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Avateq Monitoring

We simplify the monitoring

Featured Products

AVQ1050 BPS Main page Settings 1920x1200
AVQ1050 BPS TOA and TIP 1920x1200
AVQ1050 BPS Info 1920x1200
AVQ1050 BPS TOD Clock 1920x1200
AVQ1050 BPS Receiver 1920x1200
AVQ1050 BPS TOA Reference and CID Deconvolutionk
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AVQ1050 - ATSC 3.0 BPS Rx & Synchronizer

AVQ1050 – ATSC 3.0 BPS Receiver and Synchronizer is an essential hardware in enabling Broadcast Positioning System (BPS) operation. AVQ1050 represents a 3U device supporting two distinct modes – a BPS Synchronizer and a BPS Receiver.

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AVQ1030 ATSC 3 0 MIMO Spectrum
AVQ1030 ATSC 3 0 MIMO Channel Statistics
AVQ1030 ATSC 3 0 MIMO Channel Amplitude Phase Response
AVQ1030 ATSC 3 0 MIMO Channel Constellation 4096 QAM
Product of the yers 2023 nab
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AVQ1030 - ATSC 3.0 MIMO Rx and Analyzer

ActiveCore® ATSC 3.0 MIMO Receiver
and Analyzer

Real-time demodulation and payload reassembling from two ATSC 3.0 cross-polarized 2x2 MIMO RF signals.

Supported Standards:

  • ATSC 3.0
AVQ1022 TXOUT ATSC3 0 Spectrum
AVQ1022 TXOUT ATSC3 0 Emission Mask
AVQ1022 TXOUT CCDF
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AVQ1022 STLTP Analysis
AVQ1022 TXOUT Alarm Log
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AVQ1022M - RF Signal Analyzer (mobile)

ActiveCore® RF Signal Analyzer and Monitoring Receiver

Remote RF layer monitoring receiver with a universal RF signal analytical device.

Supported Standards:

  • ATSC 1.0
  • ATSC 3.0
  • DAB/DAB+
  • ISDB-T/Tb


Resources

Latest News

Jun 25, 2024
Firmware 17258 released
This release combines improvements in all areas – from better algorithmic performance to more user-friendly experience. UPDATE: FW 17271 replaces production release FW 17…
Case studies

Our Projects

Ultra-Long-Range Wireless Backhaul
The project’s main objective is to develop an alternative technology for a long-range wireless communication. An affordable and reliable high-speed Internet to remote and rural communities in Canada remains a significant challenge.
ATSC 3.0 RF Signal Analyzer Performance Test
The key objective of the testing procedure was to determine the Avateq's signal analyzer family performance and its degradation caused by possible hardware and DSP imperfections. The obtained experimental results were compared to theoretical limits.
ATSC 3.0 MIMO Receiver Prototype Development
The aim of the project is to develop a professional receiver and signal analyzer for ATSC 3.0 MIMO broadcast transmission.
Adaptive Pre-distorter for a wide range of signals
Designed Adaptive predistorter for signals with high Peak-to-Average Ratio compensates non-linear and linear distortions caused by imperfections of the signal distribution and amplification components.
What clients say about us?

Testimonials

Our Partners & Clients

USA
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Europe
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Brazil
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South Korea
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China
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Canada
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Avateq Map

1000+

More than 1000
Avateq devices in operation

20+

Serving over 20 major broadcast networks in the USA

10+

More than 10 years average lifespan of unwavering reliability

15+

More than 15 countries with products

We would love to hear about
your project