The test, carried out with the SMBV100A vector signal generator and its GNSS simulation options, verified the u-blox proof-of-concept and the compatibility of u-blox receiver technology with the Galileo transmission protocol.
The Galileo satellite system is the EU’s answer to the US NAVSTAR GPS satellite positioning system. It will provide a high-accuracy positioning system upon which European nations can rely, independent of foreign-based satellite navigation systems.
The cooperation with Rohde & Schwarz is also being extended to the Russian GLONASS satellite system which is targeted to be fully operational with 24 satellites in 2012.
“Our close cooperation with R&S has proven to be a valuable and strategic asset, allowing us to develop advanced satellite receiver technology well before the actual satellites are available” said Clemens Bürgi, VP Software Development at u-blox.
“U-blox, with its depth of expertise in GNSS technologies, has helped us to validate our satellite simulator technology,” said Andreas Pauly, Head of R&D Signal Generators Baseband at Rohde & Schwarz. “Now we have developed cutting-edge test equipment that simulates the protocol and physical layer.”