This advanced Ka/Ku multiband solution minimizes the required amount of deck space, which is at a premium, by combining the functionality of two antennas into a single antenna that provides maximum operational flexibility through remotely reconfigurable frequency band control. Partnering with key vendors including Pacific Radome and the Microwave Components Group of Cobham Sensor Systems, Overwatch Tactical Operations antenna multiband solution will be integrated into Thales’s sea-proven SURFSAT naval SATCOM family of products to provide unmatched performance for the Royal Norwegian Navy. The antenna design is based upon Overwatch Tactical Operations’ patented feed and lens technology. Using a field-proven coaxial cavity design for individual frequency bands produces a feed which provides separate, electrically isolated outputs for each band in the desired polarization orientation. In conjunction with the basic feed design, a patented lens technology is used to focus the feed based on the antenna aperture (shape and size) to meet the gain and efficiency requirements.
Satnews Daily
April 2nd, 2009
Nansen Frigates To Receive Overwatch SATCOM Antennas
This advanced Ka/Ku multiband solution minimizes the required amount of deck space, which is at a premium, by combining the functionality of two antennas into a single antenna that provides maximum operational flexibility through remotely reconfigurable frequency band control. Partnering with key vendors including Pacific Radome and the Microwave Components Group of Cobham Sensor Systems, Overwatch Tactical Operations antenna multiband solution will be integrated into Thales’s sea-proven SURFSAT naval SATCOM family of products to provide unmatched performance for the Royal Norwegian Navy. The antenna design is based upon Overwatch Tactical Operations’ patented feed and lens technology. Using a field-proven coaxial cavity design for individual frequency bands produces a feed which provides separate, electrically isolated outputs for each band in the desired polarization orientation. In conjunction with the basic feed design, a patented lens technology is used to focus the feed based on the antenna aperture (shape and size) to meet the gain and efficiency requirements.

