The PHABRIX PHRX500QC has plenty of power for such a small profile. Ready to use as soon as you take it out of the box and including 2 PHRXM-A modules, the PHRX500QC is a perfect solution where space is minimal. Onboard digital control and HDMI/SDI output to external screen at 1920 x 1080. Available as SD/HD-SDI chassis or upgradeable to 3G-SDI with a simple software option.

As budgets continue to be squeezed in broadcasting the PHRX 500 QC has been designed as a cost effective investment for test and measurement with the quality and reliability established by the PHABRIX brand.

The PHRX500QC allows a flexible approach to configuring test and measurement on a new technological platform designed for longevity, and comes included with 2 PHRXM-A dual input 3G/HD/SD SDI single analyzer modules.

Software Options

The Rx500 can be upgraded with additional software options. The PHRX500QC comes with 3 such options activated: PHRXO-2CAP 2-Channel Closed Caption option allows up to 2 channels of closed caption to be displayed. This is allocated as 1 channel per Analyzer module.PHRXO-2LOU 2-Channel Loudness option allows up to 2 channels of loudness metering and monitoring to be performed by the Rx unit (1 loudness channel per Analyzer module).PHRXO-3G 3G-SDI Chassis Upgrade option adds 3G-SDI and advanced formats across all module slots. This option introduces a variety of new formats to the SD and HD standards available on the Rx platform.

The Platform

The PHRX500QC uses a PHABRIX 'layering' module which sits at the heart of the system. Here signals from each independent instrument on board are processed to provide a variety of instrument displays.

Unhindered by any processing restraints, the layer board provides an output display up to a staggering 1920 x 1080 pixels with perfect scaling via HDMI or SDI. In practice the PHRX-500-QC acts like a T&M multi monitor providing scaled instruments over any selected video input.

The layer board also has provision for AES input. Bi/Tri level looping reference is a standard provision; a D26 way connector allows GPI, LTC control and analog audio.

Dual USB ports can be used for mouse and keyboard control.

TCP/IP Ethernet provides remote control access to the PHRX500QC using any web browser. It is also the method for updating firmware and software via PHABRIX's dedicated server. Simply select and forget for effortless upgrades.

Power is provided via a locking XLR input supporting an external 9-17V DC transformer. The system has an automatic 'last know configuration' fail safe should there be a power outage.

A super quiet fan assembly is temperature controlled to operate in extreme conditions thus reducing any distracting ambient fan noise.

Modules can be inserted into rail guided bays. Once inserted, the PHRX500QC checks the identity of the module, then seamlessly incorporates it into the system.

The PHRX500QC also supports SD-SDI and HD-SDI signals as standard.

Over 400 different formats can be analysed or generated by the PHRX500QC including Dual-Link and 3G level A and B with 2K.

Modules

Each PHRX500QC can be enhanced with different modules. Optical support is available using the onboard SFP where applicable. Modules include analysis with the addition of eye and jitter physical layer (if required). Generator modules offer the full range of industry standard SMPTE signals. Audio support includes AES, Dolby E, D, D+ and Pulse.

Operating system

The PHRX500QC uses ultra reliable Linux as its operating system, providing a robust and stable core. This dedicated solution provides confidence that the PHRX500 will always be available throughout its 24/7 operation.

The Rx range of products provide a Monitor output in the form of an HDMI output that can display up to 16 instrument windows at 1920 x 1080 resolution. This Monitor output display can display the pre-sets selected by the "Pre-set Buttons" and can be controlled by a USB mouse and keyboard connected to the Rx instrument.

Each Analyzer module allows a video clip to be captured for analysis and playback. The video clip contains the full SDI data frame including video data, metadata and audio data. The video clip can be recorded manually or can be triggered by a number of different events such as EDH and CRC errors.

The frame difference between the AV Delay Test pattern and audio tone provided by the Generator module can be checked using the Frame Grab system. The AV delay check relies on the constant movement of the Clapper board on the AV Delay Test pattern and how far it has moved from the centre of the test pattern with respect to the audio tone (peaking at -9dBs).

The Rx system provides a single Loudness meter as standard. Loudness is measured in accordance with ITU 1770 and EBU Recommendation 128 which define the measurement in terms of Loudness Units (UI), Loudness Units Full Scale (LUFS), Loudness K-weighted Full Scale (LKFS) over different time periods.

The Rx instrument is fully network compatible and has a complete network interface to allow control of any Rx instrument from any other unit. The Network menu allows the Rx instrument to be configured as part of a network.