Supersmooth Neutron Optical Surfaces by Gas Cluster ION Beam Processing

Not Available Current Intercommunications System (ICS) designs utilize lengthy and cumbersome cords to attach a crewman's headset to a distributed audio (intercom) system. These cords require constant attention thereby reducing mission effectiveness while increasing the potential for accident or injury. Replacing the communications cord with a covert radio frequency (RF) link will improve operational effectiveness without subjecting the aircraft to interception by electronic warfare threats. Under Phase I, Multispectral Solutions, Inc. (MSSI) will develop a novel ultra wideband RF ICS link. The link will be compatible with existing headsets and intercom control boxes. The UWB wireless ICS will permit unimpeded movement throughout the cabin and to a limited distance outside of the aircraft. Key advantages of MSSI's UWB approach include the use of a very low probability of intercept and detection (LPI/D) waveform, multipath immunity, low power consumption, small size and low cost. Under Phase II, several prototype UWB WICS will be developed for use in testing onboard selected aircraft. The size of the modules will be significantly reduced and voice encryption will be added to further improve performance against intercept threats. Phase II will reduce technical risks thereby establishing a strong basis for Phase III follow-on efforts.