Mampaey Engineering

IT-100 Multisystem TV Signal Analyzer

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The IT-100 multisystem TV signals analyzer is designed to measure signals parameters of digital and analog television. The analyzer can be used when checking and servicing cable coaxial, fiber-optic or IP networks for receiving television and radio broadcasting, separate elements of network building and other radio electronic devices.

General Specifications
Measuring TV signals parameters
Monitoring of TV picture and audio
MPEG Transport Stream analysis
Measurements in fiber optic network
Power supply of external devices
Analog television: support for PAL, SECAM, NTSC standards.
Measured parameters: Level, Video/Audio, Carrier/Noise (inband and outband of video signal), modulation depth, unwanted modulation level (HUM), CSO&CTB distortion components level.

Cable digital television: support for DVB-C, ITU-T J.83 Annex B, C standards.
Measured parameters: power, MER, BER, constellation diagram, error analysis over time.

Terrestrial digital TV broadcasting: support for DVB-T, DVB-T2 standards.
Measured parameters: power, MER, BER, constellation diagram, echo diagram, error analysis over time.

Satellite broadcasting digital television: support for DVB-S, DVB-S2 standards.
Measured parameters: power, MER, BER, constellation diagram, error analysis over time.

IP digital television: support for UDP and RTP protocol, reception of the Transport Stream through unicast and multicast (IGMPv2).
Measured parameters: average bitrate, number of lost packets (for RTP), jitter of packets arrival interval.
  • Monitoring of PAL, SECAM, NTSC analog channels
  • Monitoring of radio FM stations
  • Monitoring of digital channels with MPEG-1, MPEG-2, MPEG-4, H.264 encoding with SD or HD resolution
  • Monitoring of encrypted programs when installing the CAM module
  • Monitoring of IPTV channels 
  • Three-level analysis for compliance with the TR101290 requirements
  • Real-time analysis
  • Recording a transport stream to a file for further analysis 
  • Support of measurements in fiber optic cable network
  • Built-in optical receiver with a frequency range up to 2150MHz
  • Measurement of optical signal power
  • Operating in the wavelength range from 1100 to 1650 nm
  • Replaceable FC and SC adapters of the input optical connector 
  • Built-in remote feeding power supply from 5 to 24V
  • Support for DiSEqC protocol level 2.1
  • 5W power of remote feeding power supply
  • Measurement of DC and AC voltage on the input RF connector