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Axxon PSIM software supports transmitting the digital video signal from the Server server to the Remote Workstations remote workstations for remote video surveillance, archiving, routing via the video gatevideogate, and transmitting via the Web-web server by HTTP protocol (Internet) , to a mobile device with an iOS or Android operation operating system. Both real-time and archive video signals may can be transmitted to the Remote Workstationsremote workstations.

Real-time video signals are transmitted by Remote Workstation demand for displayingin response to requests from remote workstations for display, archiving, routing via the video gate or transmitting via the Web-server by HTTP protocol using a videogate or transmission via a web server over HTTP (Internet) , to a mobile device with running iOS or Android operation systemoperating systems. By default, transmitted video signals have are transmitted with the same parameters characteristics (resolution, color depth, frame rate etc., and others) as they have during digitizing those used for digitization and processing by the video capture card cards or IP -devicedevices.

Prior to Before transmitting to Remote Workstations, video signals are compressedremote workstations, Axxon PSIM compresses the video signal. By default, video signals, the compression level of the video signal transmitted to a workstation connected to the server via a local TCP/IP place via local net, and archived video signals are compressed at the same rate. For the setup procedure of video signal compression rate, see Configuring video compression section.network is identical to the compression level of the video signal being archived. The procedure for adjusting the compression level of the video signal in this case is described in Configuring video compression.

If your network Real-time video displaying may lag if the connection is unstable and/or transmitting rate via network connection is lowthe data transfer rate is low, real-time video can lag. To eliminate or minimize this effect, use we recommend using the following registry keys:

  • AcsStdLimit – the is a registry key used for setting to set the upper frame sequence limit in MJPEG format. It possesses the values limit of the frame queue for an MJPEG video stream. It can have a value from 1 to 30.
  • AcsMpegLimit – the is a registry key used for setting to set the upper frame sequence limit in limit of the frame queue for an H.264/MPEG4 formatvideo stream. It possesses the values can have a value from 1 to 30.

If sequence the queue of frames transmitted to a Remote Workstation rises the remote workstation grows to the value specified in the registry key, then grooming the decimation is enabled.  

Info
titleNote.

You must create the keys

Keys are to be created

in the registry section HKEY_LOCAL_MACHINE\SOFTWARE\AxxonSoft\PSIM\Video for

32

a 64-bit system (HKEY_LOCAL_MACHINE\Software\Wow6432Node\AxxonSoft\PSIM\Video for

64

a 32-bit system)

registry section

on the

Server

server side. The process of key creation is described

in

in Working with Windows OS registry

section

.

When video signals are transmitted to Remote Workstations for displaying, archiving and routing with video gate, it is possible to reduce their frame rate and to increase their compression rate.

You can reduce the frame rate and increase the level of compression of video signals when transmitting them to remote workstations for display, archiving, and routing using a videogate.

You can reduce the frame rate and increase the level of compression of video signals when transmitting them to remote workstations for display individually for each camera When video signals are transmitted to Remote Workstations for displaying, their frame rate reduction and their compression rate increase are set on the settings panel of the Monitor object for each camera individually.When video signals are transmitted to Remote Workstations for archiving, their frame rate reduction and compression rate increase are set

You can reduce the frame rate and increase the level of compression of video signals when transmitting them to remote workstations for archiving individually for each camera on the settings panel of the Backup archive object for each camera individually.When video signals are transmitted to the video gate, their frame rate is reduced and compression rate is increased  object.

You can reduce the frame rate and increase the level of compression of video signals for transmission to the videogate individually for each camera on the settings panel of the Video gate object for each camera individually Videogate object.

When video signals are transmitted via a web-server by HTTP protocol to a Remote Workstation, a mobile device with iOS or Android operating system, its compression rate is set on The compression level of the video transmitted to a remote workstation or iOS/Android mobile client connected to the server via HTTP is set in the settings panel of the Web - server object that corresponds corresponding to the Web - server module. For the setup procedure of The procedure for configuring the video signal compression rate, see the chapters on Web-server or the documentation on the mobile clientscompression level in these cases is described in the section on configuring the Web server module and in the documentation for the iOS/Android mobile client.