As a systems integrator involved in audio video projects, you must combine solutions of high technologies in order to build efficient and innovative turnkey systems for your customers.
Among the technologies you're looking for, perceived quality measurement and monitoring solutions represent fundamental components of the systems you build.
We have the solutions to facilitate the development of these systems.
Video Quality Monitor (VQM) measures camera noise. It is a unique tool for video cameras benchmarking and comparison.
Video Quality Monitor (VQM) also measures and monitors audio video quality from files and from live sources (like the output of an encoder or IP streaming).
Video Quality Monitor (VQM) also enables to measure and monitor audio loudness according to recommendations ITU BS.1770-2 and EBU R 128. This feature enables to check that audio tracks meet industry requirements.
Video Quality Monitor (VQM) can be very easily integrated in third party applications thanks to several methods like command line usage, watch folder, scripts execution or the integrated HTTP server.
Video Quality Analyzer (VQA) measures perceived video quality. VQA generates very precise analysis reports on perceived video quality which enable to benchmark video encoders (to choose to best one before buying) and to optimize video encoding parameters, like bitrate (for the video encoders you have already bought).
Video Quality Analyzer (VQA) also enables to monitor a file-based encoding process (like encoding for VOD for example).
MPEG Monitor measures and monitors the perceived video quality of several TV channels in real time and on a single machine. Therefore MPEG Monitor is a very innovative solution for broadcast monitoring. De plus, MPEG Monitor fait la différence entre between encoding quality (taking into account encoding artifacts like blockiness and blur) and transmission quality (taking into account distortions due to lost packets). It also computes an overall quality score. During monitoring, all measured data are saved and can be retrieved later, under the form of curves and statistics between two user-chosen dates. When a video quality problem is detected, audio video samples are saved (from several seconds before the problem, until several seconds after the problem) and alerts can be sent by email and SNMP.
During monitoring, all measured data are saved and can be retrieved later, under the form of curves and statistics between two user-chosen dates (like in VQM).
Audio Video Sync Monitor (AVSQM) measures and monitors both QoE and QoS.
Audio Video Sync Monitor (AVSQM) measures and monitors the synchronization between audio and video at one or several locations. Thanks to our proprietary technologies for audio and video fingerprinting, AVSQM is very precise and non-intrusive. During monitoring, all measured data are saved and can be retrived as curves and statistics between two user-defined dates.
Audio Video Sync Monitor (AVSQM) also measures and monitors video quality and audio quality..
Audio Video Sync Monitor (AVSQM) measures and monitors the Quality of Service (QoS) concerning transmissions (packets loss, packets delay, jitter, etc.) and concerning machine health (CPU usage, RAM usage, etc.).
Video Quality Measurement Software Development Kit (VQM SDK) is a library which contains the perceived video quality measurement technologies available in Video Quality Monitor (VQM).
VQM SDK enables to easily integrate state-of-the-art perceived video quality measurement technologies in a third-party application.
Each of these products is available for free evaluation. To get the evaluation version of a product, please go to the product's page.
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