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Quantum Ultra
IN1604 IN1608 xi IN1804 Series IN1806 IN1808 Series MGP 641 xi Quantum Ultra Quantum Ultra II

Pro

Quantum Ultra

Ultra-High Bandwidth 4K Videowall Processor with HyperLane Bus

Key Features

Scalable 4K/60 videowall processing for display systems of any size
Modular architecture accommodates a variety of input and output arrangements
Future-ready 400 Gbps HyperLane^® video bus delivers unparalleled real-time performance
Supports 4K on one, two, or four connections
Designed for 24/7, mission-critical environments
Quantum Expansion IN and Quantum Expansion OUT cards link multiple Quantum Ultra processors together to create a single large system
All Features

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Vector 4K Scaling

Quantum Ultra 305

Provide a configurable videowall processor that shall support the real-time windowed display of multiple video, graphic, and still image sources on a single or tiled video display
1. Rack mountable videowall processor for source windowing on single or tiled displays shall:
  1. Consist of a 3U card frame with 5 total slots for input and output card combinations
  2. Support a maximum of 16 inputs in a single card frame when configured with digital high-resolution input cards and one output card
  3. Support a maximum of 16 outputs in a single card frame when configured with one input card
  4. Allow large input and output arrays by operating multiple card frames as a single addressable system from the control software
  5. Support multiple input signal formats via input card options
  6. Support multiple output signal formats via output card options
  7. Support field configuration of input and output cards
  8. Be equipped with front-panel LEDs to indicate fan and power supply status
  9. Provide automated notification of critical component failures
  10. Utilize solid-state storage for the operating system
  11. Utilize an embedded operating system
  12. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  13. Be HDCP-compliant when HDMI input and output cards are used with HDCP-compliant displays
  14. Authenticate and maintain continuous HDCP encryption between input and output devices to ensure quick and proper display of HDCP-encrypted source signals on the videowall
  15. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  16. Support 24/7 operation
  17. Take no longer than 90 seconds to boot and display video on all configured outputs
  18. Reboot to the state last shown at shutdown
  19. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  20. Support factory or custom EDID tables
  21. Automatically maintain efficient use of video bus bandwidth by utilizing no more bandwidth than native resolution on bus for upscaled images and less bandwidth than native resolution for downscaled images
  22. Support horizontal and vertical bezel compensation for flat panel displays
  23. Support horizontal and vertical overlap capability for use in edge-blended applications up to 50% of display resolution
  24. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  25. Be capable of controlling multiple independent videowalls of varying resolutions and screen orientations from a single processor
  26. Impose no source window positioning restrictions, including overlay and overlap
  27. Allow source windows to be sized to any aspect ratio
  28. Provide up to 30 bit processing for input signals
  29. Provide display of multiple simultaneous VNC sources through multiple VNC serve/client sessions
  30. Provide display of picture files (BMP, PNG and JPG) sourced from the processor’s local storage medium, with support for transparency, keying, and alpha channels
  31. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  32. Allow the display of internally-generated windows containing static or dynamic text
  33. Allow the display of internally-generated time and date information with support for:
    1. multiple time zones
    2. Daylight savings time
  34. Allow for the display of timer windows with the ability to:
    1. Count up
    2. Count down
  35. Allow the display of user-definable text overlay messages within source windows
  36. Allow the display of customizable borders and titles surrounding source windows, with support for:
    1. Rounded corners
    2. Transparency
    3. Drop shadow
    4. Flashing
  37. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control PC and videowall processor
  2. Digitally signed firmware upgrades
  3. Enabling and disabling of physical and IP ports
  4. Event logging to a file with user-definable maximum size
  5. Operating system shall be password protected with a user definable, changeable password
3. Videowall processor shall be compatible with the following input and output cards
  1. HDMI input card shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Accept up to four simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    4. Accept up to two simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    5. Support 4K/30 signals using one connection
    6. Support 4K/60 signal using two or four connections
    7. Support horizontal frequencies from 15 kHz to 135 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input sampling at up to 10 bits per color
    10. Automatically detect incoming source types
    11. Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards.
    12. Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
    13. Perform downscaling to at least 1/100 of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI output card which shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    4. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    5. Deliver 4K/30 signals using one connection
    6. Deliver 4K/60 signal using two or four connections
    7. Support vertical frequencies from 23.98 Hz to 60 Hz
    8. Provide a locking mechanism to secure HDMI cable connections
    9. Allow the display of up to 64 source windows across each four-channel output card
    10. Variably scale sources up to to 32 times the output resolution horizontally and vertically
  3. A twisted-pair output card which shall:
    1. Support up to four outputs at distances up to 330 feet (100 meters) over shielded CATx cable
    2. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    3. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Deliver 4K/30 signals using one connection
    5. Deliver 4K/60 signal using two or four connections
    6. Support horizontal frequencies from 15 kHz to 100 kHz
    7. Support vertical frequencies from 23.98 Hz to 75 Hz
    8. Allow the display of up to 64 source windows across each four-channel output card
    9. Variably scale sources up to 32 times the output resolution horizontally and vertically
    10. Support remote powering of receivers
    11. Support bi-directional RS-232 and IR insertion for AV device control
    12. Support RS-232 insertion from an Ethernet port
  4. A streaming video decoder card which shall:
    1. Support up to two independently-configurable network connections
    2. Be capable of decoding H-264/AVC, MPEG-2, and MJPEG video streams
    3. Support the video section of ONVIF Profile S
    4. Decode from four 1080p/60 to 16 standard-definition video streams
    5. Decode video streams with no more than 1 second of latency
    6. Provide 4:4:4 input sampling at up to 8 bits per color
    7. Perform downscaling to at least 1/100 of the native source resolution
4. Remote operation and system control shall:
  1. Be accessible from USB, RS-232, and Ethernet interfaces
  2. Be achieved with direct connection to the processor
  3. Allow control of:
    1. Setting window input source
    2. Window muting
    3. Window priority (layer)
    4. Window position and size adjust
    5. Window presets recall
    6. Recall window border style
    7. Set window text
    8. Video signal presence, by window
    9. Set/view IP settings (IP address, subnet, gateway)
    10. Reset
    11. Hardware failure alert
5. Allow for independent preset and window control per screen group
6. Control software shall be included with the videowall processor which shall:
  1. Operate on a PC independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processors
  4. Allow manual creation, definition and configuration of processors when offline
  5. Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
  6. Allow for the creation of custom screen layouts in one or more virtual screen groups
  7. Allow for selection of output parameters, including:
    1. Resolution
    2. Refresh rate
    3. HDCP notification
    4. Output rotation in 90-degree increments
    5. Screen overlap
    6. Mullion compensation
  8. Allow output parameters to be set independently per screen group
  9. Allow creation of source definitions, including:
    1. Physical sources, via auto-detection or manual selection
    2. VNC Sources
    3. Static image sources
    4. Text sources
    5. Timer/Clock sources with:
      1. Timer direction control (count up/count down)
      2. Multiple time zones
      3. Daylight savings time support
  10. Allow for image adjustments of physical sources, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  11. Allow for the creation of window presets, with user control over:
    1. Window source
    2. Source size
    3. Window size
    4. Window position
    5. Window layer
    6. Window contents
    7. Window border
    8. Window title
    9. Window overlay
  12. Allow for the creation of 128 window presets per screen group
  13. Provide controls for system EDID management
  14. Allow creation of a password-protected Administrator account for system management
  15. Allow administrator to create password-protected User accounts
7. Shall be JITC Certified
Approved device shall be the Extron Quantum Ultra 305 (custom part number based on configuration); no alternates or equals

Quantum Ultra 305

Provide a configurable videowall processor that shall support the real-time windowed display of multiple video, graphic, and still image sources on a single or tiled video display
1. Rack mountable videowall processor for source windowing on single or tiled displays shall:
  1. Consist of a 3U card frame with 5 total slots for input and output card combinations
  2. Support a maximum of 16 inputs in a single card frame when configured with digital high-resolution input cards and one output card
  3. Support a maximum of 16 outputs in a single card frame when configured with one input card
  4. Allow large input and output arrays by operating multiple card frames as a single addressable system from the control software
  5. Support multiple input signal formats via input card options
  6. Support multiple output signal formats via output card options
  7. Support field configuration of input and output cards
  8. Be equipped with front-panel LEDs to indicate fan and power supply status
  9. Provide automated notification of critical component failures
  10. Utilize solid-state storage for the operating system
  11. Utilize an embedded operating system
  12. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  13. Be HDCP-compliant when HDMI input and output cards are used with HDCP-compliant displays
  14. Authenticate and maintain continuous HDCP encryption between input and output devices to ensure quick and proper display of HDCP-encrypted source signals on the videowall
  15. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  16. Support 24/7 operation
  17. Take no longer than 90 seconds to boot and display video on all configured outputs
  18. Reboot to the state last shown at shutdown
  19. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  20. Support factory or custom EDID tables
  21. Automatically maintain efficient use of video bus bandwidth by utilizing no more bandwidth than native resolution on bus for upscaled images and less bandwidth than native resolution for downscaled images
  22. Support horizontal and vertical bezel compensation for flat panel displays
  23. Support horizontal and vertical overlap capability for use in edge-blended applications up to 50% of display resolution
  24. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  25. Be capable of controlling multiple independent videowalls of varying resolutions and screen orientations from a single processor
  26. Impose no source window positioning restrictions, including overlay and overlap
  27. Allow source windows to be sized to any aspect ratio
  28. Provide up to 30 bit processing for input signals
  29. Provide display of multiple simultaneous VNC sources through multiple VNC serve/client sessions
  30. Provide display of picture files (BMP, PNG and JPG) sourced from the processor’s local storage medium, with support for transparency, keying, and alpha channels
  31. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  32. Allow the display of internally-generated windows containing static or dynamic text
  33. Allow the display of internally-generated time and date information with support for:
    1. multiple time zones
    2. Daylight savings time
  34. Allow for the display of timer windows with the ability to:
    1. Count up
    2. Count down
  35. Allow the display of user-definable text overlay messages within source windows
  36. Allow the display of customizable borders and titles surrounding source windows, with support for:
    1. Rounded corners
    2. Transparency
    3. Drop shadow
    4. Flashing
  37. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control PC and videowall processor
  2. Digitally signed firmware upgrades
  3. Enabling and disabling of physical and IP ports
  4. Event logging to a file with user-definable maximum size
  5. Operating system shall be password protected with a user definable, changeable password
3. Videowall processor shall be compatible with the following input and output cards
  1. HDMI input card shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Accept up to four simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    4. Accept up to two simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    5. Support 4K/30 signals using one connection
    6. Support 4K/60 signal using two or four connections
    7. Support horizontal frequencies from 15 kHz to 135 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input sampling at up to 10 bits per color
    10. Automatically detect incoming source types
    11. Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards.
    12. Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
    13. Perform downscaling to at least 1/100 of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI output card which shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    4. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    5. Deliver 4K/30 signals using one connection
    6. Deliver 4K/60 signal using two or four connections
    7. Support vertical frequencies from 23.98 Hz to 60 Hz
    8. Provide a locking mechanism to secure HDMI cable connections
    9. Allow the display of up to 64 source windows across each four-channel output card
    10. Variably scale sources up to to 32 times the output resolution horizontally and vertically
  3. A twisted-pair output card which shall:
    1. Support up to four outputs at distances up to 330 feet (100 meters) over shielded CATx cable
    2. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    3. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Deliver 4K/30 signals using one connection
    5. Deliver 4K/60 signal using two or four connections
    6. Support horizontal frequencies from 15 kHz to 100 kHz
    7. Support vertical frequencies from 23.98 Hz to 75 Hz
    8. Allow the display of up to 64 source windows across each four-channel output card
    9. Variably scale sources up to 32 times the output resolution horizontally and vertically
    10. Support remote powering of receivers
    11. Support bi-directional RS-232 and IR insertion for AV device control
    12. Support RS-232 insertion from an Ethernet port
  4. A streaming video decoder card which shall:
    1. Support up to two independently-configurable network connections
    2. Be capable of decoding H-264/AVC, MPEG-2, and MJPEG video streams
    3. Support the video section of ONVIF Profile S
    4. Decode from four 1080p/60 to 16 standard-definition video streams
    5. Decode video streams with no more than 1 second of latency
    6. Provide 4:4:4 input sampling at up to 8 bits per color
    7. Perform downscaling to at least 1/100 of the native source resolution
4. Remote operation and system control shall:
  1. Be accessible from USB, RS-232, and Ethernet interfaces
  2. Be achieved with direct connection to the processor
  3. Allow control of:
    1. Setting window input source
    2. Window muting
    3. Window priority (layer)
    4. Window position and size adjust
    5. Window presets recall
    6. Recall window border style
    7. Set window text
    8. Video signal presence, by window
    9. Set/view IP settings (IP address, subnet, gateway)
    10. Reset
    11. Hardware failure alert
5. Allow for independent preset and window control per screen group
6. Control software shall be included with the videowall processor which shall:
  1. Operate on a PC independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processors
  4. Allow manual creation, definition and configuration of processors when offline
  5. Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
  6. Allow for the creation of custom screen layouts in one or more virtual screen groups
  7. Allow for selection of output parameters, including:
    1. Resolution
    2. Refresh rate
    3. HDCP notification
    4. Output rotation in 90-degree increments
    5. Screen overlap
    6. Mullion compensation
  8. Allow output parameters to be set independently per screen group
  9. Allow creation of source definitions, including:
    1. Physical sources, via auto-detection or manual selection
    2. VNC Sources
    3. Static image sources
    4. Text sources
    5. Timer/Clock sources with:
      1. Timer direction control (count up/count down)
      2. Multiple time zones
      3. Daylight savings time support
  10. Allow for image adjustments of physical sources, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  11. Allow for the creation of window presets, with user control over:
    1. Window source
    2. Source size
    3. Window size
    4. Window position
    5. Window layer
    6. Window contents
    7. Window border
    8. Window title
    9. Window overlay
  12. Allow for the creation of 128 window presets per screen group
  13. Provide controls for system EDID management
  14. Allow creation of a password-protected Administrator account for system management
  15. Allow administrator to create password-protected User accounts
7. Shall be JITC Certified
Approved device shall be the Extron Quantum Ultra 305 (custom part number based on configuration); no alternates or equals

Quantum Ultra 610

Provide a configurable videowall processor that shall support the real-time windowed display of multiple video, graphic, and still image sources on a single or tiled video display
1. Rack mountable videowall processor for source windowing on single or tiled displays shall:
  1. Consist of a 6U card frame with 10 total slots for input and output card combinations
  2. Support a maximum of 36 inputs in a single card frame when configured with digital high resolution input cards and one output card
  3. Support a maximum of 36 outputs in a single card frame when configured with one input card
  4. Allow large input and output arrays by operating multiple card frames as a single addressable system from the control software
  5. Support multiple input signal formats via input card options
  6. Support multiple output signal formats via output card options
  7. Support field configuration of input and output cards
  8. Be equipped with dual redundant, hot swappable power supplies
  9. Be equipped with front-panel LEDs to indicate fan and power supply status
  10. Provide automated notification of critical component failures
  11. Utilize solid-state storage for the operating system
  12. Utilize an embedded operating system
  13. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  14. Be HDCP-compliant when HDMI input and output cards are used with HDCP-compliant displays
  15. Authenticate and maintain continuous HDCP encryption between input and output devices to ensure quick and proper display of HDCP-encrypted source signals on the videowall
  16. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  17. Support 24/7 operation
  18. Take no longer than 90 seconds to boot and display video on all configured outputs
  19. Reboot to the state last shown at shutdown
  20. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  21. Support factory or custom EDID tables
  22. Automatically maintain efficient use of video bus bandwidth by utilizing no more bandwidth than native resolution on bus for upscaled images and less bandwidth than native resolution for downscaled images
  23. Support horizontal and vertical bezel compensation for flat panel displays
  24. Support horizontal and vertical overlap capability for use in edge-blended applications up to 50% of display resolution
  25. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  26. Be capable of controlling multiple independent videowalls of varying resolutions and screen orientations from a single processor
  27. Impose no source window positioning restrictions, including overlay and overlap
  28. Allow source windows to be sized to any aspect ratio
  29. Provide up to 30 bit processing for input signals
  30. Provide display of multiple simultaneous VNC sources through multiple VNC serve/client sessions
  31. Provide display of picture files (BMP, PNG and JPG) sourced from the processor’s local storage medium, with support for transparency, keying, and alpha channels
  32. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  33. Allow the display of internally-generated windows containing static or dynamic text
  34. Allow the display of internally-generated time and date information with support for:
    1. multiple time zones
    2. Daylight savings time
  35. Allow for the display of timer windows with the ability to:
    1. Count up
    2. Count down
  36. Allow the display of user-definable text overlay messages within source windows
  37. Allow the display of customizable borders and titles surrounding source windows, with support for:
    1. Rounded corners
    2. Transparency
    3. Drop shadow
    4. Flashing
  38. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control PC and videowall processor
  2. Digitally signed firmware upgrades
  3. Enabling and disabling of physical and IP ports
  4. Event logging to a file with user-definable maximum size
  5. Operating system shall be password protected with a user definable, changeable password
3. Videowall processor shall be compatible with the following input and output cards
  1. HDMI input card shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Accept up to four simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    4. Accept up to two simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    5. Support 4K/30 signals using one connection
    6. Support 4K/60 signal using two or four connections
    7. Support horizontal frequencies from 15 kHz to 135 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input sampling at up to 10 bits per color
    10. Automatically detect incoming source types
    11. Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards.
    12. Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
    13. Perform downscaling to at least 1/100 of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI output card which shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    4. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    5. Deliver 4K/30 signals using one connection
    6. Deliver 4K/60 signal using two or four connections
    7. Support vertical frequencies from 23.98 Hz to 60 Hz
    8. Provide a locking mechanism to secure HDMI cable connections
    9. Allow the display of up to 64 source windows across each four-channel output card
    10. Variably scale sources up to to 32 times the output resolution horizontally and vertically
  3. A twisted-pair output card which shall:
    1. Support up to four outputs at distances up to 330 feet (100 meters) over shielded CATx cable
    2. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    3. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Deliver 4K/30 signals using one connection
    5. Deliver 4K/60 signal using two or four connections
    6. Support horizontal frequencies from 15 kHz to 100 kHz
    7. Support vertical frequencies from 23.98 Hz to 75 Hz
    8. Allow the display of up to 64 source windows across each four-channel output card
    9. Variably scale sources up to 32 times the output resolution horizontally and vertically
    10. Support remote powering of receivers
    11. Support bi-directional RS-232 and IR insertion for AV device control
    12. Support RS-232 insertion from an Ethernet port
  4. A streaming video decoder card which shall:
    1. Support up to two independently-configurable network connections
    2. Be capable of decoding H-264/AVC, MPEG-2, and MJPEG video streams
    3. Support the video section of ONVIF Profile S
    4. Decode from four 1080p/60 to 16 standard-definition video streams
    5. Decode video streams with no more than 1 second of latency
    6. Provide 4:4:4 input sampling at up to 8 bits per color
    7. Perform downscaling to at least 1/100 of the native source resolution
4. Remote operation and system control shall:
  1. Be accessible from USB, RS-232, and Ethernet interfaces
  2. Be achieved with direct connection to the processor
  3. Allow control of:
    1. Setting window input source
    2. Window muting
    3. Window priority (layer)
    4. Window position and size adjust
    5. Window presets recall
    6. Recall window border style
    7. Set window text
    8. Video signal presence, by window
    9. Set/view IP settings (IP address, subnet, gateway)
    10. Reset
    11. Hardware failure alert
5. Allow for independent preset and window control per screen group
6. Control software shall be included with the videowall processor which shall:
  1. Operate on a PC independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processors
  4. Allow manual creation, definition and configuration of processors when offline
  5. Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
  6. Allow for the creation of custom screen layouts in one or more virtual screen groups
  7. Allow for selection of output parameters, including:
    1. Resolution
    2. Refresh rate
    3. HDCP notification
    4. Output rotation in 90-degree increments
    5. Screen overlap
    6. Mullion compensation
  8. Allow output parameters to be set independently per screen group
  9. Allow creation of source definitions, including:
    1. Physical sources, via auto-detection or manual selection
    2. VNC Sources
    3. Static image sources
    4. Text sources
    5. Timer/Clock sources with:
      1. Timer direction control (count up/count down)
      2. Multiple time zones
      3. Daylight savings time support
  10. Allow for image adjustments of physical sources, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  11. Allow for the creation of window presets, with user control over:
    1. Window source
    2. Source size
    3. Window size
    4. Window position
    5. Window layer
    6. Window contents
    7. Window border
    8. Window title
    9. Window overlay
  12. Allow for the creation of 128 window presets per screen group
  13. Provide controls for system EDID management
  14. Allow creation of a password-protected Administrator account for system management
  15. Allow administrator to create password-protected User accounts
7. Shall be JITC Certified
Approved device shall be the Extron Quantum Ultra 610 (custom part number based on configuration); no alternates or equals

Quantum Ultra 610

Provide a configurable videowall processor that shall support the real-time windowed display of multiple video, graphic, and still image sources on a single or tiled video display
1. Rack mountable videowall processor for source windowing on single or tiled displays shall:
  1. Consist of a 6U card frame with 10 total slots for input and output card combinations
  2. Support a maximum of 36 inputs in a single card frame when configured with digital high resolution input cards and one output card
  3. Support a maximum of 36 outputs in a single card frame when configured with one input card
  4. Allow large input and output arrays by operating multiple card frames as a single addressable system from the control software
  5. Support multiple input signal formats via input card options
  6. Support multiple output signal formats via output card options
  7. Support field configuration of input and output cards
  8. Be equipped with dual redundant, hot swappable power supplies
  9. Be equipped with front-panel LEDs to indicate fan and power supply status
  10. Provide automated notification of critical component failures
  11. Utilize solid-state storage for the operating system
  12. Utilize an embedded operating system
  13. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  14. Be HDCP-compliant when HDMI input and output cards are used with HDCP-compliant displays
  15. Authenticate and maintain continuous HDCP encryption between input and output devices to ensure quick and proper display of HDCP-encrypted source signals on the videowall
  16. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  17. Support 24/7 operation
  18. Take no longer than 90 seconds to boot and display video on all configured outputs
  19. Reboot to the state last shown at shutdown
  20. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  21. Support factory or custom EDID tables
  22. Automatically maintain efficient use of video bus bandwidth by utilizing no more bandwidth than native resolution on bus for upscaled images and less bandwidth than native resolution for downscaled images
  23. Support horizontal and vertical bezel compensation for flat panel displays
  24. Support horizontal and vertical overlap capability for use in edge-blended applications up to 50% of display resolution
  25. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  26. Be capable of controlling multiple independent videowalls of varying resolutions and screen orientations from a single processor
  27. Impose no source window positioning restrictions, including overlay and overlap
  28. Allow source windows to be sized to any aspect ratio
  29. Provide up to 30 bit processing for input signals
  30. Provide display of multiple simultaneous VNC sources through multiple VNC serve/client sessions
  31. Provide display of picture files (BMP, PNG and JPG) sourced from the processor’s local storage medium, with support for transparency, keying, and alpha channels
  32. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  33. Allow the display of internally-generated windows containing static or dynamic text
  34. Allow the display of internally-generated time and date information with support for:
    1. multiple time zones
    2. Daylight savings time
  35. Allow for the display of timer windows with the ability to:
    1. Count up
    2. Count down
  36. Allow the display of user-definable text overlay messages within source windows
  37. Allow the display of customizable borders and titles surrounding source windows, with support for:
    1. Rounded corners
    2. Transparency
    3. Drop shadow
    4. Flashing
  38. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control PC and videowall processor
  2. Digitally signed firmware upgrades
  3. Enabling and disabling of physical and IP ports
  4. Event logging to a file with user-definable maximum size
  5. Operating system shall be password protected with a user definable, changeable password
3. Videowall processor shall be compatible with the following input and output cards
  1. HDMI input card shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Accept up to four simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    4. Accept up to two simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    5. Support 4K/30 signals using one connection
    6. Support 4K/60 signal using two or four connections
    7. Support horizontal frequencies from 15 kHz to 135 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input sampling at up to 10 bits per color
    10. Automatically detect incoming source types
    11. Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards.
    12. Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
    13. Perform downscaling to at least 1/100 of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI output card which shall:
    1. Support HDMI video signals
    2. Provide up to four female HDMI Type A connectors
    3. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    4. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    5. Deliver 4K/30 signals using one connection
    6. Deliver 4K/60 signal using two or four connections
    7. Support vertical frequencies from 23.98 Hz to 60 Hz
    8. Provide a locking mechanism to secure HDMI cable connections
    9. Allow the display of up to 64 source windows across each four-channel output card
    10. Variably scale sources up to to 32 times the output resolution horizontally and vertically
  3. A twisted-pair output card which shall:
    1. Support up to four outputs at distances up to 330 feet (100 meters) over shielded CATx cable
    2. Provide up to four simultaneous outputs, each with pixel clocks up to 165 MHz, at resolutions up to 1920x1200 and 2K at 60 Hz
    3. Provide up to two simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Deliver 4K/30 signals using one connection
    5. Deliver 4K/60 signal using two or four connections
    6. Support horizontal frequencies from 15 kHz to 100 kHz
    7. Support vertical frequencies from 23.98 Hz to 75 Hz
    8. Allow the display of up to 64 source windows across each four-channel output card
    9. Variably scale sources up to 32 times the output resolution horizontally and vertically
    10. Support remote powering of receivers
    11. Support bi-directional RS-232 and IR insertion for AV device control
    12. Support RS-232 insertion from an Ethernet port
  4. A streaming video decoder card which shall:
    1. Support up to two independently-configurable network connections
    2. Be capable of decoding H-264/AVC, MPEG-2, and MJPEG video streams
    3. Support the video section of ONVIF Profile S
    4. Decode from four 1080p/60 to 16 standard-definition video streams
    5. Decode video streams with no more than 1 second of latency
    6. Provide 4:4:4 input sampling at up to 8 bits per color
    7. Perform downscaling to at least 1/100 of the native source resolution
4. Remote operation and system control shall:
  1. Be accessible from USB, RS-232, and Ethernet interfaces
  2. Be achieved with direct connection to the processor
  3. Allow control of:
    1. Setting window input source
    2. Window muting
    3. Window priority (layer)
    4. Window position and size adjust
    5. Window presets recall
    6. Recall window border style
    7. Set window text
    8. Video signal presence, by window
    9. Set/view IP settings (IP address, subnet, gateway)
    10. Reset
    11. Hardware failure alert
5. Allow for independent preset and window control per screen group
6. Control software shall be included with the videowall processor which shall:
  1. Operate on a PC independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processors
  4. Allow manual creation, definition and configuration of processors when offline
  5. Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
  6. Allow for the creation of custom screen layouts in one or more virtual screen groups
  7. Allow for selection of output parameters, including:
    1. Resolution
    2. Refresh rate
    3. HDCP notification
    4. Output rotation in 90-degree increments
    5. Screen overlap
    6. Mullion compensation
  8. Allow output parameters to be set independently per screen group
  9. Allow creation of source definitions, including:
    1. Physical sources, via auto-detection or manual selection
    2. VNC Sources
    3. Static image sources
    4. Text sources
    5. Timer/Clock sources with:
      1. Timer direction control (count up/count down)
      2. Multiple time zones
      3. Daylight savings time support
  10. Allow for image adjustments of physical sources, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  11. Allow for the creation of window presets, with user control over:
    1. Window source
    2. Source size
    3. Window size
    4. Window position
    5. Window layer
    6. Window contents
    7. Window border
    8. Window title
    9. Window overlay
  12. Allow for the creation of 128 window presets per screen group
  13. Provide controls for system EDID management
  14. Allow creation of a password-protected Administrator account for system management
  15. Allow administrator to create password-protected User accounts
7. Shall be JITC Certified
Approved device shall be the Extron Quantum Ultra 610 (custom part number based on configuration); no alternates or equals

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Annotation Graphics Processor

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