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Decompressor | Description | ||
FfmpegAllInOneDecoder | A module with a set of Ffmpeg library decoders (with an open source code). It allows converting multimedia data compressed by MxPEG, MPEG2, MPEG4 and Motion JPEG codecs | ||
FfmpegH264Decoder | A decompressor of the Ffmpeg library used for converting a video signal in the H.264 format | ||
H264DecodeBalancer | A module used for CUDA-enabled graphics cards. It automatically switches (depending on video signal parameters) between CUDA and decoders of the IPP libraryH263IppDecoder | ||
H264InterlacedIppDecoder H264IppDecoder MPEG2IppDecoder MJPEGIppMJPEGIppDecoder MPEG4IppDecoder | Decompressors included into the Intel Integrated Performance Primitives (Intel IPP) library. A compression format is specified in the decompressor name.
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| H264SvcEx | A decompressor for converting video signals in H264Svc format received from Stretch devices into the H264Avc format. | ||
H264SvcTex | A decompressor for converting video signals in H264Svc-t format received from VIVOTEC devices into the H264Avc format. | ||
MxPEG Mobotix | A decompressor for converting video signals received from Mobotix devices. | ||
Motion Wavelet 3.5, Motion Wavelet 7.1, Motion Wavelet 7.1 Intr | A decompressor for wavelet-converting video signalsNote. Motion Wavelet 7.1 and Motion Wavelet 7.1 decompressors are used for working with archive recorded using previous versions of the Intellect software package. | ||
BOSCH | A decompressor for converting video signals received from BOSCH devices | ||
Hikvision Decoder | A decompressor for converting video signals received from Hikvision devices | ||
StreamLabs | A decompressor for converting video signals received from StreamLabs (Wavelet and MotionWavelet) devices | VWV | A decompressor for converting video signals received from VisioWave cameras |
| MediaSdkDecoder | QuickSync-based decompressor decompresses video in H.264 format using embedded Intel graphic processor greatly reducing CPU load. To enable operation of this decompressor include the integrated video card into BIOS and install latest Intel drivers. |
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When decompressors included into the Intel IPP library are in use, there can be video distortions for some resolutions. In these cases resolutions divisible by 16 are recommended to be used (e.g, 1280x720 or 1360x768) or another decompressor is to be selected. |
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By default compression and decompressionalgorithms are not available for selecting and Compressor and Decompressor dropdown lists are not available for editing. To enable this feature set the “1” value for EnableCodecSettings registry parameter (see Registry keys reference guide). |
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In multistream mode (see Configuration of multistream video) the codec selecting and settings of video signal quality is performed separately for each video stream on the Camera object’s settings panel on the Video stream tab. |
If the compressor/decompressor (default value) is not selected on the settings panel of a Camera object or the incorrect one is selected, then INTELLECT ™ software automatically selects the first compressor/decompressor in alphabetical order. If it does not fit too, the following one is selected and so on, until the correct one is selected.
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When WS7 and WS17 video capture cards are in use, the Decompression field is to be left blank otherwise use Motion Wavelet decompressor. If another decompressor is selected, then INTELLECT™ operation is not guaranteed. |
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