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FOX3 Matrix 24x
FOX I/O 1616 HD‑SDI FOX I/O 88 HD-SDI FOX Matrix 14400 FOX Matrix 3200 FOX Matrix 320x FOX Matrix 7200 FOX3 Matrix 160x FOX3 Matrix 24x FOX3 Matrix 320x FOX3 Matrix 40x FOX3 Matrix 560x FOX3 Matrix 80x FOX3 Matrix 840x Gamme SMX FOX Matrix 1K d'Extron SMX System MultiMatrix

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FOX3 Matrix 24x

Grille de commutation modulaire fibre optique de 8x8 à 24x24

Caractéristiques principales

Bientôt disponible Pack LinkLicense pour configuration et contrôle de systèmes avec KVM
Configurations d'E/S 8x8 à 24x24
Commutation de la vidéo 4K/60, de l'audio, de l'USB, du contrôle, et de la synchronisation 3D sur un câble fibre optique
Compatible avec tous les émetteurs et récepteurs de la gamme FOX3 Extron
Interface réseau audio Dante^®, port d'expansion DMP, et entrées et sorties audio analogiques
Insertion RS‑232 depuis le port de contrôle Ethernet
Toutes les caractéristiques

FOX3 Matrix 24x (shown with optional redundant power supply installed)

Galerie d'images

Aperçu interactif

Vidéos à la une

Récompenses

SVC Innovative Product Awards 2023

Descriptions pour appel d'offres

Calculateur de débits de données 8K

Calculateur de dimension FOX3 Matrix

Vue d'ensemble
Vidéo
Description
Caractéristiques techniques
Schéma
Schéma des panneaux
Téléchargements

Vue d'ensemble

La FOX3 Matrix 24x Extron fournit une commutation haute performance de la vidéo 4K/60, de l'audio, de l'USB, du contrôle, et de la synchronisation 3D sur un câble fibre optique. Cette grille de commutation modulaire est extensible selon des configurations d'entrée/sortie 8x8 à 24x24, et comporte par ailleurs une insertion RS‑232 depuis le port Ethernet, permettant d'étendre un contrôle bidirectionnel vers tout terminal FOX3. Le port Ethernet supporte le protocole SSH, assurant que les communications entre le système de contrôle et la grille sont chiffrées. Les ports Dante, d'expansion DMP, et d'E/S audio analogiques permettent un embeddage et un désembeddage de l'audio. Disposant de nombreuses autres caractéristiques qui facilitent le travail des intégrateurs, telles qu'une source d'alimentation interchangeable à chaud, une source d'alimentation interchangeable à chaud redondante optionnelle, et une supervision du système, la FOX3 Matrix 24x assure une commutation globale d'une grande fiabilité de signaux audiovisuels, USB, et de contrôle sur fibre optique pour les environnements sensibles.

Vidéo

Description

Caractéristiques techniques

Schéma

Schéma des panneaux

Téléchargements

Produits affichés récemment

FOX3 Matrix 24x

Description pour appel d'offres

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60-1716-04 - FOX3 Matrix 24x no FPC 8io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (1) slot populated with one (1) multimode I/O board supporting 8 inputs and 8 outputs
    2. Can be reconfigured by adding or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 8io MM (60-1716-04); no alternates or equals

60-1716-04 - FOX3 Matrix 24x no FPC 8io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (1) slot populated with one (1) multimode I/O board supporting 8 inputs and 8 outputs
    2. Can be reconfigured by adding or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 8io MM (60-1716-04); no alternates or equals

60-1716-14 - FOX3 Matrix 24x no FPC 8io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (1) slot populated with one (1) singlemode I/O board supporting 8 inputs and 8 outputs
    2. Can be reconfigured by adding or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
    5. HDCP requirements
  2. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
10. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
11. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
  7. Approved device shall be the Extron FOX3 Matrix 24x no FPC 8io SM (60-1716-14); no alternates or equals

60-1716-14 - FOX3 Matrix 24x no FPC 8io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (1) slot populated with one (1) singlemode I/O board supporting 8 inputs and 8 outputs
    2. Can be reconfigured by adding or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
    5. HDCP requirements
  2. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
10. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
11. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
  7. Approved device shall be the Extron FOX3 Matrix 24x no FPC 8io SM (60-1716-14); no alternates or equals

60-1716-05 - FOX3 Matrix 24x no FPC 16io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with two (2) slots each populated with one (1) multimode I/O board, supporting a total of 16 inputs and 16 outputs
    2. Can be reconfigured by adding, removing, or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 16io MM (60-1716-05); no alternates or equals

60-1716-05 - FOX3 Matrix 24x no FPC 16io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with two (2) slots each populated with one (1) multimode I/O board, supporting a total of 16 inputs and 16 outputs
    2. Can be reconfigured by adding, removing, or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 16io MM (60-1716-05); no alternates or equals

60-1716-15 - FOX3 Matrix 24x no FPC 16io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (2) slots populated, each with one (1) singlemode I/O board, supporting a total of 16 inputs and 16 outputs
    2. Can be reconfigured by adding, removing, or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 16io SM (60-1716-15); no alternates or equals

60-1716-15 - FOX3 Matrix 24x no FPC 16io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with one (2) slots populated, each with one (1) singlemode I/O board, supporting a total of 16 inputs and 16 outputs
    2. Can be reconfigured by adding, removing, or replacing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 16io SM (60-1716-15); no alternates or equals

60-1716-06 - FOX3 Matrix 24x no FPC 24io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with three (3) slots populated. each with one (1) multimode I/O board, supporting a total of 24 inputs and 24 outputs
    2. Can be reconfigured by replacing or removing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 24io MM (60-1716-06); no alternates or equals

60-1716-06 - FOX3 Matrix 24x no FPC 24io MM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with three (3) slots populated. each with one (1) multimode I/O board, supporting a total of 24 inputs and 24 outputs
    2. Can be reconfigured by replacing or removing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 24io MM (60-1716-06); no alternates or equals

60-1716-16 - FOX3 Matrix 24x no FPC 24io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with three (3) slots populated. each with one (1) singlemode I/O board, supporting a total of 24 inputs and 24 outputs
    2. Can be reconfigured by replacing or removing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 24io SM (60-1716-16); no alternates or equals

60-1716-16 - FOX3 Matrix 24x no FPC 24io SM

Shall provide a configurable matrix switcher that support digital video, audio, USB, control, and 3D sync signals with up to 24 inputs and 24 outputs for transmission and routing over fiber optic cabling
1. Rack mountable configured matrix switcher for routing HDMI video, audio, USB, control, and 3D sync over fiber optic cabling
2. Configuration requirements
  1. Shall provide a modular, hot swappable I/O board design
    1. Configured out of factory with three (3) slots populated. each with one (1) singlemode I/O board, supporting a total of 24 inputs and 24 outputs
    2. Can be reconfigured by replacing or removing matrix I/O boards
  2. Shall provide three (3) configurable matrix board slots for matrix boards
  3. Shall be configurable with I/O sizes from 8x8 up to 24x24 in 8x8 increments
    1. Eight (8) input connectors per board
    2. Eight (8) output connectors per board
  4. Shall support field configuration of each board slot
3. Input and output requirements
  1. Shall support remote device connections via FOX3 Series fiber optic transmitters and receivers
  2. Shall support FOX3 matrix I/O boards with multimode fiber optic input and output connections
    1. Compatible with all Extron FOX3 Series MM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  3. Shall support FOX3 matrix boards with singlemode fiber optic input and output connections
    1. Compatible with Extron FOX3 Series SM extenders
    2. Status LED indicators for fiber link status
    3. Automatic input and output reclocking
  4. Shall provide an audio interface with support for DMP expansion, local analog stereo inputs and outputs, and Dante audio networking
    1. DMP audio expansion – one (1) RJ-45 jack for 8x8 stereo connection to an Extron DMP audio processor
    2. Analog audio – two (2) 5-pole 3.5mm captive screw stereo inputs, and two (2) 5-pole 3.5mm captive screw stereo outputs
    3. Dante® audio networking – two (2) RJ-45 jacks for Dante audio networking interface with 32 stereo inputs and 32 stereo outputs
4. Signal switching requirements
  1. Shall provide all-digital switching of keyboard, video, and mouse – KVM signals
  2. Shall provide all-digital switching of HDMI video, audio, USB, control, and 3D sync signals
    1. Compatible with Extron FOX3 Series extenders
  3. Shall be configurable for use with sources and displays supporting resolutions up to 4096x2160 at 60 Hz with 4:4:4 chroma sampling and 12-bit color depth
    1. Supports mathematically lossless 4K at 60 Hz with 10 bits per color over one fiber
    2. Supports uncompressed 4K at 60 Hz with 12 bits per color over two fibers
  4. Shall be configurable for audio switching, processing and distribution
5. Audio routing requirements
  1. Shall support audio breakaway to de-embed a two-channel PCM audio signal from its corresponding video signal for independent routing to any of the following destinations:
    1. Embedded audio to a connected receiver
    2. DMP expansion port
    3. Analog stereo output
    4. Dante audio output
  2. Shall support insertion of a return audio signal to a connected transmitter from any of the following sources:
    1. Return audio from a connected receiver
    2. DMP expansion port
    3. Analog stereo input
    4. Dante audio input
  3. Shall support embedding of an analog audio input into any selected output signal, including the analog return audio signal
  4. Shall support a Dante audio network of up to 32 stereo inputs and 32 stereo outputs with AES67 support
  5. Shall support DMP expansion to an Extron ProDSP allowing a 16-channel bidirectional 24-bit/48 kHz high-resolution digital audio expansion bus between the matrix switcher and the connected DMP 128 Plus audio processor
  6. Shall support two (2) local analog stereo audio inputs that can be routed to any audio output, including audio to any connected receiver, analog return audio to any connected transmitter, the DMP expansion port, any analog output port, or the Dante audio network
  7. Shall support two (2) local analog stereo audio outputs providing audio from any audio input, including any connected transmitter, DMP expansion port, any analog audio input port, or the Dante audio network
6. Transmission requirements
  1. Shall support a maximum signal transmission distance of 500 m (1640 feet) over OM4 multimode fiber optic cable at 850 nm
  2. Shall support a maximum signal transmission distance of 20 km (12.4 miles) over singlemode fiber optic cable at 1310 nm
7. Control requirements
  1. Shall support multiple methods for control, configuration, I/O selection, and general operation
    1. RS-232 configuration and control
    2. Ethernet configuration and control
    3. Front panel USB configuration
  2. Shall provide one (1) mini USB Type B port on the front panel for setup and configuration
  3. Shall provide one (1) bidirectional RS-232 serial port on the rear panel for setup, configuration, and control
    1. Supports firmware updates
  4. Shall provide a recessed Reset button on the rear panel
  5. Shall provide one (1) RJ-45 connector on the rear panel for setup, configuration, and control via an Ethernet connection
  6. Shall support secure Ethernet communication using SSH - Secure Shell protocol
  7. Shall support Ethernet monitoring and control using standard TCP/IP protocols
    1. Proactive monitoring and system management over a LAN, WAN, or the Internet
    2. Functional control of the matrix switcher
    3. Advanced computer-aided diagnostics
    4. Firmware updates
    5. Functional control of the matrix switcher
  8. Shall support RS-232 insertion through the Ethernet control port
  9. Shall provide Extron control software to enable control and configuration from a Windows®-based computer via the serial or Ethernet port
  10. Shall include advanced self-diagnostics of I/O boards, primary and redundant power supply voltages, fiber links, and overall matrix functionality
  11. Shall provide I/O port activity status via the rear panel, RS-232 port, or Ethernet
  12. Shall provide I/O activity viewable within internal Web pages that are easily obtainable by AV control systems
8. Secure switching requirements
  1. Shall support secure partitioning into smaller sub-switchers to segregate sources and destinations in a secure environment
    1. Enable up to twelve (12) partitions
    2. Inputs can only be tied to outputs within the same partition
  2. Shall provide priority switching to prevent unauthorized access to sensitive date in a secure environment
    1. Each input and output is assigned a security level from one (1) to six (6) with level one (1) as the lowest level and level six (6) as the highest
    2. An input can only be tied to an output that is at the same level or higher
9. Functional requirements
  1. Shall provide commands or control sequences for functional operation of the matrix switcher
    1. Create or remove ties within the matrix
    2. Group inputs and outputs
    3. Save or recall presets
    4. Mute or unmute outputs
10. HDCP requirements
  1. Shall include Extron SpeedSwitch® technology for high-speed switching of HDCP-encrypted content
11. Power requirements
  1. Shall provide one primary power supply
  2. Shall support hot-swappable power supply replacement
  3. Shall provide optional redundant power supply
    1. Provides a back-up power supply for secondary power
    2. Provides a second AC power input for continuous connection to primary and secondary power sources
12. General requirements
  1. Shall be a 2U high, full rack width metal enclosure
  2. Shall be rack mountable with integrated brackets
  3. Shall provide an internal, hot-swappable fan
  4. Shall meet regulatory compliance
    1. CE, c-UL, UL
    2. CE, C-tick, FCC Class A, ICES, VCCI
    3. Product-appropriate RoHS and WEEE
  5. Shall be compatible with Extron FOX3 Series products for AV, USB, control, and 3D sync signals distribution and routing over fiber optic cabling
  6. Shall provide at least three years parts and labor warranty
13. Approved device shall be the Extron FOX3 Matrix 24x no FPC 24io SM (60-1716-16); no alternates or equals

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Remarque : Les produits Extron utilisant la prise d’alimentation universelle acceptent un nombre de types de prises différents. Avant l’utilisation, assurez-vous que l’appareil réponde aux toutes les exigences réglementaires pour votre région et qu’il soit compatible avec les codes et les standards locaux électriques et de sécurité applicables.

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FOX3 Matrix 24x -

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