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WiFi In the SkyWiFi In the Sky

It looks like US travelers will once again get a chance to WiFi in the sky. Since the demise of Boeing's "barely available" Connexion service in 2006, when travelers leave the ground they leave their network access behind. The exception is that jerk sitting by the window with his Blackberry who feels his email access is more important than the potential safety of everyone else on the plane.

Michael Finneran

March 14, 2008

3 Min Read
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It looks like US travelers will once again get a chance to WiFi in the sky. Since the demise of Boeing's "barely available" Connexion service in 2006, when travelers leave the ground they leave their network access behind. The exception is that jerk sitting by the window with his Blackberry who feels his email access is more important than the potential safety of everyone else on the plane.

It looks like US travelers will once again get a chance to WiFi in the sky. Since the demise of Boeing's "barely available" Connexion service in 2006, when travelers leave the ground they leave their network access behind. The exception is that jerk sitting by the window with his Blackberry who feels his email access is more important than the potential safety of everyone else on the plane.Traveling workaholics can once again take heart. Itasca, IL-based Aircell is getting ready to launch their new in-flight Wi-Fi service, called gogo, on American Airlines and Virgin Atlantic. American will reportedly start offering Wi-Fi access later this year on 15 of its 767s, with plans to eventually increase that to 500 planes. Virgin plans to equip its entire fleet.

Aircell's pricing doesn't sound too bad either. They plan to charge $12.95 for cross-country flights and $9.95 for flights of three hours or less. Given the ridiculous prices that airport Wi-Fi services charge for the hour or so you're on the ground, it might be worth it to wait until the plane takes off. Aircell is currently looking into partnerships with iPass and aggregators like T-Mobile and Boingo.

The company reports that the network is operational today. The on-board equipment will communicate with Aircell's network of 92 antennas spread across the country. Each antenna can reportedly reach planes up to altitudes of 45,000 feet in a 350-mile radius. They plan to expand the ground network to 500 antenna sites. The air-to-ground technology is a customized version of Qualcomm's EV-DO Rev A, the 3G technology used by CDMA-based cellular carriers. Aircell says they can migrate to Rev B or LTE at some future time.

Given the network capacity, delivering adequate performance may be a challenge. Aircell has a licensed 3-MHz channel across the US, Canada, and Mexico in which they hope to get a data rate around 3 Mbps; that would be the total upstream and downstream capacity for an entire plane. The onboard equipment will come from Meru Networks, and with compression and on-board caching, Aircell says their customers should get downstream speeds around 2 Mbps.

If Aircell can deliver that kind of a data rate (and that's a big "if") for that price, they could have a real winner here. The big challenge is going to be staying in business long enough to break even. They're going to be burning a lot of cash building out their ground network and equipping planes. Let's just hope they do something to nix the VoIP capability.

About the Author

Michael Finneran

Michael F. Finneran, is Principal at dBrn Associates, Inc., a full-service advisory firm specializing in wireless and mobility. With over 40-years experience in networking, Mr. Finneran has become a recognized expert in the field and has assisted clients in a wide range of project assignments spanning service selection, product research, policy development, purchase analysis, and security/technology assessment. The practice addresses both an industry analyst role with vendors as well as serving as a consultant to end users, a combination that provides an in-depth perspective on the industry.

His expertise spans the full range of wireless technologies including Wi-Fi, 3G/4G/5G Cellular and IoT network services as well as fixed wireless, satellite, RFID and Land Mobile Radio (LMR)/first responder communications. Along with a deep understanding of the technical challenges, he also assists clients with the business aspects of mobility including mobile security, policy and vendor comparisons. Michael has provided assistance to carriers, equipment manufacturers, investment firms, and end users in a variety of industry and government verticals. He recently led the technical evaluation for one of the largest cellular contracts in the U.S.

As a byproduct of his consulting assignments, Michael has become a fixture within the industry. He has appeared at hundreds of trade shows and industry conferences, and helps plan the Mobility sessions at Enterprise Connect. Since his first piece in 1980, he has published over 1,000 articles in NoJitter, BCStrategies, InformationWeek, Computerworld, Channel Partners and Business Communications Review, the print predecessor to No Jitter.

Mr. Finneran has conducted over 2,000 seminars on networking topics in the U.S. and around the world, and was an Adjunct Professor in the Graduate Telecommunications Program at Pace University. Along with his technical credentials, Michael holds a Masters Degree in Management from the J. L. Kellogg Graduate School of Management at Northwestern University.