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Quantum Ultra Connect

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Quantum Ultra Connect

4K-Videowandprozessorsystem für kleine und mittelgroße Anwendungen

Hauptmerkmale

Kosteneffiziente 4K/60 HDMI-Videowandprozessoren für Videowände mit bis zu acht Bildschirmen
Unterstützt 4K-Signale über eine, zwei oder vier Verbindungen
Vector™ 4K-Skalierer von Extron
400 Gbps HyperLane®-Videobus für eine unvergleichliche Echtzeit-Leistung
Direkte Steuerung über RS-232, USB und Ethernet
Für kontinuierlichen Betrieb in geschäftskritischen Umgebungen entwickelt
Alle Merkmale

Quantum Ultra Connect 84 and Quantum Ultra Connect 128 Front

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Hinweis: Zur Integration dieser Prozessoren ist die Inbetriebnahme durch Extron erforderlich. Diese ist nicht im Produktpreis enthalten. Bitte kontaktieren Sie uns für weitere Informationen.

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Die Modelle Quantum^® Ultra Connect 84 und Quantum Ultra Connect 128 von Extron sind Videowandprozessoren mit acht bzw. zwölf HDMI-Eingängen für Systeme mit bis zu vier oder acht Displays. Mit der Vector™ 4K-Skalierungstechnologie und einem HyperLane^® Highspeed-Videobus liefern sie dieselbe hochwertige Videoskalierung und Echtzeitleistung wie unsere Quantum Ultra Elite-Prozessoren. Durch benutzerdefinierte Ausgangsauflösungen, Rotation der Eingangs- und Ausgangsbilder sowie Kompensation des Displayrahmens ist der Prozessor mit einer großen Anzahl von Displaytechnologien kompatibel. Flexible Fensterplatzierung erlaubt die Positionierung von Bildern nebeneinander, überlappend und als Bild im Bild. Die Key Minder^®‑ und SpeedSwitch^®-Technologien ermöglichen eine praktisch sofortige Umschaltung HDCP-verschlüsselter Inhalte. Über RS-232-, USB- und Ethernet-Schnittstellen können Steuerungssysteme angeschlossen werden, weshalb kein dezidierter Steuerungscomputer mehr nötig ist.

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Quantum Ultra Connect

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Quantum Ultra Connect 84

Provide a preconfigured videowall processor that supports the real-time windowed display of multiple computer and video 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 chassis
  2. Support a maximum of eight (8) inputs via two (2) four-channel input cards
  3. Support a maximum of four (4) outputs via one (1) four-channel output card
  4. Provide automated notification of critical component failures
  5. Utilize solid-state storage for the operating system
  6. Include an embedded operating system
  7. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  8. Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
  9. 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
  10. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  11. Support 24/7 operation
  12. Take no longer than 90 seconds to boot and display video on all configured outputs
  13. Reboot to the state last shown at shutdown
  14. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  15. Support factory or custom EDID tables
  16. 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
  17. Support horizontal and vertical bezel compensation for flat panel displays
  18. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  19. Impose no source window positioning restrictions, including overlay and overlap
  20. Allow source windows to be sized to any aspect ratio
  21. Provide up to 30-bit processing for input signals
  22. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  23. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control computer and videowall processor
  2. Digitally signed firmware upgrades
  3. Event logging to a file with user-definable maximum size
  4. Password protected operating system 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 up to four (4) digital HDMI or DVI inputs on HDMI connectors
    2. Accept up to four (4) simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    3. Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    4. Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
    5. Support 4K/30 signals using one (1) connection
    6. Support 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input chroma sampling at up to 10 bits per color
    10. Automatically detect incoming source signal 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 1/100th of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI/DVI output card shall:
    1. Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
    2. Provide up to four (4) 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 (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
    5. Deliver 4K/30 signals using one (1) connection
    6. Deliver 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 23.98 Hz to 60 Hz
    9. Provide a locking mechanism to secure HDMI cable connections
    10. Allow the display of up to 64 source windows across each four-channel output card
    11. Variably scale sources up to 1000 times the output resolution, horizontally and vertically
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 prioritization (layer)
    4. Window position and size adjustments
    5. Window presets recall
    6. Video signal presence, by window
    7. Set/view IP settings (IP address, subnet, gateway)
    8. Reset
    9. Hardware failure alert
5. Control software shall be included with the videowall processor that shall:
  1. Operate on a computer independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processor
  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. Mullion compensation
    6. Creation of source definitions for HDMI input sources via auto-detection or manual selection
  8. Allow for image adjustments of HDMI inputs, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  9. 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 content
  10. Allow for the creation of 128 window presets per screen group
  11. Provide controls for system EDID management
  12. Allow creation of a password-protected Administrator account for system management
  13. Allow administrator to create password-protected User accounts
Approved device shall be the Extron Quantum Ultra Connect 84 (part number 60-1898-11); no alternates or equals

Quantum Ultra Connect 84

Provide a preconfigured videowall processor that supports the real-time windowed display of multiple computer and video 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 chassis
  2. Support a maximum of eight (8) inputs via two (2) four-channel input cards
  3. Support a maximum of four (4) outputs via one (1) four-channel output card
  4. Provide automated notification of critical component failures
  5. Utilize solid-state storage for the operating system
  6. Include an embedded operating system
  7. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  8. Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
  9. 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
  10. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  11. Support 24/7 operation
  12. Take no longer than 90 seconds to boot and display video on all configured outputs
  13. Reboot to the state last shown at shutdown
  14. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  15. Support factory or custom EDID tables
  16. 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
  17. Support horizontal and vertical bezel compensation for flat panel displays
  18. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  19. Impose no source window positioning restrictions, including overlay and overlap
  20. Allow source windows to be sized to any aspect ratio
  21. Provide up to 30-bit processing for input signals
  22. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  23. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control computer and videowall processor
  2. Digitally signed firmware upgrades
  3. Event logging to a file with user-definable maximum size
  4. Password protected operating system 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 up to four (4) digital HDMI or DVI inputs on HDMI connectors
    2. Accept up to four (4) simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    3. Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    4. Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
    5. Support 4K/30 signals using one (1) connection
    6. Support 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input chroma sampling at up to 10 bits per color
    10. Automatically detect incoming source signal 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 1/100th of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI/DVI output card shall:
    1. Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
    2. Provide up to four (4) 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 (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
    5. Deliver 4K/30 signals using one (1) connection
    6. Deliver 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 23.98 Hz to 60 Hz
    9. Provide a locking mechanism to secure HDMI cable connections
    10. Allow the display of up to 64 source windows across each four-channel output card
    11. Variably scale sources up to 1000 times the output resolution, horizontally and vertically
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 prioritization (layer)
    4. Window position and size adjustments
    5. Window presets recall
    6. Video signal presence, by window
    7. Set/view IP settings (IP address, subnet, gateway)
    8. Reset
    9. Hardware failure alert
5. Control software shall be included with the videowall processor that shall:
  1. Operate on a computer independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processor
  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. Mullion compensation
    6. Creation of source definitions for HDMI input sources via auto-detection or manual selection
  8. Allow for image adjustments of HDMI inputs, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  9. 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 content
  10. Allow for the creation of 128 window presets per screen group
  11. Provide controls for system EDID management
  12. Allow creation of a password-protected Administrator account for system management
  13. Allow administrator to create password-protected User accounts
Approved device shall be the Extron Quantum Ultra Connect 84 (part number 60-1898-11); no alternates or equals

Quantum Ultra Connect 128

Provide a preconfigured videowall processor that supports the real-time windowed display of multiple computer and video 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 chassis
  2. Support a maximum of twelve (12) inputs via three (3) four-channel input cards
  3. Support a maximum of eight (8) outputs via two (2) four-channel output cards
  4. Provide automated notification of critical component failures
  5. Utilize solid-state storage for the operating system
  6. Include an embedded operating system
  7. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  8. Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
  9. 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
  10. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  11. Support 24/7 operation
  12. Take no longer than 90 seconds to boot and display video on all configured outputs
  13. Reboot to the state last shown at shutdown
  14. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  15. Support factory or custom EDID tables
  16. 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
  17. Support horizontal and vertical bezel compensation for flat panel displays
  18. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  19. Impose no source window positioning restrictions, including overlay and overlap
  20. Allow source windows to be sized to any aspect ratio
  21. Provide up to 30-bit processing for input signals
  22. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  23. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control computer and videowall processor
  2. Digitally signed firmware upgrades
  3. Event logging to a file with user-definable maximum size
  4. Password protected operating system 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 up to four (4) digital HDMI or DVI inputs on HDMI connectors
    2. Accept up to four (4) simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    3. Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    4. Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
    5. Support 4K/30 signals using one (1) connection
    6. Support 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input chroma sampling at up to 10 bits per color
    10. Automatically detect incoming source signal 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 1/100th of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI/DVI output card shall:
    1. Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
    2. Provide up to four (4) 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 (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
    5. Deliver 4K/30 signals using one (1) connection
    6. Deliver 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 23.98 Hz to 60 Hz
    9. Provide a locking mechanism to secure HDMI cable connections
    10. Allow the display of up to 64 source windows across each four-channel output card
    11. Variably scale sources up to 1000 times the output resolution, horizontally and vertically
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 prioritization (layer)
    4. Window position and size adjustments
    5. Window presets recall
    6. Video signal presence, by window
    7. Set/view IP settings (IP address, subnet, gateway)
    8. Reset
    9. Hardware failure alert
5. Control software shall be included with the videowall processor that shall:
  1. Operate on a computer independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processor
  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. Mullion compensation
    6. Creation of source definitions for HDMI input sources via auto-detection or manual selection
  8. Allow for image adjustments of HDMI inputs, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  9. 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 content
  10. Allow for the creation of 128 window presets per screen group
  11. Provide controls for system EDID management
  12. Allow creation of a password-protected Administrator account for system management
  13. Allow administrator to create password-protected User accounts
Approved device shall be the Extron Quantum Ultra Connect 128 (part number 60-1898-12); no alternates or equals

Quantum Ultra Connect 128

Provide a preconfigured videowall processor that supports the real-time windowed display of multiple computer and video 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 chassis
  2. Support a maximum of twelve (12) inputs via three (3) four-channel input cards
  3. Support a maximum of eight (8) outputs via two (2) four-channel output cards
  4. Provide automated notification of critical component failures
  5. Utilize solid-state storage for the operating system
  6. Include an embedded operating system
  7. Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
  8. Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
  9. 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
  10. Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
  11. Support 24/7 operation
  12. Take no longer than 90 seconds to boot and display video on all configured outputs
  13. Reboot to the state last shown at shutdown
  14. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
  15. Support factory or custom EDID tables
  16. 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
  17. Support horizontal and vertical bezel compensation for flat panel displays
  18. Support output and source rotation in 90-degree increments for portrait or landscape display orientation
  19. Impose no source window positioning restrictions, including overlay and overlap
  20. Allow source windows to be sized to any aspect ratio
  21. Provide up to 30-bit processing for input signals
  22. Allow the repeated display of a single source from one input channel at multiple scaled resolutions
  23. Generate dynamically sized test patterns to facilitate display setup
2. Videowall system shall provide the following security features:
  1. Encrypted data connection between control computer and videowall processor
  2. Digitally signed firmware upgrades
  3. Event logging to a file with user-definable maximum size
  4. Password protected operating system 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 up to four (4) digital HDMI or DVI inputs on HDMI connectors
    2. Accept up to four (4) simultaneous inputs, each with pixel clocks up to 165 MHz, supporting resolutions up to 1920x1200 and 2K at 60 Hz
    3. Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
    4. Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
    5. Support 4K/30 signals using one (1) connection
    6. Support 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 24 Hz to 120 Hz
    9. Provide 4:4:4 input chroma sampling at up to 10 bits per color
    10. Automatically detect incoming source signal 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 1/100th of the native source resolution
    14. Provide a locking mechanism to secure HDMI cable connections
  2. HDMI/DVI output card shall:
    1. Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
    2. Provide up to four (4) 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 (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
    4. Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
    5. Deliver 4K/30 signals using one (1) connection
    6. Deliver 4K/60 signal using two (2) or four (4) connections
    7. Support horizontal frequencies from 15 kHz to 100 kHz
    8. Support vertical frequencies from 23.98 Hz to 60 Hz
    9. Provide a locking mechanism to secure HDMI cable connections
    10. Allow the display of up to 64 source windows across each four-channel output card
    11. Variably scale sources up to 1000 times the output resolution, horizontally and vertically
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 prioritization (layer)
    4. Window position and size adjustments
    5. Window presets recall
    6. Video signal presence, by window
    7. Set/view IP settings (IP address, subnet, gateway)
    8. Reset
    9. Hardware failure alert
5. Control software shall be included with the videowall processor that shall:
  1. Operate on a computer independent of the videowall processor
  2. Provide network detection for videowall processor discovery
  3. Allow configuration of online processor
  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. Mullion compensation
    6. Creation of source definitions for HDMI input sources via auto-detection or manual selection
  8. Allow for image adjustments of HDMI inputs, including:
    1. Size
    2. Position
    3. Contrast
    4. Brightness
    5. Name
    6. Film mode
  9. 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 content
  10. Allow for the creation of 128 window presets per screen group
  11. Provide controls for system EDID management
  12. Allow creation of a password-protected Administrator account for system management
  13. Allow administrator to create password-protected User accounts
Approved device shall be the Extron Quantum Ultra Connect 128 (part number 60-1898-12); no alternates or equals

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4K-Videowandprozessorsystem für kleine und mittelgroße Anwendungen

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