A space industry applications guide covering Thor Fiber and Thor Broadcast products for ground stations, TT&C, GPS timing, RF over fiber, and satellite IP workflows.
Explore Thor Fiber and Thor Broadcast solutions for satellite ground stations, TT&C facilities, mission control centers, telemetry networks, launch infrastructure, and aerospace RF transport applications.
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F-LBAND-TX/RX L-Band Over Fiber Kit
L-Band over Fiber systems are widely used throughout the space industry to transport satellite RF signals from remote antenna farms to mission-critical equipment rooms without the losses associated with coaxial cable.
F-LB41-CWDM-TxRx 4 Channel L-Band Over Fiber
Many satellite operators monitor multiple spacecraft simultaneously. The F-LB41-CWDM-TxRx allows four independent satellite feeds to travel over a single optical fiber.
F-LB61-CWDM-TxRx 6 Channel L-Band Over Fiber
Large aerospace facilities frequently monitor multiple satellites, launch vehicles, and telemetry systems simultaneously. This platform transports six independent RF paths over a single fiber.
Applications include:
F-1GPS-TX/RX GPS Over Fiber System
Precise timing is critical for launch operations, tracking stations, telemetry systems, satellite command centers, and mission control facilities. GPS antennas are typically installed outdoors while timing equipment resides inside secure facilities.
The F-1GPS-TX/RX transports GPS signals over fiber while preserving timing accuracy.
F-GNSS-TX/RX GNSS Distribution System
This GNSS over Fiber platform supports GPS, Galileo, GLONASS, and BeiDou for precise timing and synchronization in aerospace environments.
F-RFoF-6GHz RF Over Fiber System
This RF over Fiber system supports RF systems operating from 100 MHz to 6 GHz including S-Band telemetry, tracking systems, spectrum monitoring, RF laboratories, and satellite payload testing.
Benefits:
F-RFoF-18GHz Ku-Band RF Over Fiber
This platform supports Ku-Band satellite communications, radar systems, tracking networks, RF test laboratories, and satellite payload development.
Typical Aerospace Uses:
F-4GPS-TX-WE/RM Four GPS Over Fiber System
This platform is designed for facilities requiring redundant timing sources.
Applications include:
Benefits:
H-IRD-V3S Professional IRD Decoder
Used throughout aerospace facilities to receive and decode satellite video feeds, Earth observation data, mission broadcasts, and government satellite channels.
Outputs include:
Typical Installations:
H-16DVBS-IP Satellite to IPTV Gateway
This gateway converts satellite RF feeds into IP streams for enterprise-wide monitoring across mission control networks, space operations centers, satellite monitoring facilities, and aerospace campuses.
Benefits:
H-1SDI-DVBS2 Satellite Modulator
This platform is used to create DVB-S/S2 satellite uplinks from professional SDI video sources for launch broadcast systems, mission event distribution, aerospace training networks, satellite payload testing, and ground station simulation.
Features:
A complete aerospace communication infrastructure may use the following Thor Fiber and Thor Broadcast layers:
Together these systems provide a complete solution for satellite ground stations, launch facilities, mission control centers, spaceports, telemetry networks, satellite operators, aerospace laboratories, military space systems, Earth observation networks, and deep-space communication facilities.
This article is based on the Thor Space Related Products technical datasheet.
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