As one common chassis supports all frequency bands, it can be fitted with any combination of RF modules, which includes mixing up-converters and down-converters. The on-board software will sense and determine the frequency and type of module automatically. In addition, internal redundancy logic allows each chassis to be operated in single, dual or 1:1 redundant modes. The Up-converter translates an L-band input signal anywhere within the range of 950-2050 MHz to a C, X or Ku-band output frequency depending on which module is installed. Conversely, the Down-converter translates a C-, X- or Ku-band input signal to an output frequency in the range of 950 to 2050 MHz. The converter architecture is based upon Paradise Datacom’s highly successful zBUC L-band RF converter module used throughout the Company's line of Solid State Power Amplifiers (SSPA). The high-stability on-board oscillator is referenced to an internal 10 MHz source or will accept external 5 and 10 MHz sources. Remote control and monitoring is available via the rear panel parallel I/O, serial I/O or Ethernet M&C ports.
Satnews Daily
October 29th, 2009
Up + Down Is Paradise With New RBCs
As one common chassis supports all frequency bands, it can be fitted with any combination of RF modules, which includes mixing up-converters and down-converters. The on-board software will sense and determine the frequency and type of module automatically. In addition, internal redundancy logic allows each chassis to be operated in single, dual or 1:1 redundant modes. The Up-converter translates an L-band input signal anywhere within the range of 950-2050 MHz to a C, X or Ku-band output frequency depending on which module is installed. Conversely, the Down-converter translates a C-, X- or Ku-band input signal to an output frequency in the range of 950 to 2050 MHz. The converter architecture is based upon Paradise Datacom’s highly successful zBUC L-band RF converter module used throughout the Company's line of Solid State Power Amplifiers (SSPA). The high-stability on-board oscillator is referenced to an internal 10 MHz source or will accept external 5 and 10 MHz sources. Remote control and monitoring is available via the rear panel parallel I/O, serial I/O or Ethernet M&C ports.

