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NAV SD 511
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NAV SD 511

1G Pro AV über IP-Glasfaser-Decoder mit Skalierer - HDMI, Ethernet und USB

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Neu NAV Pro AV über IP-Arbeitsplatz
Neu SmartGlide™ KVM-Umschaltung
Neu SmartGlide KVM-Fokusanzeige
Empfängt Video-, Audio-, USB- und Ethernet-Signale über eine standardmäßige 1 Gbps Ethernet-Glasfaserschnittstelle
Unterstützt HDMI 2.0-Auflösungen bis zu 4K/60 bei 4:4:4
PURE3^®-Codec
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Der NAV SD 511 ist ein Pro AV über IP‑Decoder mit Skalierer, der hochqualitative Video-, Audio-, USB 2.0- und Ethernet-Signale mit äußerst geringer Latenz über 1 Gbps-Ethernet mit Standard-Glasfaserkabel empfängt. Mit unserem patentierten PURE3^®-Codec bietet die NAV^®-Serie eine bahnbrechende Leistung in Echtzeit für hochqualitatives Video mit Auflösungen bis zu 4K bei 60 Hz mit 4:4:4-Farbabtastung und äußerst geringer Latenz. Der NAV SD 511 ist vollständig kompatibel mit 1 Gbps und 10 Gbps NAV-Kodierern, um die Flexibilität und Skalierbarkeit für große Systeme zu steigern. Support für digitales Embedded HDMI-Audio und AES67-Audio über IP erleichtert eine flexible Integration mit den DMP Plus DSP-Audioprozessoren oder anderen IP‑fähigen Audiokomponenten. Die speziell für anspruchsvolle professionelle AV‑Anwendungen gefertigte, hoch skalierbare und leistungsstarke NAV-Plattform ermöglicht eine sichere Übertragung von AV‑Signalen an Tausende von Endpunkten.

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NAV SD 511

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NAV SD 511 (multimode)

Provide a Pro AV over IP scaling decoder that shall receive ultra-low latency, high quality video, audio, Ethernet, and USB 2.0 signals over a 1 Gbps fiber optic Ethernet interface
1. Decode and scale video, audio, Ethernet, and USB 2.0, and shall:
  1. Provide an HDMI connector for interfacing digital video signal output with embedded audio
  2. Provide connections for interfacing analog audio signals
    1. One set of captive screw connections on back panel for line-level balanced/unbalanced stereo audio output
  3. Provide connections for device configuration from a PC or other peripheral
    1. One USB connection on the front panel
  4. Provide a 5-pole captive screw connector for remote RS-232 and IR control from a central control processor via remote port access mapping
  5. Provide one LC/LC fiber optic connector for control and transport of streaming data over multimode fiber optic cable for distances up to 550 meters (1804 feet)
  6. LC/LC interface shall also support Ethernet expansion for remote LAN connectivity over multimode fiber optic cable
  7. Provide one 2-pole captive screw connector for 12VDC power
  8. Provide nineteen LED indicators for status monitoring
    1. Power LED on front panel to indicate power connection
    2. HDMI LED on front panel to indicate HDMI input signal presence
    3. HDCP LED on front panel to indicate encryption status
    4. HDMI audio LED on front panel to indicate HDMI audio input status
    5. Analog audio LED on front panel to indicate analog audio input status
    6. NAV Stream LED on front panel to indicate streaming status
    7. NAV USB LED on front panel to indicate streaming status
    8. USB Host LED on front panel to indicate mode
    9. USB Active LED on front panel to indicate activity
    10. Two LAN LEDs on front panel to indicate the NAV network link status and activity
    11. Two LAN EXT LEDs on front panel to indicate the Ethernet Expansion link status and activity
    12. Two LAN LEDs on back panel to indicate the NAV network link status and activity
    13. Two LAN LEDs on back panel RJ-45 jack to indicate the Ethernet Expansion link status and activity
    14. ID LED on front panel for visual confirmation of units on the network
    15. Reset LED on back panel to indicate reset status
  9. Provide an ID button on the front panel to identify the unit on the network
  10. Provide a recessed reset button on the back panel to revert unit back to factory loaded firmware
  11. Provide a USB Type-C interface configurable as Host or Hub for USB 1.1, 2.0, and USB 3.0 peripherals that operate at USB 2.0 rates up to 480 Mbps.
  12. Support audio streaming between encoder and decoder
  13. Support streaming to HDCP 2.3 compliant displays from encoders connected to HDCP encrypted sources
  14. Maintain continuous HDCP encryption between the decoder and display
  15. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using the EDID 2.0 standard
  16. Support use of EDID values defined by the user, supplied by a locally connected display or stored values captured from previously connected displays
  17. Support standard video resolutions including: 720p, 1080i ,1080p, UHD (3840 x 2160), and 4K (4096 x 2160) @ 60 Hz
  18. Support computer video resolutions from 640 x 480 up to 4096 x 2160
  19. Support HDMI embedded and analog stereo audio
  20. Support 30-bit, 10-bit per color encoding and processing that maintains 4:4:4 color information throughout the entire encode-streaming-decode process
  21. Support streaming of all video and computer-video signals maintaining native resolution from encode to decode
  22. Support streaming of signals at 60 frames per second at resolutions up to 4096 x 2160 with 4:4:4 chroma sampling
  23. Support selectable aspect ratio control
    1. FILL mode – the video image shall always fill the output screen without letterbox or pillarbox
    2. FOLLOW mode – the video image on the output screen shall always preserve the aspect ratio of the input signals without distortion
  24. Support videowall mode to enable a mix of full screen and image magnification across multiple displays
  25. Support a low latency encode and decode process
  26. Provide a video error concealment system which does not increase streaming bandwidth or encoding delay
  27. Support IGMP v2 and v3 multicast per RFC 2236 and 3376
  28. Support RTP Real-time Transport Protocol per RFC 3550
  29. Support 802.1X port-based Network Access Control (PNAC)
  30. Support audio and USB breakaway
  31. Support Audio only streaming with a blackburst signal
  32. Support AES67 audio streaming
  33. Support DiffServ QoS with DSCP and Precedence Values Support multicast TTL (Time to Live) values
  34. Support SRTP Secure Real-time Transport Protocol encryption of AV and data stream per RFC 3711
  35. Support both immunity to EMI/RFI noise and optical isolation by streaming data over fiber optic Ethernet link to the network
  36. Support creation of user defined device names
  37. Support configuration and control from an embedded web browser
  38. Support optional on-screen messaging for device identification
  39. Support matrix switching between multiple encoders or decoders
  40. Support reception of lower bitrate video from 10 Gbps encoders in mixed 1/10 Gbps systems
  41. Support configuration and control in systems consisting of multiple encoders and decoders from a central networked control unit
  42. Support encoding and decoding video and audio at bit rates adjustable from 150 Mbps to 900 Mbps
  43. Decoder shall be capable of preserving absolute changes to the video on a frame-by-frame basis up to 60 frames per second
  44. Support temporal compression applied on a sub-picture basis examining change that discriminates between luminance, chrominance as well as a threshold for signal or image noise
2. Shall be rack mountable, one-half rack width, 1” (2.5 cm) high metal enclosure
3. Approved device shall be the Extron NAV SD 511 (60-1958-07; no alternates or equals).

NAV SD 511 (multimode)

Provide a Pro AV over IP scaling decoder that shall receive ultra-low latency, high quality video, audio, Ethernet, and USB 2.0 signals over a 1 Gbps fiber optic Ethernet interface
1. Decode and scale video, audio, Ethernet, and USB 2.0, and shall:
  1. Provide an HDMI connector for interfacing digital video signal output with embedded audio
  2. Provide connections for interfacing analog audio signals
    1. One set of captive screw connections on back panel for line-level balanced/unbalanced stereo audio output
  3. Provide connections for device configuration from a PC or other peripheral
    1. One USB connection on the front panel
  4. Provide a 5-pole captive screw connector for remote RS-232 and IR control from a central control processor via remote port access mapping
  5. Provide one LC/LC fiber optic connector for control and transport of streaming data over multimode fiber optic cable for distances up to 550 meters (1804 feet)
  6. LC/LC interface shall also support Ethernet expansion for remote LAN connectivity over multimode fiber optic cable
  7. Provide one 2-pole captive screw connector for 12VDC power
  8. Provide nineteen LED indicators for status monitoring
    1. Power LED on front panel to indicate power connection
    2. HDMI LED on front panel to indicate HDMI input signal presence
    3. HDCP LED on front panel to indicate encryption status
    4. HDMI audio LED on front panel to indicate HDMI audio input status
    5. Analog audio LED on front panel to indicate analog audio input status
    6. NAV Stream LED on front panel to indicate streaming status
    7. NAV USB LED on front panel to indicate streaming status
    8. USB Host LED on front panel to indicate mode
    9. USB Active LED on front panel to indicate activity
    10. Two LAN LEDs on front panel to indicate the NAV network link status and activity
    11. Two LAN EXT LEDs on front panel to indicate the Ethernet Expansion link status and activity
    12. Two LAN LEDs on back panel to indicate the NAV network link status and activity
    13. Two LAN LEDs on back panel RJ-45 jack to indicate the Ethernet Expansion link status and activity
    14. ID LED on front panel for visual confirmation of units on the network
    15. Reset LED on back panel to indicate reset status
  9. Provide an ID button on the front panel to identify the unit on the network
  10. Provide a recessed reset button on the back panel to revert unit back to factory loaded firmware
  11. Provide a USB Type-C interface configurable as Host or Hub for USB 1.1, 2.0, and USB 3.0 peripherals that operate at USB 2.0 rates up to 480 Mbps.
  12. Support audio streaming between encoder and decoder
  13. Support streaming to HDCP 2.3 compliant displays from encoders connected to HDCP encrypted sources
  14. Maintain continuous HDCP encryption between the decoder and display
  15. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using the EDID 2.0 standard
  16. Support use of EDID values defined by the user, supplied by a locally connected display or stored values captured from previously connected displays
  17. Support standard video resolutions including: 720p, 1080i ,1080p, UHD (3840 x 2160), and 4K (4096 x 2160) @ 60 Hz
  18. Support computer video resolutions from 640 x 480 up to 4096 x 2160
  19. Support HDMI embedded and analog stereo audio
  20. Support 30-bit, 10-bit per color encoding and processing that maintains 4:4:4 color information throughout the entire encode-streaming-decode process
  21. Support streaming of all video and computer-video signals maintaining native resolution from encode to decode
  22. Support streaming of signals at 60 frames per second at resolutions up to 4096 x 2160 with 4:4:4 chroma sampling
  23. Support selectable aspect ratio control
    1. FILL mode – the video image shall always fill the output screen without letterbox or pillarbox
    2. FOLLOW mode – the video image on the output screen shall always preserve the aspect ratio of the input signals without distortion
  24. Support videowall mode to enable a mix of full screen and image magnification across multiple displays
  25. Support a low latency encode and decode process
  26. Provide a video error concealment system which does not increase streaming bandwidth or encoding delay
  27. Support IGMP v2 and v3 multicast per RFC 2236 and 3376
  28. Support RTP Real-time Transport Protocol per RFC 3550
  29. Support 802.1X port-based Network Access Control (PNAC)
  30. Support audio and USB breakaway
  31. Support Audio only streaming with a blackburst signal
  32. Support AES67 audio streaming
  33. Support DiffServ QoS with DSCP and Precedence Values Support multicast TTL (Time to Live) values
  34. Support SRTP Secure Real-time Transport Protocol encryption of AV and data stream per RFC 3711
  35. Support both immunity to EMI/RFI noise and optical isolation by streaming data over fiber optic Ethernet link to the network
  36. Support creation of user defined device names
  37. Support configuration and control from an embedded web browser
  38. Support optional on-screen messaging for device identification
  39. Support matrix switching between multiple encoders or decoders
  40. Support reception of lower bitrate video from 10 Gbps encoders in mixed 1/10 Gbps systems
  41. Support configuration and control in systems consisting of multiple encoders and decoders from a central networked control unit
  42. Support encoding and decoding video and audio at bit rates adjustable from 150 Mbps to 900 Mbps
  43. Decoder shall be capable of preserving absolute changes to the video on a frame-by-frame basis up to 60 frames per second
  44. Support temporal compression applied on a sub-picture basis examining change that discriminates between luminance, chrominance as well as a threshold for signal or image noise
2. Shall be rack mountable, one-half rack width, 1” (2.5 cm) high metal enclosure
3. Approved device shall be the Extron NAV SD 511 (60-1958-07; no alternates or equals).

NAV SD 511 (singlemode)

Provide a Pro AV over IP scaling decoder that shall receive ultra-low latency, high quality video, audio, Ethernet, and USB 2.0 signals over a 1 Gbps fiber optic Ethernet interface
1. Decode and scale video, audio, Ethernet, and USB 2.0, and shall:
  1. Provide an HDMI connector for interfacing digital video signal output with embedded audio
  2. Provide connections for interfacing analog audio signals
    1. One set of captive screw connections on back panel for line-level balanced/unbalanced stereo audio output
  3. Provide connections for device configuration from a PC or other peripheral
    1. One USB connection on the front panel
  4. Provide a 5-pole captive screw connector for remote RS-232 and IR control from a central control processor via remote port access mapping
  5. Provide one LC/LC fiber optic connector for control and transport of streaming data over singlemode fiber optic cable for distances up to 10 kilometers (6.25 miles)
  6. LC/LC interface shall also support Ethernet expansion for remote LAN connectivity over singlemode fiber optic cable
  7. Provide one 2-pole captive screw connector for 12VDC power
  8. Provide nineteen LED indicators for status monitoring
    1. Power LED on front panel to indicate power connection
    2. HDMI LED on front panel to indicate HDMI input signal presence
    3. HDCP LED on front panel to indicate encryption status
    4. HDMI audio LED on front panel to indicate HDMI audio input status
    5. Analog audio LED on front panel to indicate analog audio input status
    6. NAV Stream LED on front panel to indicate streaming status
    7. NAV USB LED on front panel to indicate streaming status
    8. USB Host LED on front panel to indicate mode
    9. USB Active LED on front panel to indicate activity
    10. Two LAN LEDs on front panel to indicate the NAV network link status and activity
    11. Two LAN EXT LEDs on front panel to indicate the Ethernet Expansion link status and activity
    12. Two LAN LEDs on back panel to indicate the NAV network link status and activity
    13. Two LAN LEDs on back panel RJ-45 jack to indicate the Ethernet Expansion link status and activity
    14. ID LED on front panel for visual confirmation of units on the network
    15. Reset LED on back panel to indicate reset status
  9. Provide an ID button on the front panel to identify the unit on the network
  10. Provide a recessed reset button on the back panel to revert unit back to factory loaded firmware
  11. Provide a USB Type-C interface configurable as Host or Hub for USB 1.1, 2.0, and USB 3.0 peripherals that operate at USB 2.0 rates up to 480 Mbps.
  12. Support audio streaming between encoder and decoder
  13. Support streaming to HDCP 2.3 compliant displays from encoders connected to HDCP encrypted sources
  14. Maintain continuous HDCP encryption between the decoder and display
  15. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using the EDID 2.0 standard
  16. Support use of EDID values defined by the user, supplied by a locally connected display or stored values captured from previously connected displays
  17. Support standard video resolutions including: 720p, 1080i ,1080p, UHD (3840 x 2160), and 4K (4096 x 2160) @ 60 Hz
  18. Support computer video resolutions from 640 x 480 up to 4096 x 2160
  19. Support HDMI embedded and analog stereo audio
  20. Support 30-bit, 10-bit per color encoding and processing that maintains 4:4:4 color information throughout the entire encode-streaming-decode process
  21. Support streaming of all video and computer-video signals maintaining native resolution from encode to decode
  22. Support streaming of signals at 60 frames per second at resolutions up to 4096 x 2160 with 4:4:4 chroma sampling
  23. Support selectable aspect ratio control
    1. FILL mode – the video image shall always fill the output screen without letterbox or pillarbox
    2. FOLLOW mode – the video image on the output screen shall always preserve the aspect ratio of the input signals without distortion
  24. Support videowall mode to enable a mix of full screen and image magnification across multiple displays
  25. Support a low latency encode and decode process
  26. Provide a video error concealment system which does not increase streaming bandwidth or encoding delay
  27. Support IGMP v2 and v3 multicast per RFC 2236 and 3376
  28. Support RTP Real-time Transport Protocol per RFC 3550
  29. Support 802.1X port-based Network Access Control (PNAC)
  30. Support audio and USB breakaway
  31. Support Audio only streaming with a blackburst signal
  32. Support AES67 audio streaming
  33. Support DiffServ QoS with DSCP and Precedence Values Support multicast TTL (Time to Live) values
  34. Support SRTP Secure Real-time Transport Protocol encryption of AV and data stream per RFC 3711
  35. Support both immunity to EMI/RFI noise and optical isolation by streaming data over fiber optic Ethernet link to the network
  36. Support creation of user defined device names
  37. Support configuration and control from an embedded web browser
  38. Support optional on-screen messaging for device identification
  39. Support matrix switching between multiple encoders or decoders
  40. Support reception of lower bitrate video from 10 Gbps encoders in mixed 1/10 Gbps systems
  41. Support configuration and control in systems consisting of multiple encoders and decoders from a central networked control unit
  42. Support encoding and decoding video and audio at bit rates adjustable from 150 Mbps to 900 Mbps
  43. Decoder shall be capable of preserving absolute changes to the video on a frame-by-frame basis up to 60 frames per second
  44. Support temporal compression applied on a sub-picture basis examining change that discriminates between luminance, chrominance as well as a threshold for signal or image noise
2. Shall be rack mountable, one-half rack width, 1” (2.5 cm) high metal enclosure
3. Approved device shall be the Extron NAV SD 511 (60-1958-08; no alternates or equals).

NAV SD 511 (singlemode)

Provide a Pro AV over IP scaling decoder that shall receive ultra-low latency, high quality video, audio, Ethernet, and USB 2.0 signals over a 1 Gbps fiber optic Ethernet interface
1. Decode and scale video, audio, Ethernet, and USB 2.0, and shall:
  1. Provide an HDMI connector for interfacing digital video signal output with embedded audio
  2. Provide connections for interfacing analog audio signals
    1. One set of captive screw connections on back panel for line-level balanced/unbalanced stereo audio output
  3. Provide connections for device configuration from a PC or other peripheral
    1. One USB connection on the front panel
  4. Provide a 5-pole captive screw connector for remote RS-232 and IR control from a central control processor via remote port access mapping
  5. Provide one LC/LC fiber optic connector for control and transport of streaming data over singlemode fiber optic cable for distances up to 10 kilometers (6.25 miles)
  6. LC/LC interface shall also support Ethernet expansion for remote LAN connectivity over singlemode fiber optic cable
  7. Provide one 2-pole captive screw connector for 12VDC power
  8. Provide nineteen LED indicators for status monitoring
    1. Power LED on front panel to indicate power connection
    2. HDMI LED on front panel to indicate HDMI input signal presence
    3. HDCP LED on front panel to indicate encryption status
    4. HDMI audio LED on front panel to indicate HDMI audio input status
    5. Analog audio LED on front panel to indicate analog audio input status
    6. NAV Stream LED on front panel to indicate streaming status
    7. NAV USB LED on front panel to indicate streaming status
    8. USB Host LED on front panel to indicate mode
    9. USB Active LED on front panel to indicate activity
    10. Two LAN LEDs on front panel to indicate the NAV network link status and activity
    11. Two LAN EXT LEDs on front panel to indicate the Ethernet Expansion link status and activity
    12. Two LAN LEDs on back panel to indicate the NAV network link status and activity
    13. Two LAN LEDs on back panel RJ-45 jack to indicate the Ethernet Expansion link status and activity
    14. ID LED on front panel for visual confirmation of units on the network
    15. Reset LED on back panel to indicate reset status
  9. Provide an ID button on the front panel to identify the unit on the network
  10. Provide a recessed reset button on the back panel to revert unit back to factory loaded firmware
  11. Provide a USB Type-C interface configurable as Host or Hub for USB 1.1, 2.0, and USB 3.0 peripherals that operate at USB 2.0 rates up to 480 Mbps.
  12. Support audio streaming between encoder and decoder
  13. Support streaming to HDCP 2.3 compliant displays from encoders connected to HDCP encrypted sources
  14. Maintain continuous HDCP encryption between the decoder and display
  15. Support Extended Display Identification Data – EDID and Display Data Channel – DDC data using the EDID 2.0 standard
  16. Support use of EDID values defined by the user, supplied by a locally connected display or stored values captured from previously connected displays
  17. Support standard video resolutions including: 720p, 1080i ,1080p, UHD (3840 x 2160), and 4K (4096 x 2160) @ 60 Hz
  18. Support computer video resolutions from 640 x 480 up to 4096 x 2160
  19. Support HDMI embedded and analog stereo audio
  20. Support 30-bit, 10-bit per color encoding and processing that maintains 4:4:4 color information throughout the entire encode-streaming-decode process
  21. Support streaming of all video and computer-video signals maintaining native resolution from encode to decode
  22. Support streaming of signals at 60 frames per second at resolutions up to 4096 x 2160 with 4:4:4 chroma sampling
  23. Support selectable aspect ratio control
    1. FILL mode – the video image shall always fill the output screen without letterbox or pillarbox
    2. FOLLOW mode – the video image on the output screen shall always preserve the aspect ratio of the input signals without distortion
  24. Support videowall mode to enable a mix of full screen and image magnification across multiple displays
  25. Support a low latency encode and decode process
  26. Provide a video error concealment system which does not increase streaming bandwidth or encoding delay
  27. Support IGMP v2 and v3 multicast per RFC 2236 and 3376
  28. Support RTP Real-time Transport Protocol per RFC 3550
  29. Support 802.1X port-based Network Access Control (PNAC)
  30. Support audio and USB breakaway
  31. Support Audio only streaming with a blackburst signal
  32. Support AES67 audio streaming
  33. Support DiffServ QoS with DSCP and Precedence Values Support multicast TTL (Time to Live) values
  34. Support SRTP Secure Real-time Transport Protocol encryption of AV and data stream per RFC 3711
  35. Support both immunity to EMI/RFI noise and optical isolation by streaming data over fiber optic Ethernet link to the network
  36. Support creation of user defined device names
  37. Support configuration and control from an embedded web browser
  38. Support optional on-screen messaging for device identification
  39. Support matrix switching between multiple encoders or decoders
  40. Support reception of lower bitrate video from 10 Gbps encoders in mixed 1/10 Gbps systems
  41. Support configuration and control in systems consisting of multiple encoders and decoders from a central networked control unit
  42. Support encoding and decoding video and audio at bit rates adjustable from 150 Mbps to 900 Mbps
  43. Decoder shall be capable of preserving absolute changes to the video on a frame-by-frame basis up to 60 frames per second
  44. Support temporal compression applied on a sub-picture basis examining change that discriminates between luminance, chrominance as well as a threshold for signal or image noise
2. Shall be rack mountable, one-half rack width, 1” (2.5 cm) high metal enclosure
3. Approved device shall be the Extron NAV SD 511 (60-1958-08; no alternates or equals).

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Annotation Graphics Processor

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