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Focal Multiplexer Product Catalog
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Focal Multiplexer Product Catalog
Product catalog summary
Introduction
Moog has been a leader in developing rugged subsea fiber-optic multiplexer systems for over 25 years. These systems are used in various applications, including Remotely Operated Vehicles (ROVs) in the offshore oil and gas industry, military vehicles, and other harsh environments. The catalog provides a comprehensive guide to Moog's Focal™ Fiber Optic Multiplexer products, organized into selection guides, product guides, datasheets, and technical appendices.
Moog has been a leader in developing rugged subsea fiber-optic multiplexer systems for over 25 years. These systems are used in various applications, including Remotely Operated Vehicles (ROVs) in the offshore oil and gas industry, military vehicles, and other harsh environments. The catalog provides a comprehensive guide to Moog's Focal™ Fiber Optic Multiplexer products, organized into selection guides, product guides, datasheets, and technical appendices.
Product Line Overview
Moog offers a range of multiplexer systems, including the Eurocard-based Model 903, the PC/104-based Model 907, and the credit-card-size Model 914. These systems support both multimode and singlemode fiber cables and are designed for digital signal transmission using light pulses through optical fibers. Over 2,000 systems have been deployed worldwide, demonstrating their reliability and versatility.
Moog offers a range of multiplexer systems, including the Eurocard-based Model 903, the PC/104-based Model 907, and the credit-card-size Model 914. These systems support both multimode and singlemode fiber cables and are designed for digital signal transmission using light pulses through optical fibers. Over 2,000 systems have been deployed worldwide, demonstrating their reliability and versatility.
Product Guides and Specifications
- Model 903: A 3U Eurocard-based system suitable for standalone sub-racks or 19” rack installations. It supports various signal types, including video, Ethernet, and serial data.
- Model 907: A modular system based on PC/104 cards, typically installed in existing enclosures, with options for housings and pressure-tolerant configurations.
- Model 914: Compact, credit-card-sized boards ideal for small vehicles and tight spaces.
- Model 912: OEM converters in Eurocard sizes for 3U racks, used for boosting optical signals and converting between singlemode and multimode signals.
Technical Information
The catalog includes detailed technical information on the various models, including supported signal types, expansion options, and diagnostic features. Custom solutions are available to meet specific application requirements, such as different input power voltages, alternative fiber arrangements, and new mechanical installations.
The catalog includes detailed technical information on the various models, including supported signal types, expansion options, and diagnostic features. Custom solutions are available to meet specific application requirements, such as different input power voltages, alternative fiber arrangements, and new mechanical installations.
Applications
Moog's multiplexers are used in a wide range of applications, including subsea ROVs, explosive ordinance disposal robots, aerostat observational pods, industrial tooling stations, surveillance camera pods, remote mining controls, wind turbines, and military vehicles.
Moog's multiplexers are used in a wide range of applications, including subsea ROVs, explosive ordinance disposal robots, aerostat observational pods, industrial tooling stations, surveillance camera pods, remote mining controls, wind turbines, and military vehicles.
Technical Support
Moog provides comprehensive technical support, with contact information available for further assistance.
Moog provides comprehensive technical support, with contact information available for further assistance.
Model 903 Product Guide Overview
The Model 903 is a versatile system designed for high-density remote chassis applications, supporting a wide range of video and data formats. It integrates with the Model 907 and Model 914 architectures, adapting them into a Eurocard form-factor for various power inputs.
The Model 903 is a versatile system designed for high-density remote chassis applications, supporting a wide range of video and data formats. It integrates with the Model 907 and Model 914 architectures, adapting them into a Eurocard form-factor for various power inputs.
System Cards
System cards facilitate the integration of different models into Eurocard systems, supporting both AC and DC power inputs. Key cards include:
System cards facilitate the integration of different models into Eurocard systems, supporting both AC and DC power inputs. Key cards include:
- PSU-AC: Selectable AC Power Supply Module
- PSU-24V and PSU-48V: Isolated DC-DC Power Supply Cards
- 907-EURO4 and 914-EURO2: Adaptors for Eurocard systems
Adaptable Interface Boards (AIB)
AIB modules are compatible with multiple models and support various data signals and analog formats. They convert signal interfaces to TTL format for Eurocard backplane access.
AIB modules are compatible with multiple models and support various data signals and analog formats. They convert signal interfaces to TTL format for Eurocard backplane access.
Optical Cards
Optical systems use wavelengths of 1310 nm for uplink and 1550 nm for downlink, with CWDM options for larger systems. Redundant communication is ensured through fiber-optic splitters and switches.
Optical systems use wavelengths of 1310 nm for uplink and 1550 nm for downlink, with CWDM options for larger systems. Redundant communication is ensured through fiber-optic splitters and switches.
Form Factor and Chassis
The Model 903 uses a 3U Eurocard form factor, with expansion cards communicating over the Eurocard backplane. Various chassis widths are available.
The Model 903 uses a 3U Eurocard form factor, with expansion cards communicating over the Eurocard backplane. Various chassis widths are available.
Video and Data Specifications
Supports NTSC/PAL, RGB, S-Video, and HD-SDI formats. Ethernet options include full duplex 10/100/1000 Base-T(X) with low latency media converters.
Supports NTSC/PAL, RGB, S-Video, and HD-SDI formats. Ethernet options include full duplex 10/100/1000 Base-T(X) with low latency media converters.
Power and Diagnostics
Power options include AC and DC inputs with built-in protection. Diagnostics are supported via Ethernet or RS-232, with a built-in web server for monitoring.
Power options include AC and DC inputs with built-in protection. Diagnostics are supported via Ethernet or RS-232, with a built-in web server for monitoring.
903 Video/Data Multiplexer
The multiplexer provides reliable fiber optic transmission of video and data, supporting system expansion with CWDM and DWDM. It features extensive diagnostics and supports a wide range of applications, including ROVs and defense systems.
The multiplexer provides reliable fiber optic transmission of video and data, supporting system expansion with CWDM and DWDM. It features extensive diagnostics and supports a wide range of applications, including ROVs and defense systems.
903HD High Density Multiplexer
The 903HD offers a compact solution with the same capabilities as the standard 903, supporting high-quality video and data transmission in constrained spaces.
The 903HD offers a compact solution with the same capabilities as the standard 903, supporting high-quality video and data transmission in constrained spaces.
Environmental and Mechanical Specifications
Operational temperature ranges from -10°C to +60°C, with storage capabilities down to -20°C. The system is designed to withstand high humidity, vibration, and shock conditions.
Operational temperature ranges from -10°C to +60°C, with storage capabilities down to -20°C. The system is designed to withstand high humidity, vibration, and shock conditions.
Model 907 Overview
The document provides a detailed technical guide on the Model 907 multiplexer system, designed for transmitting video and data over optical links. It highlights the modular design, applications, and various components of the system.
The document provides a detailed technical guide on the Model 907 multiplexer system, designed for transmitting video and data over optical links. It highlights the modular design, applications, and various components of the system.
Specifications
The Model 907 is built for rugged applications such as ROVs, EOD robots, industrial automation, and defense systems. It supports a range of video formats (NTSC, PAL, RGB, S-Video) and data formats (RS-232, RS-485/422, Ethernet).
The Model 907 is built for rugged applications such as ROVs, EOD robots, industrial automation, and defense systems. It supports a range of video formats (NTSC, PAL, RGB, S-Video) and data formats (RS-232, RS-485/422, Ethernet).
Components
The system is composed of multiplexer motherboards, media converters, expansion cards, and system modules. Each component is designed to enhance the system's capability to handle different data and video transmission needs.
The system is composed of multiplexer motherboards, media converters, expansion cards, and system modules. Each component is designed to enhance the system's capability to handle different data and video transmission needs.
Motherboards
The motherboards can operate standalone or in a stack, supporting various video and data channels. They can be configured with CWDM transceivers for optical communication.
The motherboards can operate standalone or in a stack, supporting various video and data channels. They can be configured with CWDM transceivers for optical communication.
Media Converters
These cards convert electrical signals to optical signals, supporting formats like HD-SDI and Gigabit Ethernet. They can be used standalone or with CWDM optical transceivers for multiplexing.
These cards convert electrical signals to optical signals, supporting formats like HD-SDI and Gigabit Ethernet. They can be used standalone or with CWDM optical transceivers for multiplexing.
Expansion Cards
Up to six expansion cards can be added to increase data channels or support additional signal formats. They include RS-232, RS-485/422, audio, and control interface cards.
Up to six expansion cards can be added to increase data channels or support additional signal formats. They include RS-232, RS-485/422, audio, and control interface cards.
Optical Cards
These cards manage optical signal transmission, supporting WDM and CWDM technologies for efficient fiber-optic communication.
These cards manage optical signal transmission, supporting WDM and CWDM technologies for efficient fiber-optic communication.
Pressure Tolerant Versions
Specific Model 907 products are available for use in pressure-balanced oil-filled applications, suitable for deep-sea environments.
Specific Model 907 products are available for use in pressure-balanced oil-filled applications, suitable for deep-sea environments.
System Cards
These provide support functions like diagnostics, power supply, and mechanical integration into different form factors.
These provide support functions like diagnostics, power supply, and mechanical integration into different form factors.
Diagnostics
The system supports Ethernet diagnostics for real-time monitoring of optical and electrical parameters, with a GUI for data logging and alarms.
The system supports Ethernet diagnostics for real-time monitoring of optical and electrical parameters, with a GUI for data logging and alarms.
Key Specifications
- Form Factor and Mounting: Model 907 cards use a standard PC/104 form factor, measuring 3.55 x 3.775 inches. They are designed to stack vertically with backplane connectivity via a PC/104 connector. Custom enclosures are available.
- Video Support: Supports NTSC/PAL, RGB, S-Video, and YPbPr formats with 8-10-bit digitization and a 6 MHz bandwidth.
- Digital HD-SDI Video: Supports HD-SDI format with a data rate of 1.485 Gbps and 75 Ω impedance.
- Ethernet Options: Full duplex 10/100/1000 Base-T(X) Ethernet support with low latency media converters and GigE vision camera support.
- Data Options: Includes RS-232, RS-422/485, CAN Bus, and other signal support.
- Power: Requires +5 VDC input with protection against over-voltage and reverse polarity.
- Pressure Tolerance: Available for pressures up to 6000 psi.
- Optical Options: Supports singlemode and multimode fibers with a minimum flux budget of 20 dB.
- Diagnostics Support: Includes diagnostic data accessible via Ethernet and on-board LED diagnostics.
Model 907 Product Guide
- Description: The 907 video/data multiplexer provides digital transmission over optical fibers for video and data channels in a compact form factor. It supports expansion cards for additional data formats.
- Features: High-quality digitized video, rugged design, and support for various video and data formats.
- Benefits: Compact solution for space-limited applications, reconfigurable with expansion cards, and suitable for harsh environments.
- Typical Applications: Used in subsea ROVs, pipe inspection robots, bomb disposal robots, and armored vehicles.
Model 907 Datasheet
- Video: Supports 3 channels with NTSC/PAL formats and 8-10-bit digitization.
- Data: Includes RS-232 and RS-485/422 channels with expansion options.
- Optical: Supports singlemode and multimode fibers with a baud rate of 600 Mbaud.
- Electrical: Requires +5.0 VDC power supply with shared grounding.
- Mechanical: PC/104 form factor with custom enclosure options.
- Environmental: Operational temperature range of -10°C to +60°C, with pressure tolerance options.
Model 907PLUS
- Description: An enhanced multiplexer with additional video channels and integrated diagnostics.
- Features: Supports diagnostic communications, isolated data channels, and interchangeable optical transceivers.
- Benefits: Provides robust interfaces and simplifies troubleshooting with advanced diagnostics.
- Typical Applications: Used in ROVs, pipe inspection robots, video security systems, and tactical networks.
Model 907-GEM
- Description: A Gigabit Ethernet multiplexer for modular fiber optic telemetry solutions.
- Features: Provides four independent Ethernet links and supports various signal types.
- Benefits: Reduces cost and size, provides low latency, and supports expandable solutions.
- Typical Applications: Used in ROVs, Ethernet-based video systems, and industrial process control.
Mechanical Specifications:
- Dimensions: PC/104 form-factor
- Weight: 125 g (0.27 lb), including SFP
- Connectors: Dual LC (SFP) for optical, 4 x RJ-45 for Ethernet, 2-pin Molex for power
- Stacking: PC/104 for stacking 907 cards
- Dimensions: PC/104 form-factor
- Weight: 125 g (0.27 lb), including SFP
- Connectors: Dual LC (SFP) for optical, 4 x RJ-45 for Ethernet, 2-pin Molex for power
- Stacking: PC/104 for stacking 907 cards
Environmental Specifications:
- Operating Temperature: -10°C to +60°C
- Storage Temperature: -40°C to +85°C
- Humidity: 85% RH, non-condensing
- Vibration: 5 g, 25-1000 Hz, 3 axes
- Shock: 30 g, 11 ms half-sine, 3 axes
- Operating Temperature: -10°C to +60°C
- Storage Temperature: -40°C to +85°C
- Humidity: 85% RH, non-condensing
- Vibration: 5 g, 25-1000 Hz, 3 axes
- Shock: 30 g, 11 ms half-sine, 3 axes
907V Video Multiplexer:
- Provides digital transmission over singlemode optical fiber for 6 video channels
- Compatible with 907-DIAG-E diagnostics card and GUI software
- Supports a wide range of data formats and expansion cards
- Optical power budgets typically 20-26 dB with 10 km or more of singlemode fiber
- Provides digital transmission over singlemode optical fiber for 6 video channels
- Compatible with 907-DIAG-E diagnostics card and GUI software
- Supports a wide range of data formats and expansion cards
- Optical power budgets typically 20-26 dB with 10 km or more of singlemode fiber
Features and Benefits:
- High density of video channels in PC/104 size
- Reduces cost and number of cards for video applications
- Simplifies troubleshooting with advanced diagnostics
- Supports CWDM wavelengths
- High density of video channels in PC/104 size
- Reduces cost and number of cards for video applications
- Simplifies troubleshooting with advanced diagnostics
- Supports CWDM wavelengths
Typical Applications:
- Remotely Operated Vehicles (ROVs)
- Pipe Inspection Robots
- Bomb Disposal Robots
- Video Security Systems
- Tactical Networks
- Remotely Operated Vehicles (ROVs)
- Pipe Inspection Robots
- Bomb Disposal Robots
- Video Security Systems
- Tactical Networks
907-HDM2 Dual High Definition Video Multiplexer:
- Transmits up to two HD-SDI camera signals
- Supports dual HD inputs with cable equalization and reclocking
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Rugged design for harsh environments
- Transmits up to two HD-SDI camera signals
- Supports dual HD inputs with cable equalization and reclocking
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Rugged design for harsh environments
907-SER 8-Channel Serial Data Expansion Card:
- Adds channel capacity with 8 RS-232/485 serial data channels
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Provides isolated data channels for robust interface
- Adds channel capacity with 8 RS-232/485 serial data channels
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Provides isolated data channels for robust interface
907-ECL (Sonar) Emitter Coupled Logic Media Converter:
- Provides optical transmission of high-speed data formats for sonars
- Supports single-ended and differential ECL/PECL signals
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Provides optical transmission of high-speed data formats for sonars
- Supports single-ended and differential ECL/PECL signals
- Compatible with 907-DIAG-E diagnostic card and GUI software
907-HDV (HD-SDI) High Definition Video Media Converter:
- Transmits a single digital HD video channel over fiber
- Supports SMPTE-292M (HD-SDI) and SMPTE-259M (SD-SDI) standards
- Compatible with 907-DIAG-E diagnostic card and GUI software
- Transmits a single digital HD video channel over fiber
- Supports SMPTE-292M (HD-SDI) and SMPTE-259M (SD-SDI) standards
- Compatible with 907-DIAG-E diagnostic card and GUI software
Model 907 Datasheet Summary
Video Specifications:
- Channels: 1
- Format: HD-SDI (720p, 1080i, 1080p), SD-SDI (480p)
- Data Rate: HD-SDI at 1.483/1.485 Gbps, SD-SDI at 143/177/270/360 Mbps
- Impedance: 75 Ohms
- Latency: Less than 1 μs (excluding fiber)
Optical Specifications:
- Fiber: Singlemode (9/125 μm)
- Baud Rate: 143 - 1485 Mbaud
- Wavelength: 1310 nm standard, CWDM optional
- Flux Budget: Greater than 20 dB (24 dB typical)
Electrical Specifications:
- Power Voltage: +5.0 VDC ±10%
- Power Current: 0.5 A typical (0.7 A max.)
- Power Used: 2.5 W typical (3.5 W max.)
Mechanical Specifications:
- Dimensions: PC/104 form-factor
- Weight: Less than 120 g
Environmental Specifications:
- Temperature: Operational -10°C to +60°C, Storage -40°C to +85°C
- Humidity: 85% RH, non-condensing
- Vibration: 5 g, 25 - 1000 Hz, 3 axes
- Shock: 30 g, 11 ms half sine, 3 axes
Model 907-GBE Gigabit Ethernet Media Converter:
- Transfers Ethernet data at 1000 Mbps over singlemode fiber
- Compatible with 10/100/1000 Mbps copper links
- Features interchangeable SFP transceivers
- Applications include ROVs, pipe inspection robots, and video security systems
Model 907-GBE2 Dual Gigabit Ethernet Media Converter:
- Two independent Ethernet ports with a single optical transceiver
- Supports multimode fiber with lower optical rate settings
- Applications include sonar devices and tactical networks
Model 907-GBES Gigabit Ethernet Switch Media Converter:
- 4-port switched Ethernet interface
- Supports 10/100/1000 Mbps devices
- Applications include industrial process control and defense systems
Model 907-DIAG-E Diagnostics Card:
- Provides real-time diagnostic information
- Configurable IP address for networked applications
- Applications include ROVs and tactical networks
Model 907-CWDM Coarse Wave Division Multiplexers:
- Combines multiple media converters onto a single fiber-optic cable
- ITU-T G.694.2 compliant
Overview: The document provides detailed technical specifications and applications for Moog's optical products, including the Model 907, 912, and related components. These products are designed for use in harsh environments and offer modular, high-reliability solutions for optical data transmission and conversion.
Model 907 CWDM:
- Features: Modular design, passive optics, compatibility with Model 907 products, available in 2, 4, or 8-channel versions, rugged design.
- Benefits: Reduces fiber requirements, allows for future upgrades.
- Applications: ROVs, HD camera systems, sonar systems, defense networks.
- Specifications: Singlemode and multimode fiber types, various center wavelengths, channel spacing of 20 nm, isolation > 30 dB, return loss > 45 dB, insertion loss varies by channel count.
- Environmental: Operational temperature 0°C to +70°C, storage -40°C to +85°C, vibration and shock resistant.
Model 907-FOS Fiber Optic Switch:
- Description: A 2x1 fiber-optic switch for creating redundant paths in optical data links.
- Features: Supports ITU-T G694.2 CWDM wavelengths, manual or TTL control, singlemode or multimode versions.
- Benefits: Improves system reliability, allows remote selection of active fiber.
- Applications: ROVs, inspection robots, security systems.
- Specifications: Return loss > 40 dB, insertion loss < 1.0 dB, switching time < 100 ms.
Model 912 OEO Converters:
- Description: Optical/Electrical/Optical converters for signal conversion, boosting, and multiplexing.
- Features: Modular design, supports various data formats and rates, link diagnostic monitoring.
- Benefits: Extends transmission distances, reduces fiber requirements, improves signal integrity.
- Applications: Optical repeating, wavelength conversion, fiber-type conversion.
- Specifications: Supports 850 nm, 1310 nm, 1550 nm, and CWDM wavelengths, environmental stress screening, MTBF of 200,000 hours.
Model 912-OEO-4R:
- Description: A 4-channel OEO wavelength converter with re-clocking for reducing jitter.
- Features: Built-in clock recovery, modular design, supports various data formats.
- Benefits: Extends operating distance, reduces fiber requirements, increases optical power budgets.
- Applications: Industrial process control, FPSO data systems, telemetry extenders.
- Specifications: 4 wavelengths, baud rate 125 – 3125 Mbaud, latency <10 ns, operational temperature 0°C to +50°C.
Model 912-OEO-8 Overview
The Model 912-OEO-8 is an Optical-Electrical-Optical (OEO) signal converter designed for optical wavelength conversion, signal boosting, and multiplexing. It combines signals from eight fibers into one, enhancing the optical power budget to extend signal range or pass through high-loss systems. It is suitable for FPSO units, optical data networks, and security networks.
The Model 912-OEO-8 is an Optical-Electrical-Optical (OEO) signal converter designed for optical wavelength conversion, signal boosting, and multiplexing. It combines signals from eight fibers into one, enhancing the optical power budget to extend signal range or pass through high-loss systems. It is suitable for FPSO units, optical data networks, and security networks.
Key Features
- Modular 3U Eurocard design
- Supports various data formats: Ethernet, ATM, SONET, Fibre Channel, SDI/HD-SDI
- Basic diagnostics via LEDs
- 20-year MTBF
- Custom enclosures available
Benefits
- Extends operating distance of optical equipment
- Reduces fiber requirements
- Increases optical link robustness
Specifications
- 8 channels, 125-3125 Mbaud
- Singlemode/multimode fiber
- Input wavelengths: 850, 1310/1550 nm; Output: CWDM 1471-1611 nm
- Power: +5.0 VDC, 5 W typical
- Dimensions: 100 mm x 160 mm
- Operational temperature: 0°C to +50°C
Model 914 Overview
The Model 914 is a media converter and multiplexer for transferring video, Ethernet, and serial data over fiber-optic channels. It is designed for harsh environments and is used in ROVs, robots, and defense systems.
The Model 914 is a media converter and multiplexer for transferring video, Ethernet, and serial data over fiber-optic channels. It is designed for harsh environments and is used in ROVs, robots, and defense systems.
Key Features
- Standalone multiplexer with small profile
- High-speed RS-485/422
- Expansion port for additional data channels
- Bidirectional video option
Specifications
- Video: 1 channel, NTSC/PAL, 10-bit digitization
- Data: RS-232, RS-422/485, up to 5 Mbaud
- Optical: Singlemode/multimode, 1310/1550 nm
- Power: +5 VDC, <3 W typical
- Environmental: -40°C to +85°C, MIL-STD-167-1 vibration
Applications
- Subsea ROVs
- Pipe inspection robots
- Security and defense
Model 914-HDM High Definition Video Multiplexer
Description: The 914-HDM is a high-definition video multiplexer designed for transmitting HD-SDI camera signals along with two serial channels for camera controls and sensors. It supports optical transmission of HD-SDI input signals with full 4:2:2 sampling.
Description: The 914-HDM is a high-definition video multiplexer designed for transmitting HD-SDI camera signals along with two serial channels for camera controls and sensors. It supports optical transmission of HD-SDI input signals with full 4:2:2 sampling.
Features:
- On-board diagnostic LEDs for power, optical link, and video sync.
- Includes cable equalization and re-clocking for improved signal recovery.
- Interchangeable SFP optical transceiver.
- Two bidirectional serial channels (RS-232 or RS-485).
Benefits:
- Reduces cost and size for systems needing combined data and HD video.
- Supports a wide range of optical options.
- Extends digital video transmission up to 10 km.
Typical Applications: ROVs, pipe inspection robots, bomb disposal robots, video security systems, tactical networks, and remote HD video for television.
Specifications:
- Video: 1 channel, HD-SDI format, 1.483/1.485 Gbps data rate.
- Data: 2 channels, RS-232/RS-485 format.
- Optical: Singlemode fiber, 2.5 Gbaud baud rate.
- Electrical: +5.0 VDC power voltage, 5 W typical power usage.
- Environmental: Operational temperature -10°C to +60°C.
Model 914-HDV High Definition Video Media Converter
Description: The 914-HDV is an electro-optical device for transmitting HD video over singlemode fiber, offering a compact solution for HD-SDI to fiber conversion.
Description: The 914-HDV is an electro-optical device for transmitting HD video over singlemode fiber, offering a compact solution for HD-SDI to fiber conversion.
Features:
- Video input includes cable equalizer.
- Upgrade available for 1080p 3G-SDI compatibility.
- Rugged design for marine environments.
Benefits:
- Simplified interfaces for minimal configuration.
- Extremely small size for compact installations.
Typical Applications: ROVs, pipe inspection robots, bomb disposal robots, video security systems, tactical networks, and industrial process control.
Specifications:
- Video: 1 channel, HD-SDI format, 1485 – 2970 Mbps data rate.
- Optical: Singlemode fiber, 1.485 Gbaud baud rate.
- Electrical: +5.0 VDC power voltage, 4 W typical power usage.
- Environmental: Operational temperature -10°C to +60°C.
Model 914-GBE Gigabit Ethernet Media Converter
Description: The 914-GBE converts Ethernet from RJ-45 to optics and vice versa, within a compact form-factor.
Description: The 914-GBE converts Ethernet from RJ-45 to optics and vice versa, within a compact form-factor.
Features:
- Low latency with no switch buffer delays.
- Compatible with 10/100/1000 Mbps copper links.
- Rugged design for harsh environments.
Benefits:
- Fast response for time-critical links.
- Backwards compatible with legacy links.
Typical Applications: ROVs, pipe inspection robots, bomb disposal robots, video security systems, tactical networks, and industrial process control.
Specifications:
- Data: 1 copper port, 10/100/1000 BASE-T(X) Ethernet.
- Optical: Singlemode fiber, 1.25 Gbaud baud rate.
- Electrical: +5 VDC power supply, 4 W typical power usage.
- Environmental: Operational temperature -20°C to +60°C.
Market Specific Products
Moog offers market-specific products that provide tailored configurations for unique applications, maintaining the advantages of product standardization while meeting specific requirements such as redundancy, reduced size, and specialized packaging. These products are designed for high reliability and fault tolerance, suitable for applications like subsea controls and wind energy.
Moog offers market-specific products that provide tailored configurations for unique applications, maintaining the advantages of product standardization while meeting specific requirements such as redundancy, reduced size, and specialized packaging. These products are designed for high reliability and fault tolerance, suitable for applications like subsea controls and wind energy.
Model 920-EDM Ethernet and Data Multiplexer
Description: The 920-EDM combines Ethernet and CAN Bus channels on a single fiber-optic link, reducing system costs and space requirements.
Description: The 920-EDM combines Ethernet and CAN Bus channels on a single fiber-optic link, reducing system costs and space requirements.
Features:
- Multiplexes Ethernet and CAN Bus on the same optical link.
- Diagnostics via Modbus link on an independent Ethernet port.
- Low and deterministic latency for real-time protocols.
Benefits:
- Replaces multiple media converters with a single module.
- Supports multiple real-time protocols.
Typical Applications: Wind energy, industrial controls, remote tooling stations, and sensor monitoring systems.
Specifications:
- Ethernet: 3 copper ports, 10/100 Base-T(X) and 10/100/1000 Base-T(X).
- CAN Bus: 1 channel, 125/250/500 kbps data rate.
- Optical: Multimode fiber, 625 Mbaud or 2.5 Gbaud baud rate.
- Electrical: +24V power voltage, 5 W typical power usage.
- Environmental: Operational temperature -10°C to +70°C.
Overview
The document provides a detailed description of the Model 922, a high-reliability fiber-optic Ethernet switch designed for subsea control and communication applications. It includes specifications, features, benefits, and typical applications of the product.
The document provides a detailed description of the Model 922, a high-reliability fiber-optic Ethernet switch designed for subsea control and communication applications. It includes specifications, features, benefits, and typical applications of the product.
Specifications
- Ethernet Ports: 5 copper ports and 2 optical ports.
- Data Rates: 10/100 Base-T(X) for copper, 100 Base-FX for optical.
- Optical Wavelengths: Standard 1310 and 1550 nm, with CWDM options from 1471 to 1611 nm.
- Power Requirements: +20 to +28 VDC, 0.2 A typical current.
- Environmental Conditions: Operational temperature range from -18°C to +70°C, storage from -40°C to +85°C.
- Reliability: MTBF > 200,000 hours at +40°C.
Features
- Redundant, pluggable optical transceivers with automatic fiber switchover.
- Managed switch functions including VLAN, QoS, and port-based rate limiting.
- Advanced diagnostics and modem configuration using Modbus TCP.
- 3U Eurocard form-factor with options for front panels and heat-sinks.
Benefits
- Optimized for subsea controls with customizable configurations.
- Cost-effective through standard base configurations.
Applications
- Subsea controls with long fiber-optic links to Subsea Electronics Modules (SEMs).
- Custom multiplexers for OEM systems and special applications.
Custom Multiplexer Products
Moog offers custom-designed multiplexer products tailored to specific OEM systems and applications. These products are designed for high reliability in harsh environments and support a wide range of signal types, including video, network/bus, data, and analog signals.
Moog offers custom-designed multiplexer products tailored to specific OEM systems and applications. These products are designed for high reliability in harsh environments and support a wide range of signal types, including video, network/bus, data, and analog signals.
Technical Innovation
Moog emphasizes miniaturization and design flexibility using FPGAs, offering a range of multiplexer products with advanced diagnostics and health monitoring. The systems are designed for high reliability with features like redundant optical transceivers and robust transmission protocols.
Moog emphasizes miniaturization and design flexibility using FPGAs, offering a range of multiplexer products with advanced diagnostics and health monitoring. The systems are designed for high reliability with features like redundant optical transceivers and robust transmission protocols.
Key Specifications
Custom multiplexers support various signal types and can be modified for different performance and regulatory standards, including extended temperature ranges, shock and vibration resistance, and EMI/EMC compliance.
Custom multiplexers support various signal types and can be modified for different performance and regulatory standards, including extended temperature ranges, shock and vibration resistance, and EMI/EMC compliance.
Fiber-Optic Media Conversion and Multiplexing
Fiber-optic communications offer advantages such as higher bandwidth, lower attenuation, smaller size, and better EMI performance compared to copper data transmission. These benefits make fiber-optic telemetry links standard in subsea markets for applications like ROVs.
Fiber-optic communications offer advantages such as higher bandwidth, lower attenuation, smaller size, and better EMI performance compared to copper data transmission. These benefits make fiber-optic telemetry links standard in subsea markets for applications like ROVs.
Introduction
This document discusses advancements in fiber-optic technology for Remotely Operated Vehicles (ROVs), highlighting the benefits of reduced size and weight compared to copper cables, and the ability to support higher data rates and future expansions.
This document discusses advancements in fiber-optic technology for Remotely Operated Vehicles (ROVs), highlighting the benefits of reduced size and weight compared to copper cables, and the ability to support higher data rates and future expansions.
Media Conversion
Media converters are used to convert electrical signals to optical signals for transmission over fiber, offering low latency and supporting high data rate signals. Common signals include Ethernet, HD-SDI, and coaxial ECL/PECL.
Media converters are used to convert electrical signals to optical signals for transmission over fiber, offering low latency and supporting high data rate signals. Common signals include Ethernet, HD-SDI, and coaxial ECL/PECL.
Multiplexing
Multiplexing combines multiple signals into a single optical fiber link using techniques like Time Division Multiplexing (TDM) and Wavelength Division Multiplexing (WDM). TDM organizes data into frames with specific time slots, while WDM uses different wavelengths for signal transmission.
Multiplexing combines multiple signals into a single optical fiber link using techniques like Time Division Multiplexing (TDM) and Wavelength Division Multiplexing (WDM). TDM organizes data into frames with specific time slots, while WDM uses different wavelengths for signal transmission.
Time Division Multiplexing (TDM)
TDM converts multiple input signals into a high data rate serial stream using a serializer-deserializer (SERDES). It supports various signal types, including video and serial data, by assigning bits per frame based on data rate.
TDM converts multiple input signals into a high data rate serial stream using a serializer-deserializer (SERDES). It supports various signal types, including video and serial data, by assigning bits per frame based on data rate.
Wavelength Division Multiplexing (WDM)
WDM combines multiple signals using different wavelengths. It uses passive optical couplers and supports bidirectional data links. Coarse Wavelength Division Multiplexing (CWDM) allows up to 18 wavelengths on a single fiber, while Dense Wavelength Division Multiplexing (DWDM) supports even higher channel densities.
WDM combines multiple signals using different wavelengths. It uses passive optical couplers and supports bidirectional data links. Coarse Wavelength Division Multiplexing (CWDM) allows up to 18 wavelengths on a single fiber, while Dense Wavelength Division Multiplexing (DWDM) supports even higher channel densities.
Sample Multiplexer System
A sample system combines TDM and CWDM technologies, supporting large data capacities with modularity. It can handle up to 32 video channels and over 400 serial channels using Model 907+ multiplexer cards.
A sample system combines TDM and CWDM technologies, supporting large data capacities with modularity. It can handle up to 32 video channels and over 400 serial channels using Model 907+ multiplexer cards.
Other Products Offered
Moog Components Group offers a range of products including slip rings, fiber optic rotary joints, motors, resolvers, actuators, fluid rotary unions, and custom solutions. These products cater to various applications in motion technology, fiber optics, and more.
Moog Components Group offers a range of products including slip rings, fiber optic rotary joints, motors, resolvers, actuators, fluid rotary unions, and custom solutions. These products cater to various applications in motion technology, fiber optics, and more.
Contact Information
Contact details for Moog Components Group offices in the Americas, UK, Europe, and Asia-Pacific are provided for further inquiries.
Contact details for Moog Components Group offices in the Americas, UK, Europe, and Asia-Pacific are provided for further inquiries.
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Catalog excerpts
Fiber Optic Multiplexer Catalog Product Line
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Moog has been developing rugged, subsea fiber-optic multiplexer systems for over 25 years. The expertise gained designing military telemetry systems for naval towed arrays in the 1980s led to several successful commercial product lines for video/data multiplexing in Remotely Operated Vehicles (ROVs). Standard multiplexer systems are now available in several sizes, ranging from the Eurocard-based Model 903 system to smaller form factors, such as the PC/104-based Model 907 and credit-card-size Model 914. All systems are based on digital signal transmission using pulses of light through optical...
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Welcome to the Moog Components Group Focal™ Fiber Optic Multiplexer Catalog. The fiber optic multiplexer literature, of which the catalog is a part, is organized in such a way as to make finding the information you need quick and easy. The catalog is structured into a selection guide, product guides, datasheets, and technical Other literature on Focal™ multiplexer products, such as user manuals, configuration drawings, 3D models, market guides, technology briefs and application notes, can be found at www.moog.com/marine (select Focal™ Fiber Optic Multiplexers), or by contacting a sales Multiplexer...
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Product Selection Guide A wide variety of signal types are supported by Moog’s Focal™ multiplexers and OEO converters, per the tables below. Custom solutions provide support for additional signal formats or unique combinations of standard protocols. Application specific products may be customized to reduce size or cost, optimize packaging, extend environmental performance, and integrate more directly with other equipment. Since new products are continually added, please contact Moog for updates. Model Sensor (Voltage Output) Component (YPbPr, RGB) Model 903 - 3U Eurocard-based modular system...
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Model 903 Multiplexer Product Guide Model 903 Model 907 Model 912 The Focal™ Model 903 product family provides a rugged video/data multiplexer and fiber optic communication system for Remotely Operated Vehicles (ROVs) and other industrial machines operating in harsh environments. A rack based 3U height (5.25 inch) Eurocard system with a flexible architecture that supports reconfiguration and expansion of the system to meet application specific requirements. Expansion cards include analog video, serial data, Ethernet, sonar, and others. Media converter cards are available for HD video and Gigabit...
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Model 903 Product Guide Fiber-Optic Motherboards (FMB) A Model 903 system contains one remote (subsea) FMB and one console (surface) FMB. The FMB converts electrical signals from a Eurocard backplane into a bidirectional fiber-optic telemetry link. Expansion cards (also called interface boards) can be added to the chassis for analog video, Ethernet, serial data such as RS-232 and RS-485/422, and many special signal formats for sonars, responder triggers, and other devices. HOST ELECTRONICS MULTIPLE VIDEO OPTICAL FIBER VIDEO EXPANSION CARD FIBER-OPTIC MOTHERBOARD (FMB) VIDEO EXPANSION CARD MULTIPLE...
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Model 903 Product Guide Chassis and Backplanes Model 903 FMBs, media converters, expansion cards and system cards are housed in a Eurocard chassis. The backplane allows for communication between the FMB and the expansion cards. The backplane can also provide power to the installed cards. All chassis are available in a variety of widths to accommodate one FMB, up to two video and four data expansion cards. Cards come in standard widths of 4 HP, 6 HP, or 8 HP, where 1 HP is 5.08 mm (0.2 inch). Chassis are also available with additional slots for media converters. Dual High Density Remote Chassis...
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Model 903 Product Guide Media Converter Cards Media converter cards provide direct electrical to optical signal conversion and transmit over one or two dedicated optical fibers. A number of signal formats are supported, including ECL/PECL signals for Cypress HOTLink™ and multi-beam sonar links; high-definition digital video (SMPTE-292); and one, two, and four channels of Gigabit Ethernet. HD-SDI MEDIA CONVERTER HOST ELECTRONICS GIGABIT ETHERNET MEDIA CONVERTER HOST ELECTRONICS OPTICAL FIBER HD-SDI MEDIA CONVERTER OPTICAL FIBER GIGABIT ETHERNET MEDIA CONVERTER Media converters may be deployed...
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Model 903 Product Guide Expansion Cards A maximum of four data expansion cards and two analog video expansion cards can be added to a 903 chassis. An Adaptable Interface Board (AIB) expansion card allows standard AIB plug-in modules to be employed as well. On-board Data Channels VIB-TX VIB-RX 4-Channel Video Expansion Card High-Density Video/Data Expansion Card1 Adaptable Interface 4-Channel Expansion Card Control Interface Expansion Card Bidirectional Channels (ON/OFF) Ethernet Expansion Card Supported Data Formats Market Specific Video Channels Supported Video Formats Part Number Expansion...
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Model 903 Product Guide System Cards System cards provide the support required to adapt the Model 903 architecture to many different applications. These cards provide mechanical integration of the Model 907 and Model 914 into Eurocard form-factor, and operation with a wide range of AC or DC input power. Isolated DC-DC Power Supply Card for 18-36 VDC Input Isolated DC-DC Power Supply Card for 36-60 VDC Input Part Number Supports 115/230 VAC input, provides backplane power Supports 18-36 VDC input, provides backplane power Supports 36-60 VDC input, provides backplane power Allows use of one Model...
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Model 903 Product Guide Adaptable Interface Boards (AIB) AIB plug-in modules are compatible with the Model 903, the Model 907, and the Model 914 product lines. The AIB-4 has four sockets for separate AIB plug-in modules. AIB plug-in modules are available for a variety of data signals and analog formats. Model 903 Model 907 Model 912 903-AIB Supports Four AIB Plug-in Modules AIB plug-in modules are used to convert the signal interface format to a TTL format, which is then accessed through the Eurocard backplane. AIB plug-ins support standard serial data interfaces (RS-232/485/422), hydrophone...
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