155M Single Fiber BIDI 1x9 Transceiver - 20km FC Connector RoHS

 Product Features

• Compact 1x9 Form Factor with FC Connector: This transceiver comes in a industry-standard 1x9 package, featuring a robust FC fiber optic connector. This design ensures secure physical connection and reliable performance in various networking environments, making it a versatile plug-and-play module.

• Dual Wavelength Bi-Directional Operation: Engineered for efficient single-fiber transmission, it offers two wavelength configurations: 1310nm FP Laser Tx / 1550nm PIN Rx and 1550nm FP Laser Tx / 1310nm PIN Rx. This flexibility allows for optimized wavelength division multiplexing (WDM) in your network planning, enabling two-way communication over a single strand of fiber.

• Stable 20km Reach over Single-Mode Fiber: Guaranteeing a 20km transmission distance on SMF (Single-Mode Fiber), this module delivers stable and loss-minimized data transfer, ideal for connecting remote network points and expanding your network's coverage reliably.

• Simplified +3.3V Single Power Supply: Designed for easy integration and energy efficiency, it operates on a single +3.3V power supply. This simplifies your system's power design and reduces overall operational costs, making it a low-power consumption solution.

• LVPECL Compatible Electrical Interface: It features an LVPECL compatible interface for data input and output, ensuring high-speed signal integrity, low jitter, and seamless compatibility with a wide range of standard networking equipment.

• Enhanced Reliability with Low EMI & ESD Protection: Built with superior electromagnetic interference (EMI) suppression and excellent ESD protection circuits. This robust construction significantly enhances the module's durability and reliability in electrically noisy environments, minimizing downtime.

• Compliant with IEC-60825 Laser Safety Standard: This optical transceiver is fully compliant with the international laser safety standard IEC-60825, ensuring it meets stringent eye safety requirements and provides a safe operating solution for both installers and end-users.

• RoHS Certified Eco-Friendly Design: As a manufacturer committed to environmental responsibility, we ensure this product is compatible with RoHS directives, restricting the use of hazardous substances, making it a green and sustainable choice for your business.

Application Scenarios

• Fiber-to-the-Home (FTTH) Access Networks: Perfect for providing the final leg of connectivity in FTTH architectures, connecting subscribers to the central office or optical line terminal (OLT) over a single fiber, effectively doubling the capacity of the existing fiber plant.

• Metro-Access and Telecommunications Networks: Well-suited for metro access networks and telecom infrastructure, supporting 155Mbps (STM-1/OC-3) data links for cell site backhaul, point-to-point connections, and network edge aggregation over a 20km transmission distance.

• SDH/SONET Transmission Systems: A reliable component for Synchronous Digital Hierarchy (SDH) and Synchronous Optical Networking (SONET) systems, ensuring stable and compliant performance for legacy and modernized network rings.

• Enterprise and Campus Data Links: An excellent choice for interconnecting buildings within enterprise networks or campus environments, supporting data, voice, and video services with high reliability and low power consumption.

• Industrial Control and Monitoring Systems: Its robust design, featuring low EMI and excellent ESD protection, makes it suitable for harsh environments like industrial automation, remote monitoring, and SCADA systems, where signal integrity is critical.

• Bandwidth Optimization Projects: The core enabler for Wavelength Division Multiplexing (WDM) over a single fiber, this transceiver is key for network upgrades and bandwidth optimization projects, allowing service providers to maximize their infrastructure investment without laying new cables.

 Technical Indexes 

Absolute Maximum Ratings

Operation Environment

Transmitter Section

Receiver Section

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 Aplication

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