OneWeb Expands Connectivity Services in Europe and US

OneWeb Expands Connectivity Services in Europe and US

OneWeb, the global low Earth orbit (LEO) communications network, on Wednesday, announced the expansion of its connectivity services throughout Europe and the majority of the United States. The expanded network availability marks a significant step as OneWeb progresses towards global services.

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Also Read: OneWeb and Telstra Set to Deploy World’s Largest LEO Satellite Capacity for Mobile Backhaul

OneWeb Expands Network Availability

OneWeb said the expansion, which became first active at the end of May, adds service to 37 new European countries, including Austria, Italy, France, and Portugal, as well as the entire western US coast from Washington to California, the northeast coast from Maine to Virginia, and across the Midwest. This expansion also further enhances connectivity across Canada and additional maritime regions.

Also Read: OneWeb and Swedish Space Corporation Collaborate to Enhance Connectivity Across Northern Canada

OneWeb Partners with Distribution Partners

Already delivering connectivity at 50 degrees north, OneWeb has been working alongside Distribution Partners to provide community broadband solutions, cellular backhaul, corporate enterprise services, and more throughout the Arctic region, connecting locations in Alaska, Canada, the UK, and beyond.

Also Read: BT Group and OneWeb Successfully Trial 4G LTE Backhaul Over LEO Network

With the recent expansion, OneWeb’s partners are now expanding their services to new regions and enabling additional partners to integrate OneWeb’s LEO network into their solutions.

OneWeb says as a wholesale connectivity provider, it offers its services through partners such as telecommunications companies and internet service providers. These partners can seamlessly integrate OneWeb’s service into their suite of connectivity offerings, ensuring that end customers can enjoy high-speed, resilient, and low-latency internet connections, regardless of their geographical location.