The F-4SDI-3G-GET-TXRX is a flexible system that allows customers to send 4 unique 3G SDI video signals and bi-directional Gigabit Ethernet over a single fiber link, with distances 20,40,80 and 120Km ( model dependent). This makes it perfect for real-time applications like live broadcast or video transmission over long distances.
Send Video and Extend LAN Simultaneously: You can use this system to transport live video (3G-SDI) from Point A to Point B, while at the same time extending your LAN network over the same fiber connection. This means you can connect computers, routers, or any IP-enabled devices alongside your video signals.
Example Use Case: For instance, at a remote location, a video camera can send live footage back to the studio (3G-SDI), while a PC or networked device can send or receive data (Gigabit Ethernet) over the same fiber. Both video and data travel securely and efficiently over the same link.
Supports Serial Digital Signals up to 3.0 Gbps: Transports 4 unique 3G SDI video signals and bi-directional Gigabit Ethernet over a single fiber, making it ideal for simultaneous video and data transmission.
Transmitter and Receiver Kit: The F-4SDI-3G-GE-TXRX comes as a complete kit, including both the transmitter (Tx) and receiver (Rx) units, ensuring seamless end-to-end video and Ethernet transport.
Single Optical Fiber for Video and Ethernet: Available with internal optics for use with a single optical fiber, simplifying installation and reducing costs by combining both video and Ethernet transport on the same link.
Compatibility with CWDM Bands: Works with standardized CWDM channels, ensuring compatibility with other CWDM-based systems like Python™. This allows easy integration into existing networks or systems.
Passes SDI Embedded Audio and Ancillary Data: Transports SDI embedded audio and all ancillary data along with the video signal, providing a comprehensive solution for professional broadcast and live production applications.
Input Equalization and Reclocking for SDI: Features input equalization and reclocking for SDI video, ensuring clean, stable video signals on all buffered outputs—even over long distances.
Customizable for Bi-Directional Transport: The system can be configured for bi-directional transport of up to 16 total channels, allowing flexibility to handle multiple video and Ethernet signals in both directions over the same fiber.
Real-Time LED Indicators: Equipped with real-time status LED indicators for input signal detect, optical link, and Ethernet connectivity, making it easy to troubleshoot and monitor system performance.
Ethernet Port – Works as an unmanaged pass-through transceiver. It is not addressable with an IP address and essentially simulates an Ethernet extension cable over fiber, providing seamless Ethernet transport without the need for network configuration.
F-4SDI-3G-GET--TXRX-XX XX -40,80,120Km -40,80,120Km version -Custome order only
*All Specifications Subject to Change Without Notice | |||
Optical Characteristics |
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1310 nm CWDM Band
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Single Mode ONLY | ||
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Up to 4.25 Gbps (Model Specific) | ||
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DFB Laser Module - CWDM | ||
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15 dB - Standard 30 dB - Long Range |
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ST/PC - Standard | ||
Electrical Characteristics | |||
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Any Serial Digital Signal up to 3.0 Gbps | ||
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1.00 V Peak to Peak | ||
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75 Ohm | ||
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BNC - 75 Ohm RJ45 Port – Supports 10/100/1000 Mbps Gigabit Ethernet Interface – Unmanaged |
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Mechanical/Environmental | |||
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480mm x 225mm x 88mm | ||
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8-15lb - Depending On Configuration | ||
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Operating: -10C to + 55C Storage: -30C to + 70C |
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0 to 95%, non-condensing | ||
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100 - 240 VAC Auto Switching PSU 10 - 30 Watt Depending On Configuration |
1 Channel HD-SDI High Definition serial data over fiber. These units can also be customized with different lasers for transport distances of up to 150km. We can also incorporate CWDM or DWDM optics for high density systems.
This model, F-8SDI-3G-LOOP-TX/RX, is an 8-channel SD HD 3G fiber optic transmitter and receiver with SDI signal loop-out. The receiver also has primary outputs and mirrored secondary outputs, allowing connection to two different monitors. It is a very convenient way for SDI signal monitoring or retransmission to other locations.