CMS 5-3000 MHz Remote Spectrum Analyzer, from 1 to 64 inputs

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This new and innovative broadband remote monitoring system covers a frequency range of 5MHz…3GHz and represents the 1RU/19″ broadband remote Spectrum-Analyzers SA3B & SA3B-16 (Single and 16-way monitoring) and the 3RU/19″ broadband remote Spectrum-Analyzers SA3B-32 and SA3B-64 (32-way & 64-way monitoring) as well as the associated CMS(Carrier-Monitoring-Software). This advanced and innovative broadband remote monitoring system offers a turnkey HW/SWpackage that is combining the advantages, features and excellent performance of the SA3B Spectrum-Analyzer units with the especially designed carrier- monitoring software program CMS. The all-in-one HW/SWbundle features a reliable, flexible and high quality monitoring system, ideally suited for applications in Teleports, Satelite Earth-Stations, DSNG´s, Up- and Downlink operations as well as for Broadcasting and Cable/IPTV Headend architectures wherever accurate signal parameter monitoring is necessary.

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  • 1RU/19″ or 3RU/19″ rack-mount design
  • Broadband frequency (5MHz…3GHz) covering satellite, cable and terrestrial carriers
  • Input selector/switch 16:1 (SA3B-16), 32:1 (SA3B-32) or 64:1 (SA3B-64)
  • Monitoring of 16, 32 or 64 RF carriers, manually and automatically
  • Carrier monitoring function
  • External 10MHz reference or internal reference
  • Snapshot: N° of IQ time samples is approx. 32 million
  • Linear Power/Bin (8192 Samples, 255 averages)
  • Log Power/Bin (8192 Samples, 255 averages)
  • Peak hold on the browser interface
  • Raw IQ Samples (decimated 2…100.000 in steps of 2)
  • Selectable Spectral Inversion
  • Programmatic measurement
  • Spectrum mode & Time Domain mode
  • Easy remote access, configuration and monitoring
  • SNMP status interface


RF Design

RF Design's products are developed with highest quality levels focusing most excellent technical performance. Additionally RF Design is strong in designing customized solutions fullfilling exactly your requirements. Permanent research guarantees high quality and best performance. This includes the selection process of components and the ongoing design optimization of mechanical parts. Steady prototyping and intensive test periodes are ensuring best results in terms of functionality , specifications and performance.