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FOR-A Corp. of America - IPS-6200

Seamless IP Change Over Switcher

Model: IPS-6200

  • Seamless switching between outputs of the same encoder
  • When installed at the far end of a network link, the IPS-6200 seamlessly switches between redundant encoder TSoIP input used in multicast transmissions or the like
  • This supports completely seamless switching without video or audio disruption
  • Auto and manual switching
  • When a signal error occurs, the IPS-6200 automatically switches to the other line
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Clean Switching Over IP
Increasing IP circuit reliability

Standalone ASI/TS over IP changeover in a 1U enclosure. Monitors TS-level IP signals in redundant input and instantly switches ports if errors occur, enabling seamless output without disruptions.
IP-based changeover for monitoring redundant TSoIP signals from multicast TS-level encoder transmissions and seamlessly switching ports if errors occur. To prevent transmission path error, this changeover further increases the reliability of duplex transmission.

  • Seamless switching between outputs of the same encoder
    • When installed at the far end of a network link, the IPS-6200 seamlessly switches between redundant encoder TSoIP input used in multicast transmissions or the like
    • This supports completely seamless switching without video or audio disruption
  • Auto and manual switching
    • When a signal error occurs, the IPS-6200 automatically switches to the other line
    • Manual switching and auto/manual assignment of each line are also possible
    • For example, the following assignment can be selected: Automatic switching from the current line to the reserve line, and manual switching from the reserve line to the current line
  • Delay adjustment function
    • The delay difference between different lines is absorbed quickly and both phase inputs are automatically aligned to achieve seamless switching that does not disrupt the output
    • The delay adjustment range is up to 10 seconds
  • TS-level monitoring
    • TS-level error monitoring, already proven reliable in switching, is used for IP signals
    • Error monitoring goes beyond TR 101 290 guidelines to check for packet loss, null-only, and other critical errors affecting signal quality
    • Error detection can also be enabled or disabled based on the type of signal
    • Set the PID error detection threshold as desired, in 1 ms increments
    • Up to four sets of multi-program signals are supported
  • GUI-based remote control and monitoring
    • Ethernet interfaces enable a wide range of remote monitoring and control to suit many usage scenarios
    • The dedicated GUI can be used to make settings and graphically display error monitoring contents via Ethernet
    • An event log viewer, automatic CSV file generation, and other functions are also provided to facilitate signal management requiring historical condition data
    • SNMP-based control, configuration, and monitoring is also supported
  • ASI and IP input both supported
    • Choose ASI or IP for each signal supplied. Enables mixed input, using IN 1 on the IP side and IN 2 on the ASI side, for example. Ideal for redundant ASI/satellite operation.
 
 

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