AVQ1020
ActiveCore® RF Layer Monitoring Receiver

Based on ActiveCore® Platform, AVQ1020 is a monitoring receiver for all major digital terrestrial broadcasting standards including proprietary modulation schemes. It has been designed as an easy-to-use and cost-effective solution for monitoring digital transmitter systems performance. The receiver can be integrated into a transmitter system for remote monitoring applications or used as a stand-alone unit during design verification, production tests, and system calibration.

Specs

Technical Specification:

Supported Standards1: ATSC1.0, ATSC3.02, ISDB-T/Tb, DVB-T/T2, DAB/DAB+, DTMB
Main signal input "RFin":
Connector: 50 Ohm, N-type
Input Level: 0 .. -50 dBm, -20 dBm optimum
Frequency range: 50 .. 1000 MHz
Frequency tuning step: 10 Hz
Analyzed bandwidth: ≥ 50 MHz
Reference frequency:
1 PPS: LVTTL, BNC
10 MHz: 50 Ohm, 1Vp-p, sine, BNC
Control and Monitor ports:
Ethernet: 10/100/1000 Fast Ethernet, RJ45
Serial: RS232, DB9M
Relay ports (x2): Dry contacts, DB9F
Power supply: 110-250V, 50/60Hz AC
Operating temperature: 0 .. 50°C
Dimensions: 1U - 48.3cm x 33cm x 4.3cm (19" x 13" x 1.7")
1 - Subject to licensing;
2 - Available in Q3 2018

Measurements and Metrics:

  • » RF signal level and its variations;
  • » Signal statistic: MER/SNR, signal RMS, PAR, maximum peak value, signal CCDF, peak compression ratio;
  • » Frequency spectrum including the spectrum tilt, amplitude ripple, shoulder attenuation;
  • » Signal bandwidth and standard specific parameters;
  • » Effects of the transmission system non-linearity in terms of AM-AM/AM-PM curves measured on the broadcasted signal;
  • » Linear distortions found in the output RF signal - group delay and frequency response;
  • » Multipath echo and feedback interference detection, estimation and visualization.

Applications:

  • » Digital transmitter/repeater performance 24/7 monitor;
  • » Remote monitoring for broadcasting repeater system network;
  • » Test and design verification equipment;
  • » Signal analyzer for a wide variety of applications;
  • » R & D;
  • » In-field and production testing.

Documents

Screenshots

AVQ1020ATSC - Spectrum

AVQ1020 Spectrum Plot with In-band Interference

AVQ1020 - Non-linear distortions - AM-AM/AM-PM Diagram

AVQ1020 Non-Linear Distortions - AM-AM/AM-PM Diagram

AVQ1020 Linear Distortion - Channel Response

AVQ1020 Linear Distortion - Channel Response

AVQ1020 Constellation

AVQ1020 Constellation

AVQ1020 Group Delay

AVQ1020 Group Delay

AVQ1020 Statistics

AVQ1020 Statistics

Request a demo

News

May 14, 2018

AVQ1022ATSC at KFPH in Phoenix for ATSC3.0 monitoring

AVQ1022ATSC at KFPH in Phoenix for ATSC3.0 monitoring
Apr 10, 2018

Road to ATSC3.0 is officially open!

Monday, April 9, 2018 adds another milestone passed for ATSC3.0.
Apr 08, 2018

Avateq's solutions across NAB Exhibition floor

This year, NAB is a lot about ATSC3.0 and next generation TV broadcasting. We are proud to be a part of the technology development.
Apr 07, 2018

Anywave demonstrates new transmitters with AVQ1022 integrated

Anywave Communication Technologies introduces 25KW liquid cooled and 10KW air cooled solid state TV transmitters.

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