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FOX3 T 201 PC
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Pro

FOX3 T 201 PC

PowerCage Fiber Optic Transmitter for HDMI, Audio, and Control

Key Features

Extends HDMI, stereo audio, and RS‑232 control signals very long distances over fiber optic cabling
Supports mathematically lossless 4K video up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling over one fiber
Supports uncompressed 4K video up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling over two fibers
Supported HDMI 2.0 specification features include data rates up to 18 Gbps, Deep Color up to 12-bit, and 3D
HDCP 2.3 compliant
Hot-swappable modules designed for the PowerCage 411 enclosure, part #60‑1492‑02
All Features

PowerCage 411 Populated with FOX3 T 201 PC Boards

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Interactive Overview

70-1224-11 – FOX3 T 201 PC MM – Lossless 4K/60 Transmitter MM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
  3. 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
  4. RS-232 insertion from the Ethernet port on the PowerCage 411 enclosure to the local RS-232 port on the module for communicating with a local device
  5. RS-232 insertion from the Ethernet port on the PowerCage 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over multimode fiber optic cabling
  2. Shall support transmission of mathematically lossless computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over one fiber
  3. Shall provide a fiber optic signal transmission distance capability of 500 m (1640 feet) over OM4 laser optimized multimode fiber optic cabling
  4. Shall support an optical loss budget of at least 9.7 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 enclosure
  2. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
  3. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
  4. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
  5. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  6. Shall support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
  4. CE, c-UL, UL
  5. CE, C-tick, FCC Class A, ICES, VCCI
  6. Appropriate requirements of RoHS, WEEE
  7. Shall provide at least (3) three years parts and labor warranty
  8. Shall be compatible with Extron FOX3 Series fiber optic receivers
  9. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 MM (70-1224-11); no alternates or equals

70-1224-11 – FOX3 T 201 PC MM – Lossless 4K/60 Transmitter MM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  2. Shall support three modes of RS-232 insertion or pass-through for controlling local or remote devices
  3. 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
  4. RS-232 insertion from the Ethernet port on the PowerCage 411 enclosure to the local RS-232 port on the module for communicating with a local device
  5. RS-232 insertion from the Ethernet port on the PowerCage 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over multimode fiber optic cabling
  2. Shall support transmission of mathematically lossless computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over one fiber
  3. Shall provide a fiber optic signal transmission distance capability of 500 m (1640 feet) over OM4 laser optimized multimode fiber optic cabling
  4. Shall support an optical loss budget of at least 9.7 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 enclosure
  2. Setup, configuration, and firmware updates via the mini USB port on the enclosure front panel
  3. Setup, configuration, and control via the bidirectional RS-232 port on the enclosure rear panel
  4. Setup, configuration, control, and monitoring via an Ethernet connection to the RJ-45 port on the enclosure rear panel
  5. Setup and configuration without a computer using the front-panel controls and LCD on the enclosure
  6. Shall support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
  4. CE, c-UL, UL
  5. CE, C-tick, FCC Class A, ICES, VCCI
  6. Appropriate requirements of RoHS, WEEE
  7. Shall provide at least (3) three years parts and labor warranty
  8. Shall be compatible with Extron FOX3 Series fiber optic receivers
  9. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 MM (70-1224-11); no alternates or equals

70-1224-12 – FOX3 T 201 PC SM – Lossless 4K/60 Transmitter SM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over singlemode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over singlemode fiber optic cabling
  2. Shall support transmission of mathematically lossless computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over one fiber
  3. Shall provide a fiber optic signal transmission distance capability of 20 km (12.4 miles) over singlemode fiber optic cabling
  4. Shall support an optical loss budget of at least 7.4 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 SM (70-1224-12); no alternates or equals

70-1224-12 – FOX3 T 201 PC SM – Lossless 4K/60 Transmitter SM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over singlemode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide two (2) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over singlemode fiber optic cabling
  2. Shall support transmission of mathematically lossless computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over one fiber
  3. Shall provide a fiber optic signal transmission distance capability of 20 km (12.4 miles) over singlemode fiber optic cabling
  4. Shall support an optical loss budget of at least 7.4 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 SM (70-1224-12); no alternates or equals

70-1224-13 – FOX3 T 201 PC MM – Uncompressed 4K/60 Transmitter MM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide three (3) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over multimode fiber optic cabling
  2. Shall support transmission of uncompressed computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over two fibers
  3. Shall provide a fiber optic signal transmission distance capability of 500 m (1640 feet) over OM4 laser optimized multimode fiber optic cabling
  4. Shall support an optical loss budget of at least 9.7 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 MM (70-1224-13); no alternates or equals

70-1224-13 – FOX3 T 201 PC MM – Uncompressed 4K/60 Transmitter MM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over multimode fiber optic cabling
  2. Shall provide three (3) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over multimode fiber optic cabling
  2. Shall support transmission of uncompressed computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over two fibers
  3. Shall provide a fiber optic signal transmission distance capability of 500 m (1640 feet) over OM4 laser optimized multimode fiber optic cabling
  4. Shall support an optical loss budget of at least 9.7 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 MM (70-1224-13); no alternates or equals

70-1224-14 – FOX3 T 201 PC SM – Uncompressed 4K/60 Transmitter SM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide three (3) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over singlemode fiber optic cabling
  2. Shall support transmission of uncompressed computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over two fibers
  3. Shall provide a fiber optic signal transmission distance capability of 20 km (12.4 miles) over singlemode fiber optic cabling
  4. Shall support an optical loss budget of at least 7.4 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 SM (70-1224-14); no alternates or equals

70-1224-14 – FOX3 T 201 PC SM – Uncompressed 4K/60 Transmitter SM

Shall provide a modular fiber optic transmitter that support the distribution of HDMI video, stereo audio, and RS-232 control
1. Single-slot module designed for the Extron PowerCage 411 enclosure
2. Long distance signal extension of digital video with embedded stereo audio, control signals over multimode fiber optic cabling
3. Video input requirements
  1. Shall provide one (1) female HDMI Type A connector for digital video signals with embedded audio
  2. Shall provide one (1) female HDMI Type A connector with buffered loop-through
  3. Shall support the following HDMI 2.0 specification features:
    1. Shall support computer and video resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling
    2. Shall support data rates up to 18 Gbps – 6 Gbps per lane
    3. Shall support 12-bit color bit depth for resolutions up to 4K/60
4. Embedded audio input requirements
  1. Shall provide one (1) female HDMI Type A connector – shared with video input
  2. Shall support PCM stereo audio formats
5. Analog Audio input requirements
  1. Shall provide one (1) 3.5 mm stereo mini jack for unbalanced analog stereo
  2. Shall support embedding of analog stereo audio onto HDMI signals
6. EDID communication requirements
  1. Shall include Extron EDID Minder® technology to automatically manage EDID communication between connected devices
7. AV device control requirements
  1. Shall provide one (1) bidirectional RS-232 connector for control pass-through
  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 411 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 411 enclosure onto the fiber for communicating a remote device
8. Interconnection requirements
  1. Shall provide interconnection between transmitter and receiver over singlemode fiber optic cabling
  2. Shall provide three (3) LC-type fiber optic connectors for interconnection between transmitter and receiver
9. Transmission requirements
  1. Shall support extension of video, audio, and control signals over singlemode fiber optic cabling
  2. Shall support transmission of uncompressed computer and video at resolutions up to 4096x2160 @ 60 Hz with 4:4:4 chroma sampling over two fibers
  3. Shall provide a fiber optic signal transmission distance capability of 20 km (12.4 miles) over singlemode fiber optic cabling
  4. Shall support an optical loss budget of at least 7.4 dB between transmitter and receiver
10. HDCP requirements
  1. Shall be HDCP 2.3 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 support user-selectable HDCP authorization to allow the transmitter to appear HDCP compliant or non‑HDCP compliant to the connected source
11. Setup, control, and configuration requirements
  1. Shall support module setup, configuration, and control via the PowerCage 411 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 support Extron Product Configuration Software – PCS for setup and configuration
12. Power requirements
  1. Shall be supplied power by a PowerCage 411 enclosure
13. General requirements
  1. Shall provide internal color bars test pattern for calibration and setup
  2. Shall provide visual signal on LED indicators located on rear panel for fiber optic link status
  3. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Appropriate requirements of RoHS, WEEE
  4. Shall provide at least (3) three years parts and labor warranty
  5. Shall be compatible with Extron FOX3 Series fiber optic receivers
  6. Shall be compatible with Extron FOX3 Series matrix switchers to create an HDCP-compliant signal distribution system up to 2000x2000 and larger
14. Approved device shall be the Extron FOX3 T 201 SM (70-1224-14); no alternates or equals

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FOX3 T 201 PC -

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