Global Eagle signs with SES for HTS capacity over the USA

Global Eagle Entertainment logoSES has announced that Global Eagle has secured a major increase of Ku-band capacity on its new hybrid SES-15 HTS satellite to enable the delivery of high-speed broadband.

This will enable a wide range of inflight communications and operational applications aboard commercial airline flights throughout the US, including the mainland to Hawaii routes.

The multi-year agreement is the latest contract to be signed by Global Eagle.

In the past several years, Global Eagle says it has doubled its capacity with SES Networks on an average of every eight months to meet the rising demand for high-quality inflight connectivity around the world.

Joshua Marks, Global Eagle’s Executive Vice President of Connectivity, said: “Global Eagle is dedicated to meeting the fast-growing airline passenger demand for inflight connectivity with robust, scalable satellite bandwidth anywhere in the world.

SES-15 satellite. Image: Boeing.
SES-15 satellite. Image: Boeing.

“With the addition of this significant bandwidth from SES 15, Global Eagle will have the largest satellite aviation network in North America.”

John Matlaga, Vice President, Sales Aero & Fixed Data, North America at SES Networks, added: “SES operates the largest satellite fleet in the world, delivering secure, scalable capacity that enables SES Networks and our customers serving the aviation industry to stay well ahead of the ever-changing inflight connectivity requirements and demands.

“Global Eagle and SES have struck this latest agreement to ensure the best possible passenger experience for millions of air travellers catching flights across North America.”

SES-15, which is now operational at 129 degrees West, is designed to serve air travel routes over North America, Latin America, and the Caribbean with a flexible mix of wide beam and spot beam coverage tailored to the requirements of individual airlines.

SES says SES-15 has been operational since 1 January 2018. The all-electric satellite took six months to reach its orbital position and to successfully complete its testing.

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