New Dual Frequency Multi-GNSS Constellation Simulator
Spectracom, a business of the Orolia Group and the leading provider of practical test solutions for GPS and GNSS devices and systems, announced its new L1+L2 dual frequency 32-channel multi-GNSS simulator, the GSG-62. The GSG-62 offers multiple frequency band operation, multiple GNSS constellation simulation, and expansion capability for more frequency bands and channels.
Spectracom’s newest addition of industry leading simulators extends the brand’s reputation for portability, flexibility and ease-of-use, with expanded capabilities for those who are testing more than GPS L1. John Fischer, Spectracom CTO, said “We understand the challenges our customers have in fast-paced development, migration and delivery of products with ever changing embedded GNSS receivers. As such, we are excited to introduce this next generation multi-signal instrument that allows for real time scenarios, is intuitive to understand, quick to deploy and, given its design to support upgrades to L2C, L5 and future GNSS frequencies and systems, protects our customer’s investment in test gear.” Fischer continued, “In addition to a wide variety of technical challenges, we also understand our customers must balance the ability to quickly develop solutions and improve cost performance in their operations. We believe the price (just under $30k), unique features and form factor of the GSG-62 will allow them to do both.”
Versatile, reliable, and powerful, the GSG-62 is ideal for manufacturing and development test with its ability to simulate all the visible satellites for the receiver under test. With 16 channels for L1 frequency and 16 channels for L2 frequency, channels can be assigned to GPS or GLONASS, P-code or C/A code. Channels may also be used for SBAS simulation of EGNOS, WAAS, GAGAN, or MSAS satellites, or for multipath and interference signals.
The GSG-62 incorporates all the features of our previous models, including compatibility with GSG StudioView™ PC software for easy creation and editing of simulation scenarios via Google Maps.
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