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FOX T USW 203

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FOX T USW 203

Umschalter mit drei Eingängen, HDMI-Ausgang und integriertem Glasfaser-Sender für HDMI, VGA, Audio und RS‑232

Hauptmerkmale

Überträgt HDMI- oder analoge Video-, Stereo-Audio- und RS-232-Signale über sehr lange Strecken mit Glasfaserkabel
Vollständig digitale Technologie für eine pixelgenaue Übertragung von Signalen bis zu 1920x1200, einschließlich HDTV 1080p/60
Digitale Umwandlung von analogen Video- und Audio-Eingangssignalen
HDMI-Ausgang ermöglicht die Wiedergabe des ausgewählten Eingangs auf einem lokalen Display
VGA-Eingang mit Durchschleifausgang
Key Minder^® überprüft kontinuierlich die HDCP-Konformität für ein schnelles und zuverlässiges Umschalten
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Der FOX T USW 203 von Extron ist ein Umschalter mit drei Eingängen, einem HDMI-Ausgang und integriertem Glasfaser-Sender zur Übertragung von HDCP-konformen HDMI-, RGBHV- oder HD-Komponenten-Video-, Stereo-Audio- sowie RS‑232-Signalen über lange Glasfaserstrecken. Er bietet eine außergewöhnliche Leistung für die Übertragung hochauflösender Bilder. Der Umschalter nutzt die vollständig digitale Extron-Technologie für eine perfekte, pixelgenaue Übertragung von Bildern bis zu 1920x1200, einschließlich HDTV 1080p/60. Der Sender wurde speziell für AV-Systeme entwickelt und bietet viele integrationsfreundliche Funktionen, wie z. B. einen HDMI-Ausgang, einen VGA-Durchschleifausgang, EDID Minder^®, Key Minder^®, Audio-Embedding, Audioverstärkung und -dämpfung, automatische Eingangsumschaltung und Systemüberwachung in Echtzeit.

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FOX T USW 203

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FOX T USW 203 MM

Provide a switching, fiber optic transmitter that shall support the distribution of video, audio, and control over fiber optic cabling
1. Long distance three input signal switching and extension for HDMI, RGB, audio, and control signals
2. Video input requirements
  1. Shall provide two (2) female HDMI Type A connectors for digital video signals
  2. Shall provide one (1) female 15-pin HD connector for VGA-UXGA RGBHV, RGBS, and component video (bi- or tri-level YUV, 480p, 576p, 720p, 1080i, 1080p) signals
    1. Digitize analog video signals prior to transmission
  3. Shall support computer and video resolutions up to 1920x1200, including 1080p @ 60 Hz
  4. Shall provide all-digital transmission with pixel-for-pixel performance
3. Switching Requirements
  1. Shall provide automatic switching between input sources
    1. Automatically switch to the active input
    2. Configurable switching priority when multiple inputs are active
      1. High to low: highest numbered input has priority
      2. Low to high: lowest numbered input has priority
  2. Shall support contact closure input switching
  3. Shall support switching between input sources using front panel buttons
4. Audio input requirements
  1. Shall provide one (1) 3.5 mm mini stereo jack for unbalanced audio
  2. Shall support two-channel LPCM embedded audio on HDMI input connectors
  3. Shall support audio embedding onto an HDMI signal
  4. Shall support the ability to assign the analog audio input to any of the three inputs
  5. Shall provide gain and attenuation adjustment capability
5. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
    1. Maintain continuous EDID communication with the connected sources
    2. User-selection of EDID from a remotely connected display with two fibers installed between the transmitter and receiver
    3. User-selection of EDID from pre-stored data files
6. HDCP requirements – HDMI inputs
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder^® technology to authenticate and maintain continuous HDCP encryption and key exchange between connected devices
  3. Shall provide an option to disable HDCP processing at an HDMI input connection when passing unencrypted content
7. Control requirements
  1. Shall provide one (1) female mini USB B port on front panel for setup and configuration
  2. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for setup and configuration
  3. Shall provide one (1) 3.5 mm four-pole captive screw connector on rear panel for contact closure input switching
  4. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for RS-232 pass-through
  5. Shall provide one (1) two-pole captive screw connector on rear panel for a contact closure output to trigger an external control system for alarm notification in case of fiber link loss
  6. Shall support RS-232 control
8. Interconnection requirements
  1. Shall provide Interconnection between switcher/transmitter and receiver over multimode fiber optic cable
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between switcher/transmitter and receiver
  3. Shall provide one (1) HDMI Type A connector to support a local monitor
9. Transmission requirements
  1. Shall support extension of video, audio, and control over multimode fiber optic cabling
  2. Shall provide a fiber optic signal transmission distance capability of 2 km (1.25 miles) over OM3 or OM4 laser optimized multimode fiber optic cabling
  3. Shall support an optical loss budget of at least 7 dB between switcher/transmitter and receiver
10. Power requirements
  1. Shall be equipped with an external, universal AC power supply capable of supporting 100-240 VAC, 50/60 Hz power
11. General requirements
  1. Shall provide visual signal on LED indicators located on front panel for signal presence, HDCP compliance, and auto switch selection
  2. Shall provide visual signal on LED indicators located on rear panel for link status
  3. Shall have a 1U high, half rack width metal enclosure
  4. Shall be rack mountable with optional rack shelf
  5. Shall be wall or furniture mountable with optional mounting kits
  6. Shall support the use of HDMI to DVI-D cables or adapters for DVI-D signals
  7. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product appropriate RoHS and WEEE
  8. Shall include Extron LockIt® HDMI cable lacing brackets
  9. Shall provide at least 3 years parts and labor warranty
  10. Shall be compatible with Extron FOX™ and FOX II Series DisplayPort, HDMI, DVI, and VGA receivers, as well as distribution amplifiers, audio extractors, and RS-232 inserters
  11. Shall be compatible with Extron FOX Matrix Switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron FOX T USW 203 MM (60-1230-11); no alternates or equals

FOX T USW 203 MM

Provide a switching, fiber optic transmitter that shall support the distribution of video, audio, and control over fiber optic cabling
1. Long distance three input signal switching and extension for HDMI, RGB, audio, and control signals
2. Video input requirements
  1. Shall provide two (2) female HDMI Type A connectors for digital video signals
  2. Shall provide one (1) female 15-pin HD connector for VGA-UXGA RGBHV, RGBS, and component video (bi- or tri-level YUV, 480p, 576p, 720p, 1080i, 1080p) signals
    1. Digitize analog video signals prior to transmission
  3. Shall support computer and video resolutions up to 1920x1200, including 1080p @ 60 Hz
  4. Shall provide all-digital transmission with pixel-for-pixel performance
3. Switching Requirements
  1. Shall provide automatic switching between input sources
    1. Automatically switch to the active input
    2. Configurable switching priority when multiple inputs are active
      1. High to low: highest numbered input has priority
      2. Low to high: lowest numbered input has priority
  2. Shall support contact closure input switching
  3. Shall support switching between input sources using front panel buttons
4. Audio input requirements
  1. Shall provide one (1) 3.5 mm mini stereo jack for unbalanced audio
  2. Shall support two-channel LPCM embedded audio on HDMI input connectors
  3. Shall support audio embedding onto an HDMI signal
  4. Shall support the ability to assign the analog audio input to any of the three inputs
  5. Shall provide gain and attenuation adjustment capability
5. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
    1. Maintain continuous EDID communication with the connected sources
    2. User-selection of EDID from a remotely connected display with two fibers installed between the transmitter and receiver
    3. User-selection of EDID from pre-stored data files
6. HDCP requirements – HDMI inputs
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder^® technology to authenticate and maintain continuous HDCP encryption and key exchange between connected devices
  3. Shall provide an option to disable HDCP processing at an HDMI input connection when passing unencrypted content
7. Control requirements
  1. Shall provide one (1) female mini USB B port on front panel for setup and configuration
  2. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for setup and configuration
  3. Shall provide one (1) 3.5 mm four-pole captive screw connector on rear panel for contact closure input switching
  4. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for RS-232 pass-through
  5. Shall provide one (1) two-pole captive screw connector on rear panel for a contact closure output to trigger an external control system for alarm notification in case of fiber link loss
  6. Shall support RS-232 control
8. Interconnection requirements
  1. Shall provide Interconnection between switcher/transmitter and receiver over multimode fiber optic cable
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between switcher/transmitter and receiver
  3. Shall provide one (1) HDMI Type A connector to support a local monitor
9. Transmission requirements
  1. Shall support extension of video, audio, and control over multimode fiber optic cabling
  2. Shall provide a fiber optic signal transmission distance capability of 2 km (1.25 miles) over OM3 or OM4 laser optimized multimode fiber optic cabling
  3. Shall support an optical loss budget of at least 7 dB between switcher/transmitter and receiver
10. Power requirements
  1. Shall be equipped with an external, universal AC power supply capable of supporting 100-240 VAC, 50/60 Hz power
11. General requirements
  1. Shall provide visual signal on LED indicators located on front panel for signal presence, HDCP compliance, and auto switch selection
  2. Shall provide visual signal on LED indicators located on rear panel for link status
  3. Shall have a 1U high, half rack width metal enclosure
  4. Shall be rack mountable with optional rack shelf
  5. Shall be wall or furniture mountable with optional mounting kits
  6. Shall support the use of HDMI to DVI-D cables or adapters for DVI-D signals
  7. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product appropriate RoHS and WEEE
  8. Shall include Extron LockIt® HDMI cable lacing brackets
  9. Shall provide at least 3 years parts and labor warranty
  10. Shall be compatible with Extron FOX™ and FOX II Series DisplayPort, HDMI, DVI, and VGA receivers, as well as distribution amplifiers, audio extractors, and RS-232 inserters
  11. Shall be compatible with Extron FOX Matrix Switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron FOX T USW 203 MM (60-1230-11); no alternates or equals

FOX T USW 203 SM

Provide a switching, fiber optic transmitter that shall support the distribution of video, audio, and control over fiber optic cabling
1. Long distance three input signal switching and extension for HDMI, RGB, audio, and control signals
2. Video input requirements
  1. Shall provide two (2) female HDMI Type A connectors for digital video signals
  2. Shall provide one (1) female 15-pin HD connector for VGA-UXGA RGBHV, RGBS, and component video (bi- or tri-level YUV, 480p, 576p, 720p, 1080i, 1080p) signals
    1. Digitize analog video signals prior to transmission
  3. Shall support computer and video resolutions up to 1920x1200, including 1080p @ 60 Hz
  4. Shall provide all-digital transmission with pixel-for-pixel performance
3. Switching Requirements
  1. Shall provide automatic switching between input sources
    1. Automatically switch to the active input
    2. Configurable switching priority when multiple inputs are active
      1. High to low: highest numbered input has priority
      2. Low to high: lowest numbered input has priority
  2. Shall support contact closure input switching
  3. Shall support switching between input sources using front panel buttons
4. Audio input requirements
  1. Shall provide one (1) 3.5 mm mini stereo jack for unbalanced audio
  2. Shall support two-channel LPCM embedded audio on HDMI input connectors
  3. Shall support audio embedding onto an HDMI signal
  4. Shall support the ability to assign the analog audio input to any of the three inputs
  5. Shall provide gain and attenuation adjustment capability
5. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
    1. Maintain continuous EDID communication with the connected sources
    2. User-selection of EDID from a remotely connected display with two fibers installed between the transmitter and receiver
    3. User-selection of EDID from pre-stored data files
6. HDCP requirements – HDMI inputs
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder^® technology to authenticate and maintain continuous HDCP encryption and key exchange between connected devices
  3. Shall provide an option to disable HDCP processing at an HDMI input connection when passing unencrypted content
7. Control requirements
  1. Shall provide one (1) female mini USB B port on front panel for setup and configuration
  2. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for setup and configuration
  3. Shall provide one (1) 3.5 mm four-pole captive screw connector on rear panel for contact closure input switching
  4. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for RS-232 pass-through
  5. Shall provide one (1) two-pole captive screw connector on rear panel for a contact closure output to trigger an external control system for alarm notification in case of fiber link loss
  6. Shall support RS-232 control
8. Interconnection requirements
  1. Shall provide Interconnection between switcher/transmitter and receiver over multimode fiber optic cable
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between switcher/transmitter and receiver
  3. Shall provide one (1) HDMI Type A connector to support a local monitor
9. Transmission requirements
  1. Shall support extension of video, audio, and control over singlemode fiber optic cabling
  2. Shall provide a fiber optic signal transmission distance capability of 30 km (18.75 miles) over singlemode fiber optic cabling
  3. Shall support an optical loss budget of at least 13 dB between switcher/transmitter and receiver
10. Power requirements
  1. Shall be equipped with an external, universal AC power supply capable of supporting 100-240 VAC, 50/60 Hz power
11. General requirements
  1. Shall provide visual signal on LED indicators located on front panel for signal presence, HDCP compliance, and auto switch selection
  2. Shall provide visual signal on LED indicators located on rear panel for link status
  3. Shall have a 1U high, half rack width metal enclosure
  4. Shall be rack mountable with optional rack shelf
  5. Shall be wall or furniture mountable with optional mounting kits
  6. Shall support the use of HDMI to DVI-D cables or adapters for DVI-D signals
  7. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product appropriate RoHS and WEEE
  8. Shall include Extron LockIt® HDMI cable lacing brackets
  9. Shall provide at least 3 years parts and labor warranty
  10. Shall be compatible with Extron FOX™ and FOX II Series DisplayPort, HDMI, DVI, and VGA receivers, as well as distribution amplifiers, audio extractors, and RS-232 inserters
  11. Shall be compatible with Extron FOX Matrix Switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron FOX T USW 203 SM (60-1230-12); no alternates or equals

FOX T USW 203 SM

Provide a switching, fiber optic transmitter that shall support the distribution of video, audio, and control over fiber optic cabling
1. Long distance three input signal switching and extension for HDMI, RGB, audio, and control signals
2. Video input requirements
  1. Shall provide two (2) female HDMI Type A connectors for digital video signals
  2. Shall provide one (1) female 15-pin HD connector for VGA-UXGA RGBHV, RGBS, and component video (bi- or tri-level YUV, 480p, 576p, 720p, 1080i, 1080p) signals
    1. Digitize analog video signals prior to transmission
  3. Shall support computer and video resolutions up to 1920x1200, including 1080p @ 60 Hz
  4. Shall provide all-digital transmission with pixel-for-pixel performance
3. Switching Requirements
  1. Shall provide automatic switching between input sources
    1. Automatically switch to the active input
    2. Configurable switching priority when multiple inputs are active
      1. High to low: highest numbered input has priority
      2. Low to high: lowest numbered input has priority
  2. Shall support contact closure input switching
  3. Shall support switching between input sources using front panel buttons
4. Audio input requirements
  1. Shall provide one (1) 3.5 mm mini stereo jack for unbalanced audio
  2. Shall support two-channel LPCM embedded audio on HDMI input connectors
  3. Shall support audio embedding onto an HDMI signal
  4. Shall support the ability to assign the analog audio input to any of the three inputs
  5. Shall provide gain and attenuation adjustment capability
5. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
    1. Maintain continuous EDID communication with the connected sources
    2. User-selection of EDID from a remotely connected display with two fibers installed between the transmitter and receiver
    3. User-selection of EDID from pre-stored data files
6. HDCP requirements – HDMI inputs
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder^® technology to authenticate and maintain continuous HDCP encryption and key exchange between connected devices
  3. Shall provide an option to disable HDCP processing at an HDMI input connection when passing unencrypted content
7. Control requirements
  1. Shall provide one (1) female mini USB B port on front panel for setup and configuration
  2. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for setup and configuration
  3. Shall provide one (1) 3.5 mm four-pole captive screw connector on rear panel for contact closure input switching
  4. Shall provide one (1) bidirectional RS-232 three-pole captive screw connector on rear panel for RS-232 pass-through
  5. Shall provide one (1) two-pole captive screw connector on rear panel for a contact closure output to trigger an external control system for alarm notification in case of fiber link loss
  6. Shall support RS-232 control
8. Interconnection requirements
  1. Shall provide Interconnection between switcher/transmitter and receiver over multimode fiber optic cable
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between switcher/transmitter and receiver
  3. Shall provide one (1) HDMI Type A connector to support a local monitor
9. Transmission requirements
  1. Shall support extension of video, audio, and control over singlemode fiber optic cabling
  2. Shall provide a fiber optic signal transmission distance capability of 30 km (18.75 miles) over singlemode fiber optic cabling
  3. Shall support an optical loss budget of at least 13 dB between switcher/transmitter and receiver
10. Power requirements
  1. Shall be equipped with an external, universal AC power supply capable of supporting 100-240 VAC, 50/60 Hz power
11. General requirements
  1. Shall provide visual signal on LED indicators located on front panel for signal presence, HDCP compliance, and auto switch selection
  2. Shall provide visual signal on LED indicators located on rear panel for link status
  3. Shall have a 1U high, half rack width metal enclosure
  4. Shall be rack mountable with optional rack shelf
  5. Shall be wall or furniture mountable with optional mounting kits
  6. Shall support the use of HDMI to DVI-D cables or adapters for DVI-D signals
  7. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product appropriate RoHS and WEEE
  8. Shall include Extron LockIt® HDMI cable lacing brackets
  9. Shall provide at least 3 years parts and labor warranty
  10. Shall be compatible with Extron FOX™ and FOX II Series DisplayPort, HDMI, DVI, and VGA receivers, as well as distribution amplifiers, audio extractors, and RS-232 inserters
  11. Shall be compatible with Extron FOX Matrix Switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron FOX T USW 203 SM (60-1230-12); no alternates or equals

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FOX T USW 203

Umschalter mit drei Eingängen, HDMI-Ausgang und integriertem Glasfaser-Sender für HDMI, VGA, Audio und RS‑232

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