The 1 RU AJA HDR Image Analyzer with a display.
AJA has announced its new HDR Image Analyzer, an HDR monitoring and analysis appliance powered by Colorfront-developed software. The Analyzer supports the monitoring and analysis of 4K/UltraHD/2K/HD, HDR and WCG content for broadcast and OTT entertainment across production, post-production, quality control (QC) and mastering.
The Video - Resolution menu, with easy access for RGB, YCbCR and Quad split vs 2SI configurations.
AJA Video Systems' HDR Image Analyzer fuses AJA’s proven audio and video I/O technology with Colorfront’s powerful image analysis software. The sleek 1RU device delivers a comprehensive toolset for monitoring and analyzing HDR standards including Hybrid Log Gamma (HLG) and Perceptual Quantizer (PQ) for 4K/UltraHD workflows. HDR Image Analyzer is the second technology collaboration between AJA and Colorfront, following the integration of Colorfront Engine into AJA’s FS-HDR real-time HDR/WCG converter.
HDR Image Analyzer takes in 4K sources across 4x 3G-SDI inputs and loops the video out over 4x 3G-SDI spigots to continue the video chain to wherever desired, allowing analysis at any point required in your work- flow.
HDR Image Analyzer feature highlights include:
- Support for display referred SDR (Rec.709), HDR ST2084/PQ and HLG analysis
- Support for scene referred ARRI, Canon, Panasonic, RED and Sony camera color spaces
- Display and color processing look up table (LUT) support
- Automatic color space conversion based on the award winning Colorfront Engine
- CIE graph, vectorscope, waveform and histogram support
- Nit levels and phase metering
- False color mode to easily spot out of gamut/out of brightness pixels
- Advanced out of gamut and out of brightness detection with error intolerance
- Data analyzer with pixel picker
- Line mode to focus a region of interest onto a single horizontal or vertical line
- File base error logging with timecode
- Reference still store
- UltraHD UI for native-resolution picture display
- Up to 4K/UltraHD 60p over 4x 3G-SDI inputs
- SDI auto signal detection
- Loop through output to broadcast monitors
You might also like...
Broadcasting used to be simple. It required one TV station sending one signal to multiple viewers. Everyone received the same imagery at the same time. That was easy.
Saving dollars is one of the reasons broadcasters are moving to IP. Network speeds have now reached a level where real-time video and audio distribution is a realistic option. Taking this technology to another level, Rohde and Schwarz demonstrate in…
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,…
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…
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…