IBC2018 Show Event Channel

Everything you need to know for the show and exhibitors.

Click here

PHABRIX QX Adds ST 2110 IP Support

Upgraded Qx range to perform analysis across SMPTE ST 2110 and 2022-6, and it offers new audio features and multi-frame test patterns.

PHABRIX recently announced it will add SMPTE ST 2110 IP support to its Qx generator/analyzer platform, along with enhanced UHD (12G-SDI) physical layer analysis with new audio generation/embedding and multi-frame test patterns.

The Qx line comprises the Qx IP, which offers IP, 3G/HD-SDI, and High Dynamic Range (HDR)/Wide Colour Gamut (WCG) generation, analysis, and monitoring; and the top-of-the-range Qx 12G, which adds 12G/6G-SDI support for 4K/UHD broadcast environments.

The high-performance IP toolset includes a decapsulator with Packet Interval Timing (PIT) analysis for network traffic monitoring, as well as a unique IP encapsulator and Packet Profile Generator (signal generator) for stress testing video networks. Users will be able to quickly analyze SMPTE ST 2110 and ST 2022-6 video network traffic to determine the cause of typical problems such as packet congestion, packet loss and jitter.

"By combining IP signal generation and analysis, broadcasters can more effectively test video networks as they expand or evolve for any interoperability issues," said Neil Sharpe, head of marketing at PHABRIX.

The new 32-channel audio generation/embedding and multi-frame test patterns further enhance the 12G/6G/3G/HD-SDI physical layer testing capabilities of the Qx range. The instruments offer exceptionally fast physical layer testing, with Real-Time Eye (RTE) technology instantly highlighting any SMPTE compliance issues including eye under/overshoot. Additional physical-layer tools include jitter analysis with monitoring across five specified frequency bands. Built-in automation control allows testing to be performed quickly, reliably and cost-effectively.

The HDR/WCG tools include a signal generator, CIE chart, vectorscope and waveform. A programmable HDR Heat-map can highlight key luminance zones to assist with adjusting the brightness of a picture. Seven programmable color overlay bands can be set up with upper and lower threshold controls to help identify shadows, mid-tones, or specular highlights.

Let us know what you think…

Log-in or Register for free to post comments…

You might also like...

Broadcast For IT - Part 20 - IP Systems

In principle, IP systems for broadcasting should not differ from those for IT. However, as we have seen in the previous nineteen articles in this series, reliably distributing video and audio is highly reliant on accurate timing. In this article,…

IP Explored - ST2110 and ST2022

As broadcasters accelerate IP migration we must move from a position of theory to that of practical application. Whether we’re building a greenfield site or transitioning through a hybrid solution, simply changing SDI components with analogous IP replacements will n…

Broadcast For IT - Part 19 - Why Use IP?

Moving from the luxury of dedicated point-to-point connectivity in favor of asynchronous, shared, and unpredictable IP networks may seem like we’re making life unnecessarily difficult for ourselves. However, there are compelling reasons to make the transition to IP. In t…

Essential Guide:  Video Over IP - Making It Work

Low latency networks and non-blocking switches are terms now appearing in mainstream broadcasting. But what do they mean? Why are they relevant? And how do we make Video over IP work?

Video Over IP - Making It Work - Part 3

Point to point connections dedicated to delivering video and audio signals have dominated the broadcast industry since the 1930’s. But migrating to IP is compelling engineers to think differently about packetized signal distribution. In this article we investigate the potential s…