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
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- Consist of a 3U chassis
- Support a maximum of eight (8) inputs via two (2) four-channel input cards
- Support a maximum of four (4) outputs via one (1) four-channel output card
- Provide automated notification of critical component failures
- Utilize solid-state storage for the operating system
- Include an embedded operating system
- Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
- Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
- 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
- Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
- Support 24/7 operation
- Take no longer than 90 seconds to boot and display video on all configured outputs
- Reboot to the state last shown at shutdown
- Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
- Support factory or custom EDID tables
- 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
- Support horizontal and vertical bezel compensation for flat panel displays
- Support output and source rotation in 90-degree increments for portrait or landscape display orientation
- Impose no source window positioning restrictions, including overlay and overlap
- Allow source windows to be sized to any aspect ratio
- Provide up to 30-bit processing for input signals
- Allow the repeated display of a single source from one input channel at multiple scaled resolutions
- Generate dynamically sized test patterns to facilitate display setup
- Videowall system shall provide the following security features:
- Encrypted data connection between control computer and videowall processor
- Digitally signed firmware upgrades
- Event logging to a file with user-definable maximum size
- Password protected operating system with a user definable, changeable password
- Videowall processor shall be compatible with the following input and output cards
- HDMI input card shall:
- Support up to four (4) digital HDMI or DVI inputs on HDMI connectors
- 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
- Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
- Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
- Support 4K/30 signals using one (1) connection
- Support 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 24 Hz to 120 Hz
- Provide 4:4:4 input chroma sampling at up to 10 bits per color
- Automatically detect incoming source signal types
- Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards
- Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
- Perform downscaling to at least 1/100th of the native source resolution
- Provide a locking mechanism to secure HDMI cable connections
- HDMI/DVI output card shall:
- Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
- 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
- Provide up to two (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
- Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
- Deliver 4K/30 signals using one (1) connection
- Deliver 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 23.98 Hz to 60 Hz
- Provide a locking mechanism to secure HDMI cable connections
- Allow the display of up to 64 source windows across each four-channel output card
- Variably scale sources up to 1000 times the output resolution, horizontally and vertically
- HDMI input card shall:
- Remote operation and system control shall:
- Be accessible from USB, RS-232, and Ethernet interfaces
- Be achieved with direct connection to the processor
- Allow control of:
- Setting window input source
- Window muting
- Window prioritization (layer)
- Window position and size adjustments
- Window presets recall
- Video signal presence, by window
- Set/view IP settings (IP address, subnet, gateway)
- Reset
- Hardware failure alert
- Control software shall be included with the videowall processor that shall:
- Operate on a computer independent of the videowall processor
- Provide network detection for videowall processor discovery
- Allow configuration of online processor
- Allow manual creation, definition, and configuration of processors when offline
- Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
- Allow for the creation of custom screen layouts in one or more virtual screen groups
- Allow for selection of output parameters, including:
- Resolution
- Refresh rate
- HDCP notification
- Output rotation in 90-degree increments
- Mullion compensation
- Creation of source definitions for HDMI input sources via auto-detection or manual selection
- Allow for image adjustments of HDMI inputs, including:
- Size
- Position
- Contrast
- Brightness
- Name
- Film mode
- Allow for the creation of window presets, with user control over:
- Window source
- Source size
- Window size
- Window position
- Window layer
- Window content
- Allow for the creation of 128 window presets per screen group
- Provide controls for system EDID management
- Allow creation of a password-protected Administrator account for system management
- Allow administrator to create password-protected User accounts
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- 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
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- Consist of a 3U chassis
- Support a maximum of eight (8) inputs via two (2) four-channel input cards
- Support a maximum of four (4) outputs via one (1) four-channel output card
- Provide automated notification of critical component failures
- Utilize solid-state storage for the operating system
- Include an embedded operating system
- Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
- Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
- 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
- Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
- Support 24/7 operation
- Take no longer than 90 seconds to boot and display video on all configured outputs
- Reboot to the state last shown at shutdown
- Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
- Support factory or custom EDID tables
- 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
- Support horizontal and vertical bezel compensation for flat panel displays
- Support output and source rotation in 90-degree increments for portrait or landscape display orientation
- Impose no source window positioning restrictions, including overlay and overlap
- Allow source windows to be sized to any aspect ratio
- Provide up to 30-bit processing for input signals
- Allow the repeated display of a single source from one input channel at multiple scaled resolutions
- Generate dynamically sized test patterns to facilitate display setup
- Videowall system shall provide the following security features:
- Encrypted data connection between control computer and videowall processor
- Digitally signed firmware upgrades
- Event logging to a file with user-definable maximum size
- Password protected operating system with a user definable, changeable password
- Videowall processor shall be compatible with the following input and output cards
- HDMI input card shall:
- Support up to four (4) digital HDMI or DVI inputs on HDMI connectors
- 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
- Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
- Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
- Support 4K/30 signals using one (1) connection
- Support 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 24 Hz to 120 Hz
- Provide 4:4:4 input chroma sampling at up to 10 bits per color
- Automatically detect incoming source signal types
- Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards
- Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
- Perform downscaling to at least 1/100th of the native source resolution
- Provide a locking mechanism to secure HDMI cable connections
- HDMI/DVI output card shall:
- Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
- 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
- Provide up to two (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
- Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
- Deliver 4K/30 signals using one (1) connection
- Deliver 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 23.98 Hz to 60 Hz
- Provide a locking mechanism to secure HDMI cable connections
- Allow the display of up to 64 source windows across each four-channel output card
- Variably scale sources up to 1000 times the output resolution, horizontally and vertically
- HDMI input card shall:
- Remote operation and system control shall:
- Be accessible from USB, RS-232, and Ethernet interfaces
- Be achieved with direct connection to the processor
- Allow control of:
- Setting window input source
- Window muting
- Window prioritization (layer)
- Window position and size adjustments
- Window presets recall
- Video signal presence, by window
- Set/view IP settings (IP address, subnet, gateway)
- Reset
- Hardware failure alert
- Control software shall be included with the videowall processor that shall:
- Operate on a computer independent of the videowall processor
- Provide network detection for videowall processor discovery
- Allow configuration of online processor
- Allow manual creation, definition, and configuration of processors when offline
- Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
- Allow for the creation of custom screen layouts in one or more virtual screen groups
- Allow for selection of output parameters, including:
- Resolution
- Refresh rate
- HDCP notification
- Output rotation in 90-degree increments
- Mullion compensation
- Creation of source definitions for HDMI input sources via auto-detection or manual selection
- Allow for image adjustments of HDMI inputs, including:
- Size
- Position
- Contrast
- Brightness
- Name
- Film mode
- Allow for the creation of window presets, with user control over:
- Window source
- Source size
- Window size
- Window position
- Window layer
- Window content
- Allow for the creation of 128 window presets per screen group
- Provide controls for system EDID management
- Allow creation of a password-protected Administrator account for system management
- Allow administrator to create password-protected User accounts
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- 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
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- Consist of a 3U chassis
- Support a maximum of twelve (12) inputs via three (3) four-channel input cards
- Support a maximum of eight (8) outputs via two (2) four-channel output cards
- Provide automated notification of critical component failures
- Utilize solid-state storage for the operating system
- Include an embedded operating system
- Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
- Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
- 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
- Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
- Support 24/7 operation
- Take no longer than 90 seconds to boot and display video on all configured outputs
- Reboot to the state last shown at shutdown
- Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
- Support factory or custom EDID tables
- 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
- Support horizontal and vertical bezel compensation for flat panel displays
- Support output and source rotation in 90-degree increments for portrait or landscape display orientation
- Impose no source window positioning restrictions, including overlay and overlap
- Allow source windows to be sized to any aspect ratio
- Provide up to 30-bit processing for input signals
- Allow the repeated display of a single source from one input channel at multiple scaled resolutions
- Generate dynamically sized test patterns to facilitate display setup
- Videowall system shall provide the following security features:
- Encrypted data connection between control computer and videowall processor
- Digitally signed firmware upgrades
- Event logging to a file with user-definable maximum size
- Password protected operating system with a user definable, changeable password
- Videowall processor shall be compatible with the following input and output cards
- HDMI input card shall:
- Support up to four (4) digital HDMI or DVI inputs on HDMI connectors
- 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
- Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
- Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
- Support 4K/30 signals using one (1) connection
- Support 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 24 Hz to 120 Hz
- Provide 4:4:4 input chroma sampling at up to 10 bits per color
- Automatically detect incoming source signal types
- Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards
- Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
- Perform downscaling to at least 1/100th of the native source resolution
- Provide a locking mechanism to secure HDMI cable connections
- HDMI/DVI output card shall:
- Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
- 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
- Provide up to two (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
- Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
- Deliver 4K/30 signals using one (1) connection
- Deliver 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 23.98 Hz to 60 Hz
- Provide a locking mechanism to secure HDMI cable connections
- Allow the display of up to 64 source windows across each four-channel output card
- Variably scale sources up to 1000 times the output resolution, horizontally and vertically
- HDMI input card shall:
- Remote operation and system control shall:
- Be accessible from USB, RS-232, and Ethernet interfaces
- Be achieved with direct connection to the processor
- Allow control of:
- Setting window input source
- Window muting
- Window prioritization (layer)
- Window position and size adjustments
- Window presets recall
- Video signal presence, by window
- Set/view IP settings (IP address, subnet, gateway)
- Reset
- Hardware failure alert
- Control software shall be included with the videowall processor that shall:
- Operate on a computer independent of the videowall processor
- Provide network detection for videowall processor discovery
- Allow configuration of online processor
- Allow manual creation, definition, and configuration of processors when offline
- Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
- Allow for the creation of custom screen layouts in one or more virtual screen groups
- Allow for selection of output parameters, including:
- Resolution
- Refresh rate
- HDCP notification
- Output rotation in 90-degree increments
- Mullion compensation
- Creation of source definitions for HDMI input sources via auto-detection or manual selection
- Allow for image adjustments of HDMI inputs, including:
- Size
- Position
- Contrast
- Brightness
- Name
- Film mode
- Allow for the creation of window presets, with user control over:
- Window source
- Source size
- Window size
- Window position
- Window layer
- Window content
- Allow for the creation of 128 window presets per screen group
- Provide controls for system EDID management
- Allow creation of a password-protected Administrator account for system management
- Allow administrator to create password-protected User accounts
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- 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
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- Consist of a 3U chassis
- Support a maximum of twelve (12) inputs via three (3) four-channel input cards
- Support a maximum of eight (8) outputs via two (2) four-channel output cards
- Provide automated notification of critical component failures
- Utilize solid-state storage for the operating system
- Include an embedded operating system
- Utilize a unidirectional, dedicated digital high-speed bus designed for sustained, real-time video source transport
- Be HDCP-compliant when HDMI input and output cards are used with sources providing HDCP-encrypted content and HDCP-compliant displays
- 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
- Present a window with an alert message if HDCP-encrypted content is sent to a non-HDCP compliant display
- Support 24/7 operation
- Take no longer than 90 seconds to boot and display video on all configured outputs
- Reboot to the state last shown at shutdown
- Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using DVI and HDMI standard
- Support factory or custom EDID tables
- 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
- Support horizontal and vertical bezel compensation for flat panel displays
- Support output and source rotation in 90-degree increments for portrait or landscape display orientation
- Impose no source window positioning restrictions, including overlay and overlap
- Allow source windows to be sized to any aspect ratio
- Provide up to 30-bit processing for input signals
- Allow the repeated display of a single source from one input channel at multiple scaled resolutions
- Generate dynamically sized test patterns to facilitate display setup
- Videowall system shall provide the following security features:
- Encrypted data connection between control computer and videowall processor
- Digitally signed firmware upgrades
- Event logging to a file with user-definable maximum size
- Password protected operating system with a user definable, changeable password
- Videowall processor shall be compatible with the following input and output cards
- HDMI input card shall:
- Support up to four (4) digital HDMI or DVI inputs on HDMI connectors
- 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
- Accept up to two (2) simultaneous inputs, each with pixel clocks up to 300 MHz, supporting resolutions up to 4096x2160 at 30 Hz
- Accept one (1) 4K/60 input with a pixel clock up to 600 MHz
- Support 4K/30 signals using one (1) connection
- Support 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 24 Hz to 120 Hz
- Provide 4:4:4 input chroma sampling at up to 10 bits per color
- Automatically detect incoming source signal types
- Accept HDCP-encrypted content for presentation on HDCP-compatible displays when used with HDMI output cards
- Allows individual inputs to appear HDCP compliant or non-HDCP compliant to the connected source
- Perform downscaling to at least 1/100th of the native source resolution
- Provide a locking mechanism to secure HDMI cable connections
- HDMI/DVI output card shall:
- Support up to four (4) digital HDMI or DVI outputs on HDMI connectors
- 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
- Provide up to two (2) simultaneous outputs, each with pixel clocks up to 300 MHz, at resolutions up to 4096x2160 at 30 Hz
- Provide one (1) 4K/60 output with a pixel clock up to 600 MHz
- Deliver 4K/30 signals using one (1) connection
- Deliver 4K/60 signal using two (2) or four (4) connections
- Support horizontal frequencies from 15 kHz to 100 kHz
- Support vertical frequencies from 23.98 Hz to 60 Hz
- Provide a locking mechanism to secure HDMI cable connections
- Allow the display of up to 64 source windows across each four-channel output card
- Variably scale sources up to 1000 times the output resolution, horizontally and vertically
- HDMI input card shall:
- Remote operation and system control shall:
- Be accessible from USB, RS-232, and Ethernet interfaces
- Be achieved with direct connection to the processor
- Allow control of:
- Setting window input source
- Window muting
- Window prioritization (layer)
- Window position and size adjustments
- Window presets recall
- Video signal presence, by window
- Set/view IP settings (IP address, subnet, gateway)
- Reset
- Hardware failure alert
- Control software shall be included with the videowall processor that shall:
- Operate on a computer independent of the videowall processor
- Provide network detection for videowall processor discovery
- Allow configuration of online processor
- Allow manual creation, definition, and configuration of processors when offline
- Provide a graphical representation of the videowall onto which sources can be dragged and dropped to create window presets
- Allow for the creation of custom screen layouts in one or more virtual screen groups
- Allow for selection of output parameters, including:
- Resolution
- Refresh rate
- HDCP notification
- Output rotation in 90-degree increments
- Mullion compensation
- Creation of source definitions for HDMI input sources via auto-detection or manual selection
- Allow for image adjustments of HDMI inputs, including:
- Size
- Position
- Contrast
- Brightness
- Name
- Film mode
- Allow for the creation of window presets, with user control over:
- Window source
- Source size
- Window size
- Window position
- Window layer
- Window content
- Allow for the creation of 128 window presets per screen group
- Provide controls for system EDID management
- Allow creation of a password-protected Administrator account for system management
- Allow administrator to create password-protected User accounts
- Rack mountable videowall processor for source windowing on single or tiled displays shall:
- Approved device shall be the Extron Quantum Ultra Connect 128 (part number 60-1898-12); no alternates or equals
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注: 使用通用交流电源插座的 Extron 产品可支持多种不同的交流电源插头类型。在使用之前，确保设备满足您所在区域的所有规定要求，并符合所有应用的本地安全和电气规程及标准。
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