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RSR GNSS Transcoder/ GPS Full-Constellation Simulator
The revolutionary RSR GNSS Transcoder(tm) allows retrofitting of any legacy GPS equipment to next-generation GNSS, SAASM, M-Code, INS, and other PVT/PNT sources. It is based on JLT's next generation low-cost GPS Simulator technology, and can also be used as a general-purpose small GPS simulator for testing, manufacturing, qualification, spoofing, and jamming simulation. The RSR GNSS Transcoder(tm) is only 1.6 x 2.3 inches small, does not require any external computer, consumes less than 1.1W, can be mounted directly below a Rockwell Collins RSR SAASM Puck receiver, and offers optional CSAC holdover capability.
Typical applications would insert the Transcoder module and a user-selected GNSS front-end into a legacy antenna system. The output of the RSR GNSS Transcoder(tm) is a -120dBm L1 GPS RF signal that looks to the legacy target receiver just like a standard live-sky GPS signal. The Transcoder takes NMEA or SCPI base-band Position, Velocity, and Time information, and converts this in milliseconds to a matching RF output. This allows receiving any modern GNSS system (GPS with SBAS, Galileo, Glonass, BeiDou, SAASM, M-code, etc etc) and converting this in real time using the integrated full-constellation GPS simulator into a legacy GPS RF signal that can be sent to any legacy GPS receiver. The system is thus retrofitted with the latest GNSS technology without having to change anything in the legacy system other than replacing the GPS antenna with the RSR GNSS Transcoder(tm). For added functionality and performance the Transcoder includes a real-time INS, as well as an optional CSAC atomic clock for exceptional holdover (GNSS-denied) operation.
The RSR GNSS Transcoder(tm) can be powered and controlled from a standard USB port, as well as from an optional vehicle/avionics power supply that allows operation anywhere from 7V to 36V. The unit consumes only 1.1W (without CSAC) and is fully self-contained, and does not need any external equipment other than a power source. The unit has integral RS-232 ports for communicating to an external GNSS receiver or other NMEA source, an external 1PPS input allowing 5ns time-transfer accuracy to the RF signal, and a GPS L1 RF output connector with integrated antenna load for GPS receivers that require a DC antenna load to operate properly.
External GNSS receivers such as Rockwell SAASM receivers and uBlox GNSS receivers are automatically detected, and configured via the RS-232 port. The module itself can be monitored, controlled, and adjusted through the USB port via the freeware GPSCon application downloadable from our support web page, or via any standard serial terminal.
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