At the heart of the P&L Satellite Communications solution is the ZipPhaser Two-way Phase Array Satellite Antenna.  ZipPhaser, with it's low profile (only 5.9" tall) and virtually no moving parts, is literally changing the landscape of super yachts and cruise ships.  Naval designers are lauding the aesthetic and cost advantages of replacing the domes  and going with a "wafer" design for new yachts as well as refits.  From a performance standpoint, the per antenna bandwidth with KU band is up to 2Mbps as compared to 432 kbs with C band, or over 4 times faster. Further the smaller footprint of the ZipPhaser means that additional antennas may be added whereas adding domes may be problematic (there is simply no more room!). Project Managers, Captains and Owners alike are extremely pleased with the high bandwidth performance and reliability of the ZipPhaser. (more detailed product specifications: ZipPhaser)

The ZipPhaser is controlled with the new Evolution X5 controller/router designed specifically to support business-critical applications. The X5 is a next-generation satellite router ideally suited for broadband applications such as enterprise connectivity for maritime and other mobile applications. (more detailed product specifications: Evolution X5 )

The ZipPhaser has years of proven performance in rugged military land and marine environments as well as demanding commercial applications such as in the field news reporting vehicles.  With newly launched KU band satellites the new market applications have shifted to the seas with super yachts, cruise lines and transoceanic aircraft, anywhere in the world that high bandwidth internet, telephone and satellite TV is needed.
ZipPhaser Dimensions:  5.9" x 45.3" x 35.4"
Weight: antenna 62 lbs  66 Ibs total w/ controller
Product Specifications:  ZipPhaser
The revolutionary Satellite Controller/Router Product Specifications: Evolution X5
Solutions - Form and Function
ZipPhaser is a "performance breakthrough
in an ultra low profile package"
P&L International, Inc.
Global Leaders in Wireless Communications