ADS-B/MLAT Surveillance
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ADS-B/MLAT Surveillance AVIONIX0penAiri090 represents a fully-featured and cost-effective ADS-B/MLAT solution based on a dual channel high-sensitive FPGA based Mode-A/C/S and ADS-B receiver and decoder. A high precision GPS timing receiver assigns timestamps on nanosecond resolution, thus enabling high precision multilateration localization. The solution offers excellent surveillance accuracy, update rate and identification information at lower cost compared to traditional surveillance systems. The 19” ground station embeds a powerful PC to run the ED-129B compliant generation of ASTERIX CAT021/023/247 categories and the local CMS application. Multiple ground stations can be configured to form a redundant cluster. openAirt0p0 offers: ^aviondC • Surveillance coverage in non-radar airspace • Scalability from a single sensor system to a multi-sensor distributed MLAT system • Easy data exchange with other systems (ASTERIX, JSON, RAW formats) • Advanced decoding techniques, decoding of overlapping signal frames, CRC correction • Site-monitoring function • High dynamic receiver for monitoring of en-route, terminal area and surface movement at the same time • Compact and high reliability, no moving parts • Low cost of ownership • Optional onboard 4G modem simplifying setup at remote locations • Indoor and outdoor variant • Decoding according DO260/A/B, fully ED-129B compliant • 110-240VAC, 24VDC, PoE power options

ATC Spectrum Monitoring EU Regulation No 1207/2011 requires that by January 2020 Member States shall ensure that a secondary surveillance radar transponder on board any aircraft is not subject to excessive interrogations that are transmitted by ground-based surveillance interrogators. Additionally, it shall be ensured that the use of a ground-based transmitter does not produce harmful interference on other surveillance systems. The AVIONIX ATC Spectrum Monitoring system represents a solution to address this requirement. A specially designed receiver station constantly monitors the spectrum...