SITTI is a world leading company meeting the challenges linked to the study and development of integrated Voice Communication Systems (VCS), ancillary Equipment and Services. SITTI is a world primary system supplier and integrator of Operational and Technical solutions for Civil and Military, Public and Private Agencies and Organisations, active in Air Traffic Control (ATC), Strategic and Emergency Services (SES).
Its vast product portfolio includes many products, among which:
- AMHS Terminals
- Digital Clock Systems
- Mobile Towers
- AVE Measurement Tool
- ERAD Emergency Radio Access Device
SITTI mobile ATC towers are high-level solutions, especially designed to provide Customers with easy-to-transport, easy-to-deploy, easy-to-use mobile towers. Mobile towers are used as temporary solutions for covering airport ATC needs in many occasions when ordinary fixed towers cannot be used because of renovation or any other reason. Mobile towers are provided with a liftable cabin, […]
Air Traffic Control services and emergency services, require precise clock referencing in order to be able to synchronize their activities.
AMHS is a message handling system, which allows the exchange of ATS (Air Traffic Services) messages among users. AMHS has been conceived to improve the existing worldwide methodology known as AFTN, by using an email-like concept, where messages can convey both text and attachments. AMHS is based on ITU-T X.400/X.500 protocols. AMHS systems basically consist […]
AVE-TSE-2752, fully digital, is a versatile measuring instrument designed to test and simulate connection lines and equipment used for voice communication in air traffic management. The device includes a test signal generator (analog and digital) and is able to interface with all the lines and connections that a VCS normally handles: 2w and 4W analogue […]
ERAD (Emergency Radio Access device) is an operator terminal designed to ensure continuity of radio communications in the event of an emergency at air traffic control centres. Thanks to its All-in-one architecture it is completely independent of the existing VCS network and is able to guarantee communication with remote radio devices even if the main […]