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PowerCage 401 FOX DR HD
DTP HDMI 4K 230 Rx DTP HDMI 4K 230 Tx DTP HDMI 4K 330 Rx DTP HDMI 4K 330 Tx DTP R HWP 4K 231 D DTP R HWP 4K 331 D DTP T DSW 4K 233 DTP T DWP 4K 232 D DTP T DWP 4K 332 D DTP T EU 232 DTP T EU 4K 231 DTP T EU 4K 331 DTP T FB 232 DTP T FB 332 DTP T HD2 4K 230 DTP T HD2 4K 330 DTP T HWP 232 D DTP T HWP 4K 231 D DTP T HWP 4K 331 D DTP T MK 4K 231 DTP T SW4 HD 4K DTP T USW 233 DTP T USW 333 DTP2 R 211 DTP2 R 212 DTP2 T 201 D DTP2 T 202 FB DTP2 T 203 DTP2 T 204 DTP2 T 211 DTP2 T 212 DTP3 R 201 DTP3 T 202 eLink 100 FOX II T HD 4K FOX T USW 103 FOX T USW 203 FOX3 R 301 FOX3 R 311 FOX3 SR 201 FOX3 SR 301 FOX3 SR 311 FOX3 T 201 FOX3 T 201 PC FOX3 T 301 FOX3 T 301 PC FOX3 T 311 FOX3 T 311 PC FOXBOX Rx HDMI FOXBOX SR HDMI FOXBOX Tx HDMI HC 402 HC 402 EU HC 403 HC 404 HD 4K 101 Plus HFX 100 PowerCage 1600 PowerCage 401 FOX DR HD PowerCage 401 FOX DT HD PowerCage FOX Rx HDMI PowerCage FOX SR HDMI PowerCage FOX Tx HDMI Serie HD Pro Plenum

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PowerCage 401 FOX DR HD

Receptor de fibra óptica dual para HDMI, audio y RS‑232

Características principales

Acepta señales HDMI, audio estéreo y control RS‑232 a muy largas distancias a través de cableado de fibra óptica
Conforme a HDCP
Tecnología totalmente digital que ofrece un rendimiento píxel a píxel con señales de hasta 1920x1200, incluyendo 1080p/60
Key Minder^® verifica constantemente la conformidad a HDCP para asegurar una conmutación rápida y fiable
Módulo intercambiable en caliente diseñado para el chasis PowerCage 401, referencia 60-1492-01
Inserción RS‑232 desde el puerto Ethernet del chasis PowerCage 401
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El receptor de fibra óptica dual PowerCage 401 FOX DR HD de Extron es un compacto módulo de una ranura diseñado para el chasis PowerCage^® 401 que proporciona extensión de señales de vídeo HDMI, audio y control a través de cableado de fibra óptica. Diseñado con una calidad excepcional y rendimiento probado, utiliza la tecnología totalmente digital de Extron para proporcionar imágenes píxel a píxel hasta 1920x1200. Este módulo intercambiable en caliente es conforme a HDCP, e incluye dos receptores de la serie FOX independientes. Además, las características de fácil integración incluyen Key Minder^®, memoria de entrada automática, desembebido de audio, patrones de ajuste internos, feedback del sistema en tiempo real para los sistemas de control, e inserción RS‑232 a través del chasis. El receptor dual PowerCage 401 FOX DR HD está disponible en versiones multimodo y monomodo, su diseño ahorra espacio y acepta hasta ocho extensores independientes en un único espacio de rack de 1U.

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PowerCage 401 FOX DR HD

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PowerCage 401 FOX DR HD MM

Shall provide two (2) fiber optic receivers on a single module that shall support the long-haul transmission of HDMI video, stereo audio, and RS-232 control signals
1. Single-slot module designed for the Extron PowerCage 401 enclosure
2. Long distance signal extension of video, audio, and control signals over multimode fiber optic cabling
3. Video output requirements
  1. Shall provide two (2) female HDMI Type A connectors, one (1) per receiver, for digital video signals with or without embedded audio
  2. Shall support video resolutions up to 1920x1200, including 1080p @ 60 Hz
4. Audio output requirements
  1. Shall support two-channel embedded audio on HDMI output connectors
  2. Shall provide two (2) 3.5 mm stereo mini jacks, one (1) per receiver, for unbalanced analog stereo
  3. Shall support audio de-embedding from HDMI signals
  4. Shall provide audio muting capability
5. HDCP requirements
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder® technology to authenticate and maintain continuous HDCP encryption between the input and output devices to ensure quick and reliable switching
  3. Shall provide a full green screen signal for visual confirmation when encrypted content is routed to a non-HDCP compliant display
6. AV device control requirements
  1. Shall provide two (2) bidirectional RS-232 connectors, one (1) per receiver, for controlling local or remote AV devices
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
    1. RS-232 pass-through from the local RS-232 port on the module onto the fiber for communicating with a remote device or control system
    2. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure to the local RS-232 port on the module for communicating with a local device
    3. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure onto the fiber for communicating with a remote device
7. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide four (4) LC-type fiber optic connectors, two (2) per each receiver, for interconnection between transmitters and receivers
8. Transmission requirements
  1. Shall support extension of video, audio, and control signals 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 transmitter and receiver
9. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 401 enclosure
    1. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
    2. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
    3. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
    4. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  2. Shall provide a signal via the enclosure to trigger an external control system for alarm notification in case of fiber link loss
  3. Shall support Extron Product Configuration Software – PCS for setup and configuration
10. Power requirements
  1. Shall be supplied power by a PowerCage 401 enclosure
11. General requirements
  1. Shall provide visual signal on LED indicators for signal presence, HDCP authentication, link status, and power
  2. Shall be installed in a PowerCage 401 enclosure
  3. Shall be configured and controlled via the PowerCage 401 enclosure
  4. Shall be hot-swappable
  5. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  6. Shall provide at least three (3) years parts and labor warranty
  7. Shall be compatible with Extron FOX Series HDMI, DVI, and VGA transmitters
  8. Shall be compatible with the Extron FOXBOX T HD-SDI transmitter
  9. Shall be compatible with Extron FOX Series matrix switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron PowerCage 401 FOX DR HD MM (70-1092-21); no alternates or equals

PowerCage 401 FOX DR HD MM

Shall provide two (2) fiber optic receivers on a single module that shall support the long-haul transmission of HDMI video, stereo audio, and RS-232 control signals
1. Single-slot module designed for the Extron PowerCage 401 enclosure
2. Long distance signal extension of video, audio, and control signals over multimode fiber optic cabling
3. Video output requirements
  1. Shall provide two (2) female HDMI Type A connectors, one (1) per receiver, for digital video signals with or without embedded audio
  2. Shall support video resolutions up to 1920x1200, including 1080p @ 60 Hz
4. Audio output requirements
  1. Shall support two-channel embedded audio on HDMI output connectors
  2. Shall provide two (2) 3.5 mm stereo mini jacks, one (1) per receiver, for unbalanced analog stereo
  3. Shall support audio de-embedding from HDMI signals
  4. Shall provide audio muting capability
5. HDCP requirements
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder® technology to authenticate and maintain continuous HDCP encryption between the input and output devices to ensure quick and reliable switching
  3. Shall provide a full green screen signal for visual confirmation when encrypted content is routed to a non-HDCP compliant display
6. AV device control requirements
  1. Shall provide two (2) bidirectional RS-232 connectors, one (1) per receiver, for controlling local or remote AV devices
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
    1. RS-232 pass-through from the local RS-232 port on the module onto the fiber for communicating with a remote device or control system
    2. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure to the local RS-232 port on the module for communicating with a local device
    3. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure onto the fiber for communicating with a remote device
7. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide four (4) LC-type fiber optic connectors, two (2) per each receiver, for interconnection between transmitters and receivers
8. Transmission requirements
  1. Shall support extension of video, audio, and control signals 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 transmitter and receiver
9. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 401 enclosure
    1. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
    2. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
    3. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
    4. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  2. Shall provide a signal via the enclosure to trigger an external control system for alarm notification in case of fiber link loss
  3. Shall support Extron Product Configuration Software – PCS for setup and configuration
10. Power requirements
  1. Shall be supplied power by a PowerCage 401 enclosure
11. General requirements
  1. Shall provide visual signal on LED indicators for signal presence, HDCP authentication, link status, and power
  2. Shall be installed in a PowerCage 401 enclosure
  3. Shall be configured and controlled via the PowerCage 401 enclosure
  4. Shall be hot-swappable
  5. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  6. Shall provide at least three (3) years parts and labor warranty
  7. Shall be compatible with Extron FOX Series HDMI, DVI, and VGA transmitters
  8. Shall be compatible with the Extron FOXBOX T HD-SDI transmitter
  9. Shall be compatible with Extron FOX Series matrix switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron PowerCage 401 FOX DR HD MM (70-1092-21); no alternates or equals

PowerCage 401 FOX DR HD SM

Shall provide two (2) fiber optic receivers on a single module that shall support the long-haul transmission of HDMI video, stereo audio, and RS-232 control signals
1. Single-slot module designed for the Extron PowerCage 401 enclosure
2. Long distance signal extension of video, audio, and control signals over singlemode fiber optic cabling
3. Video output requirements
  1. Shall provide two (2) female HDMI Type A connectors, one (1) per receiver, for digital video signals with or without embedded audio
  2. Shall support video resolutions up to 1920x1200, including 1080p @ 60 Hz
4. Audio output requirements
  1. Shall support two-channel embedded audio on HDMI output connectors
  2. Shall provide two (2) 3.5 mm stereo mini jacks, one (1) per receiver, for unbalanced analog stereo
  3. Shall support audio de-embedding from HDMI signals
  4. Shall provide audio muting capability
5. HDCP requirements
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder® technology to authenticate and maintain continuous HDCP encryption between the input and output devices to ensure quick and reliable switching
  3. Shall provide a full green screen signal for visual confirmation when encrypted content is routed to a non-HDCP compliant display
6. AV device control requirements
  1. Shall provide two (2) bidirectional RS-232 connectors, one (1) per receiver, for controlling local or remote AV devices
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
    1. RS-232 pass-through from the local RS-232 port on the module onto the fiber for communicating with a remote device or control system
    2. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure to the local RS-232 port on the module for communicating with a local device
    3. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure onto the fiber for communicating with a remote device
7. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide four (4) LC-type fiber optic connectors, two (2) per each receiver, for interconnection between transmitters and receivers
8. Transmission requirements
  1. Shall support extension of video, audio, and control signals 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 transmitter and receiver
9. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 401 enclosure
    1. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
    2. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
    3. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
    4. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  2. Shall provide a signal via the enclosure to trigger an external control system for alarm notification in case of fiber link loss
  3. Shall support Extron Product Configuration Software – PCS for setup and configuration
10. Power requirements
  1. Shall be supplied power by a PowerCage 401 enclosure
11. General requirements
  1. Shall provide visual signal on LED indicators for signal presence, HDCP authentication, link status, and power
  2. Shall be installed in a PowerCage 401 enclosure
  3. Shall be configured and controlled via the PowerCage 401 enclosure
  4. Shall be hot-swappable
  5. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  6. Shall provide at least three (3) years parts and labor warranty
  7. Shall be compatible with Extron FOX Series HDMI, DVI, and VGA transmitters
  8. Shall be compatible with the Extron FOXBOX T HD-SDI transmitter
  9. Shall be compatible with Extron FOX Series matrix switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron PowerCage 401 FOX DR HD SM (70-1092-22); no alternates or equals

PowerCage 401 FOX DR HD SM

Shall provide two (2) fiber optic receivers on a single module that shall support the long-haul transmission of HDMI video, stereo audio, and RS-232 control signals
1. Single-slot module designed for the Extron PowerCage 401 enclosure
2. Long distance signal extension of video, audio, and control signals over singlemode fiber optic cabling
3. Video output requirements
  1. Shall provide two (2) female HDMI Type A connectors, one (1) per receiver, for digital video signals with or without embedded audio
  2. Shall support video resolutions up to 1920x1200, including 1080p @ 60 Hz
4. Audio output requirements
  1. Shall support two-channel embedded audio on HDMI output connectors
  2. Shall provide two (2) 3.5 mm stereo mini jacks, one (1) per receiver, for unbalanced analog stereo
  3. Shall support audio de-embedding from HDMI signals
  4. Shall provide audio muting capability
5. HDCP requirements
  1. Shall be HDCP compliant
  2. Shall include Extron Key Minder® technology to authenticate and maintain continuous HDCP encryption between the input and output devices to ensure quick and reliable switching
  3. Shall provide a full green screen signal for visual confirmation when encrypted content is routed to a non-HDCP compliant display
6. AV device control requirements
  1. Shall provide two (2) bidirectional RS-232 connectors, one (1) per receiver, for controlling local or remote AV devices
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
    1. RS-232 pass-through from the local RS-232 port on the module onto the fiber for communicating with a remote device or control system
    2. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure to the local RS-232 port on the module for communicating with a local device
    3. RS-232 insertion from the Ethernet port on the PowerCage 401 enclosure onto the fiber for communicating with a remote device
7. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide four (4) LC-type fiber optic connectors, two (2) per each receiver, for interconnection between transmitters and receivers
8. Transmission requirements
  1. Shall support extension of video, audio, and control signals 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 transmitter and receiver
9. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 401 enclosure
    1. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
    2. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
    3. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
    4. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  2. Shall provide a signal via the enclosure to trigger an external control system for alarm notification in case of fiber link loss
  3. Shall support Extron Product Configuration Software – PCS for setup and configuration
10. Power requirements
  1. Shall be supplied power by a PowerCage 401 enclosure
11. General requirements
  1. Shall provide visual signal on LED indicators for signal presence, HDCP authentication, link status, and power
  2. Shall be installed in a PowerCage 401 enclosure
  3. Shall be configured and controlled via the PowerCage 401 enclosure
  4. Shall be hot-swappable
  5. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  6. Shall provide at least three (3) years parts and labor warranty
  7. Shall be compatible with Extron FOX Series HDMI, DVI, and VGA transmitters
  8. Shall be compatible with the Extron FOXBOX T HD-SDI transmitter
  9. Shall be compatible with Extron FOX Series matrix switchers to create an HDCP-compliant signal distribution system up to 1000x1000 and larger
12. Approved device shall be the Extron PowerCage 401 FOX DR HD SM (70-1092-22); no alternates or equals

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PowerCage 401 FOX DR HD -

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