Digital Cable Live Receiver and Analyzer - DiviCatch RF-C

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The DiviCatch RF-C is a Cable Pocket Analyzer cumulating Digital Cable RF reception with MPEG2 TS real-time analysis and recording. The compact equipment also features RF analysis capabilities and provides accurate measurements indicating modulation and transmission quality. The DiviCatch RF-C is compliant with all ITU-J83 annexes (QAM-A, QAM-B, QAM-C), making it suitable for use all around the world.

Applications

  • DIGITAL CABLE BROADCAST TEST AND MONITORING
  • TEST & MEASUREMENT
  • TRANSPORT STREAM RECORDING

Key features

  • By default, comes with Control and Analysis Software
  • Cable RF Front End (QAM-A, QAM-B and QAM-C Capable)
  • RF Analysis and Lock on a Digital Cable Channel
  • MER and EVM measurements
  • Graphical display of the QAM constellation
  • Also inherits from DiviCatch real-time MPEG2 TS capture and record features
  • MPEG2 TS real-time analyzer
    Services, PIDs, PSI/SI Tables, PSIP Tables, ETR290, PCR jitter (accuracy), events logging
  • MPEG2 TS source
    USB (from the DiviCatch RF-C) or Ethernet from the PC (IP source)
  • MPEG2 TS over IP
  • Command Line Package for Automated Testing
  • Robust metallic housing, USB self-powered

DiviCatch RF-C: Professional RF to USB Cable RF Receiver, ITU-J83 QAM-A, QAM-B and QAM-C capable
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DiviCatch RF-C 3D view Display DiviCatch RF-C in 3D

Physical Interfaces

  • 1x DVB-ASI input (10 kbps to 214 Mbps)
  • 1x ITU-J83 Digital Cable RF input
  • 1x RF loopthrough
  • 1x USB2.0 interface

Options

  • (no options)


DiviCatch RF-C: Cable RF pocket receiver and analyzer is a RoHS compliant equipment


The RoHS Directive stands for "the restriction of the use of certain hazardous substances in electrical and electronic equipment". This Directive bans the placing on the EU market of new electrical and electronic equipment containing more than agreed levels of lead, cadmium, mercury, hexavalent chromium, polybrominated biphenyl (PBB) and polybrominated diphenyl ether (PBDE) flame retardants.
The RoHS directive, which took effect on July 1st, 2006, applies to IT equipment, telecommunications equipment, and electronic and electrical tools among others as defined by a section of the WEEE directive.
 

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