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Industrial Automation
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Global
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Africa
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Asia Pacific
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Europe
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Latin America
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Middle East
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North America
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- Partners
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LEOLUT Antenna and Ground Station
- Reliability
The LEOLUT-600 offers exceptional uptimes, accuracy and reliability, and has been at the heart of worldwide SAR operations for decades
- Advanced Signal Processing
Using sophisticated Doppler-based signal processing, LEOLUT systems can pinpoint the location of alert beacons not equipped with GPS, enabling coordinated SAR operations
- Efficient
Provides fast position confirmation of alert beacon signals, especially in geographies where fewer satellites may be seen, leading to more efficient use of SAR resources
- Flexible
Fully configurable, making it possible to precisely match the needs of customers
- COSPAS-SARSAT standards compliant
Meets and exceeds the official COSPAS-SARSAT requirements.
- Capabilities
Supports LEO-GEO processing. Capable of tracking MEO constellation. Supports ELT(DT) and RLS
- Seamless integration
Ease-of-integration into existing SAR systems saves time and money
Product Details
The LEOLUT 600 is fully configurable and exceeds COSPAS-SARSAT data analysis requirements, providing fast position confirmation in distress situations. The LEOLUT-600 can be used in conjunction with data from geostationary (GEO) satellites in a dual mode LEO-GEO system that provides unrivalled processing capabilities, optimizes beacon loca- tion accuracy and reduces SAR response times. |
PHYSICAL
Width:
- Standard 19˝ (48.3 cm) rack enclosure
Height:
- 22U in standard configuration. Custom configurations available
SATELLITE CONNECTIVITY
Satellite Type:
- Low Earth Orbit (LEO)
Satellite Frequency:
- 1544.5 MHz downlink signal
Alert Beacon Frequency:
- 406 MHz
TERRESTRIAL CONNECTIVITY
Ethernet:
- 10/100/1000 Mb/s
Data Communication to Mission Control Centre (MCC):
- Located and unlocated incident solution data, beacon message data (for combined LEO-GEO processing), status data, including alarm and warning messages, calibration data
Data Communication from MCC:
- Orbit data, calibration data, pass schedule data, operator commands
SERVERS
Number of Servers:
- 2 per system. One for data collection and one for beacon localization and alerting
Operating Systems:
- Windows Server 2016
Processor(s):
- Intel Xeon-Gold 5218
RAM:
- 32GB in standard configuration. System supports up to 192 GB
SIGNAL PROCESSING
Low Noise Amplifier/Down Converter (LNA/DC):
- Converts raw satellite downlink signal to 4.5 MHz intermediate frequency, out-of-band noise filtering, Can transmit a received satellite signal with no loss in RF performance over long distances
Data Collection:
- Data input control, phase unwrap and demodulation, spectrum analysis
Beacon Signal Decoding:
- 406 MHz beacon signal detection, signal demodulation, message validation, message archiving
Data Stream Decoding:
- Bit synchronization, frame synchronization, message extraction, message formatting
406 MHz Data Validation:
- Time, frequency, beacon message
Data Analysis:
- Spectrum analysis, signal enhancement
Orbit & Pass Scheduling:
- Automatically updates satellite orbit data after every satellite pass
Status Monitor & Display:
- Data collection status, data collection environment, system status, snapshot status, environmental data trends
SYSTEM MONITORING
Environmental:
- Rack temperature, room temperature
Security:
- Rack door open sensors (front and back)
Power:
- Rack power supply sensor
ANTENNA
Type:
- Mesh - Radome Encapsulated
Size:
- 2.3m (7.5 ft) diameter
Beamwidth:
- 7.9° degrees
Environmental:
- Can withstand winds of up to 250 km/h (155 mph)
Control Unit and Motor Drive:
- Yes
Antenna Control Software:
- Antenna device control, positioning the antenna, tracking a satellite pass, antenna diagnostics
COMPLIANCE
COSPAS-SARSAT:
- Meets all current COSPAS-SARSAT requirements
