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XTP II CrossPoint 6400
XTP II CrossPoint 1600 XTP II CrossPoint 3200 XTP II CrossPoint 6400

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XTP II CrossPoint 6400

Modular Digital Matrix Switchers from 4x4 to 64x64 with SpeedSwitch Technology

Key Features

50 Gbps digital backplane supports an 8K future
WindoWall^® Mode supports videowall applications
Wide selection of local, twisted pair, and fiber optic input and output matrix boards
RS-232 insertion from the Ethernet control port
Remote power to XTP twisted pair transmitters and receivers
Audio breakaway
All Features

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Interactive Overview

XTP II CrossPoint 6400

Provide a configurable matrix switcher that shall support digital and analog video and audio signals with up to 64 inputs and 64 outputs for distribution and routing of local and remote sources and destinations
1. Rack mountable configurable matrix switcher for video, audio, control, and Ethernet extension
2. Architecture requirements
  1. Shall support a modular, hot swappable input and output board design
  2. Shall support a mix of digital and analog source signal types through interchangeable modular input boards
    1. Sixteen (16) configurable input slots
    2. Sixteen (16) configurable output slots
  3. Shall support field configuration of input and output boards
    1. Boards shall be hot-swappable
  4. Shall allow video and audio signals to be routed independently (break-away routing)
  5. Shall support the extension of Ethernet data from a third party network switch and pass-through the Ethernet data to remote transmitters and / or receivers
  6. Shall not have an integrated managed or unmanaged Ethernet switch
  7. Shall include a redundant power supply
  8. Shall support multiple means of control for I/O selection and general operation
    1. Front panel
    2. USB
    3. Ethernet control
    4. RS-232 control
  9. Front panel shall provide status feedback
  10. Shall have a digital backplane with support for data rates up to 50 Gbps per input and output
3. Inputs requirements
  1. Shall provide support for local direct device connections
  2. Shall provide support for deinterlacing of standard definition video signals
  3. Shall provide cable equalization for each digital input
  4. Shall provide support for remote device connections via fiber optic transmitters
  5. Shall provide support for remote device connections via twisted pair transmitters
  6. Shall provide support for video, audio, control, and Ethernet extension over a shielded CATx cable
  7. Shall provide support for remote power of all transmitters connected via shielded twisted pair cable
4. Outputs requirements
  1. Shall provide support for local direct device connections
  2. Shall reshape and restore timing of digital video signals at each output
  3. Shall provide support for remote device connections via fiber optic receivers
  4. Shall provide support for remote device connections via twisted pair receivers
  5. Shall provide support for video, audio, control, and Ethernet extension over a shielded CATx cable
  6. Shall provide a videowall mode that uses scaling receivers to enable a mix of full screen and image magnification across multiple displays for up to 8x8 videowall configurations
  7. Shall include presets for quick and easy manipulation of videowall content among different image arrangements
  8. Shall provide support for remote power of all receivers connected via shielded twisted pair cable
  9. Shall provide support for automatically adjusting color bit depth output based on the attached display EDID information
  10. Shall provide video output muting for all or any combination of outputs
  11. Shall provide audio output muting for all or any combination of outputs
5. HDCP and EDID Management requirements
  1. Shall be HDCP compliant
    1. Provide authentication and maintain continuous verification of HDCP key exchange between connected devices
    2. Provide the option to disable HDCP processing at applicable inputs when passing unencrypted content
    3. Provide visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
      1. Video output will be a solid green color
    4. HDCP authentication and signal presence confirmation via RS-232 or Ethernet
  2. Shall support EDID management between connected devices
    1. Provide a set of pre-stored EDID files
    2. Enable capture of EDID from any connected display
    3. Allow user uploading of EDID files
    4. Allow assignment of any pre-stored, captured, or uploaded EDID file to any input
6. Audio requirements
  1. Shall support independent routing of audio and video signals (break-away routing)
  2. Shall support downmixing of embedded multi-channel audio
  3. Shall support embedding of analog audio
  4. Shall support de-embedding of digital audio
  5. Shall support audio input gain and attenuation for analog signals
  6. Shall support audio output volume adjustment and muting for analog signals
7. Transmission requirements
  1. Shall support a maximum video signal transmission distance of 330' (100 m) using a shielded CATx twisted pair cable
  2. Shall support video signal transmission using an OM4 multimode or singlemode fiber optic cable
  3. Shall support HDMI 2.0 specifications
    1. Support data rates up to 18 Gbps
    2. Support 4K/UHD at 60 Hz with 4:4:4 chroma sampling at 8 bits per color
    3. Support 3D content
    4. Support embedded HD lossless audio formats
  4. Shall actively buffer DDC channels
8. Control requirements
  1. Shall support multiple means of control for I/O selection and general operation
    1. Front panel
    2. USB
    3. Ethernet control
    4. RS-232 control
  2. Shall provide RS-232 insertion from the Ethernet port to remote transmitters and/or receivers
  3. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Provide proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Provide remote selection of input and output ties, adjustment and control of audio input and output levels, and advanced system diagnostics
  4. Front panel shall provide physical buttons
    1. Provide tie creation from within the matrix switcher
    2. Provide audio output volume adjustment and muting
    3. Provide recall of presets
9. General requirements
  1. Shall be rack mountable
  2. Shall offer remote powering for all connected XTP twisted pair transmitters and/or receivers
  3. Shall include a redundant power supply
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
  5. Shall provide at least three (3) years parts and labor warranty
  6. Shall maintain compatibility with other devices within an XTP System for signal distribution and routing
10. Approved device shall be the Extron XTP II CrossPoint 6400 (custom part number based on configuration); no alternates or equals

XTP II CrossPoint 6400

Provide a configurable matrix switcher that shall support digital and analog video and audio signals with up to 64 inputs and 64 outputs for distribution and routing of local and remote sources and destinations
1. Rack mountable configurable matrix switcher for video, audio, control, and Ethernet extension
2. Architecture requirements
  1. Shall support a modular, hot swappable input and output board design
  2. Shall support a mix of digital and analog source signal types through interchangeable modular input boards
    1. Sixteen (16) configurable input slots
    2. Sixteen (16) configurable output slots
  3. Shall support field configuration of input and output boards
    1. Boards shall be hot-swappable
  4. Shall allow video and audio signals to be routed independently (break-away routing)
  5. Shall support the extension of Ethernet data from a third party network switch and pass-through the Ethernet data to remote transmitters and / or receivers
  6. Shall not have an integrated managed or unmanaged Ethernet switch
  7. Shall include a redundant power supply
  8. Shall support multiple means of control for I/O selection and general operation
    1. Front panel
    2. USB
    3. Ethernet control
    4. RS-232 control
  9. Front panel shall provide status feedback
  10. Shall have a digital backplane with support for data rates up to 50 Gbps per input and output
3. Inputs requirements
  1. Shall provide support for local direct device connections
  2. Shall provide support for deinterlacing of standard definition video signals
  3. Shall provide cable equalization for each digital input
  4. Shall provide support for remote device connections via fiber optic transmitters
  5. Shall provide support for remote device connections via twisted pair transmitters
  6. Shall provide support for video, audio, control, and Ethernet extension over a shielded CATx cable
  7. Shall provide support for remote power of all transmitters connected via shielded twisted pair cable
4. Outputs requirements
  1. Shall provide support for local direct device connections
  2. Shall reshape and restore timing of digital video signals at each output
  3. Shall provide support for remote device connections via fiber optic receivers
  4. Shall provide support for remote device connections via twisted pair receivers
  5. Shall provide support for video, audio, control, and Ethernet extension over a shielded CATx cable
  6. Shall provide a videowall mode that uses scaling receivers to enable a mix of full screen and image magnification across multiple displays for up to 8x8 videowall configurations
  7. Shall include presets for quick and easy manipulation of videowall content among different image arrangements
  8. Shall provide support for remote power of all receivers connected via shielded twisted pair cable
  9. Shall provide support for automatically adjusting color bit depth output based on the attached display EDID information
  10. Shall provide video output muting for all or any combination of outputs
  11. Shall provide audio output muting for all or any combination of outputs
5. HDCP and EDID Management requirements
  1. Shall be HDCP compliant
    1. Provide authentication and maintain continuous verification of HDCP key exchange between connected devices
    2. Provide the option to disable HDCP processing at applicable inputs when passing unencrypted content
    3. Provide visual confirmation of HDCP compliance when encrypted content is routed to a non-HDCP compliant display
      1. Video output will be a solid green color
    4. HDCP authentication and signal presence confirmation via RS-232 or Ethernet
  2. Shall support EDID management between connected devices
    1. Provide a set of pre-stored EDID files
    2. Enable capture of EDID from any connected display
    3. Allow user uploading of EDID files
    4. Allow assignment of any pre-stored, captured, or uploaded EDID file to any input
6. Audio requirements
  1. Shall support independent routing of audio and video signals (break-away routing)
  2. Shall support downmixing of embedded multi-channel audio
  3. Shall support embedding of analog audio
  4. Shall support de-embedding of digital audio
  5. Shall support audio input gain and attenuation for analog signals
  6. Shall support audio output volume adjustment and muting for analog signals
7. Transmission requirements
  1. Shall support a maximum video signal transmission distance of 330' (100 m) using a shielded CATx twisted pair cable
  2. Shall support video signal transmission using an OM4 multimode or singlemode fiber optic cable
  3. Shall support HDMI 2.0 specifications
    1. Support data rates up to 18 Gbps
    2. Support 4K/UHD at 60 Hz with 4:4:4 chroma sampling at 8 bits per color
    3. Support 3D content
    4. Support embedded HD lossless audio formats
  4. Shall actively buffer DDC channels
8. Control requirements
  1. Shall support multiple means of control for I/O selection and general operation
    1. Front panel
    2. USB
    3. Ethernet control
    4. RS-232 control
  2. Shall provide RS-232 insertion from the Ethernet port to remote transmitters and/or receivers
  3. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Provide proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Provide remote selection of input and output ties, adjustment and control of audio input and output levels, and advanced system diagnostics
  4. Front panel shall provide physical buttons
    1. Provide tie creation from within the matrix switcher
    2. Provide audio output volume adjustment and muting
    3. Provide recall of presets
9. General requirements
  1. Shall be rack mountable
  2. Shall offer remote powering for all connected XTP twisted pair transmitters and/or receivers
  3. Shall include a redundant power supply
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
  5. Shall provide at least three (3) years parts and labor warranty
  6. Shall maintain compatibility with other devices within an XTP System for signal distribution and routing
10. Approved device shall be the Extron XTP II CrossPoint 6400 (custom part number based on configuration); no alternates or equals

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