This technology aims to deliver fiber-quality services in rural areas at reduced costs. The Airspan Mimosa A6 access point, with up to 7 Gbps capacity, will be available this summer, pending FCC approval to utilize the 6 GHz band.

Positive

• Achieved gigabit-tier speeds of 1 Gbps download and 500 Mbps upload over 3 miles, exceeding expectations by 50%.
• The Airspan Mimosa 6-series can provide aggregate speeds of up to 1.84 Gbps.
• The upcoming launch of the Mimosa A6 access point supports future-proof gigabit services.

Negative

• None.

Distance of 3.5 miles covered demonstrates extended distance coverage advancement, importance of pending 6 GHz Spectrum Band to Deliver Fiber-Quality, Gigabit Speed Fixed Wireless Solutions to rural and underserved areas at a fraction of the cost of fiber

PAMPA, Texas & BOCA RATON, Fla.--(BUSINESS WIRE)-- Resound Networks and Airspan Networks Inc., a subsidiary of Airspan Networks Holdings Inc. (NYSE American: MIMO) today announced successful results of gigabit-tier fixed wireless services using experimental 6 GHz spectrum at a distance of over 3 miles in real-world testing. Achieving FCC Rural Development Opportunity Fund (RDOF) gigabit-tier speeds of 1 Gbps download and 500 Mbps upload at extended distances demonstrates the importance of this eagerly anticipated band to deliver fiber quality services via wireless in rural areas nationwide.

Resound tested the Airspan Mimosa 6-series fixed wireless access (FWA) solution using new 160 MHz wide channels that will become available with the 6 GHz band, demonstrating up to 1.84 Gbps aggregate speed to subscribers. The Airspan A6 is the highest performing outdoor fixed wireless access point for the 6 GHz band with up to 7 Gbps total capacity, and provides critical high antenna performance for extended range and coverage.

Tyson Curtis, CEO of Resound Networks said, “Resound is committed to expanding gigabit-tier services as we rapidly expand into new markets. We were impressed working with Airspan that we exceeded our gigabit-tier distance expectations in the 6 GHz band by 50% reaching out to over 3 miles. Airspan’s Mimosa A6 and C6x solution will help us expedite the deployment of reliable gigabit services to even more subscribers in rural markets than previously expected.”

“It’s an exciting time for ISPs for rapid fixed wireless expansion, as we are in tandem introducing a long-range, multi-gigabit-capable band with the 6 GHz band, as well as the next generation of massive MIMO, OFDM and interference-cancelling technologies,” said Eric Stonestrom, Chairman and CEO of Airspan Networks. “We applaud the FCC and encourage rapid completion of the 6 GHz Automated Frequency Coordinator, so that ISPs can leverage this new style of hybrid licensed-unlicensed spectrum to expedite closing the digital divide in rural and underserved areas with future-proof performance at a fraction of the cost of fiber.”

The 6 GHz band, which is in the final steps of being made available by the FCC for coordinated outdoor unlicensed use, is a critical band for delivering gigabit services in mid-band spectrum. With very low noise characteristics versus 5 GHz unlicensed bands, larger 160 MHz channels, and significantly improved propagation versus millimeter wave band solutions, the 6 GHz spectrum band is the best choice for high reliability longer distance gigabit services. The Airspan Mimosa 6-series will be commercially available this summer, ready to support the 6 GHz band upon outdoor approval to open the band by the FCC.

About Resound Networks

Resound Networks was founded in 2015 as a rural-focused ISP determined to close the digital divide. The company is based in Pampa, Texas, and its carrier-class network provides coverage to over 400,000 homes throughout Texas, Oklahoma, and New Mexico. Resound plans to expand its network coverage to multiple neighboring states beginning in 2022. For more information visit www.resoundnetworks.com.

About Airspan Networks

Airspan Networks Holdings Inc. (NYSE American: MIMO) is a U.S.-based provider of groundbreaking, disruptive software and hardware for 5G networks, and a pioneer in end-to-end Open RAN solutions that provide interoperability with other vendors. As a result of innovative technology and significant R&D investments to build and expand 5G solutions, Airspan believes it is well-positioned with 5G indoor and outdoor, Open RAN, private networks for enterprise customers and industrial use applications, fixed wireless access (FWA), and CBRS solutions to help mobile network operators of all sizes deploy their networks of the future, today. With over one million cells shipped to 1,000 customers in more than 100 countries, Airspan has global scale. For more information, visit www.airspan.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20220601005855/en/

Resound Networks Media Contact:

Oliver Cabrales

Oliver@resoundnetworks.com

Airspan Media Contact:

Howie Waterman

hwaterman@airspan.com

917-359-5505

Source: Airspan Networks Holdings Inc.

FAQ

What speeds were achieved by Airspan Networks using the 6 GHz spectrum?

Airspan Networks achieved speeds of 1 Gbps download and 500 Mbps upload in real-world testing using the 6 GHz spectrum.

How far can the Airspan Mimosa 6-series technology reach?

The technology successfully covered distances exceeding 3 miles during testing.

When will the Airspan Mimosa A6 access point be available?

The Airspan Mimosa A6 access point is expected to be commercially available this summer, pending FCC approval.

What is the significance of the 6 GHz spectrum for Airspan Networks?

The 6 GHz spectrum is crucial for delivering reliable gigabit services in rural areas at a lower cost than fiber.