Finisar FTLX8512D3BCL 300m 10Gb/S 850nm Multimode Datacom XFP Optical Transceiver Module

Product Description: Finisar FTLX8512D3BCL Optical Module

The Finisar FTLX8512D3BCL optical module stands as an advanced and high-performance Small Form-Factor Pluggable (SFP) transceiver, meticulously designed to provide efficient and reliable fiber optic connectivity across diverse networking applications. Its features are crafted to align with contemporary technological demands, making it a seamless fit for data centers, enterprise networks, and telecommunications setups.

Key Features:

1. Impressive Data Transmission: Sporting remarkable data transmission capabilities, the FTLX8512D3BCL optical module supports speeds of up to 10.3 Gbps (Gigabits per second). This capacity empowers it to facilitate rapid data transfers, support bandwidth-intensive tasks, and accommodate high-speed communication needs.

2. Optimized Fiber Connectivity: Operating on single-mode fiber (SMF), the module is tailored for long-range data transmission with minimal signal degradation. Its operation at a wavelength of 1310 nm is engineered to ensure top-notch performance across varied networking scenarios.

3. Seamless Hot-Pluggable Design: The FTLX8512D3BCL module features a hot-pluggable form factor, streamlining installation and replacement procedures while minimizing disruption to ongoing network operations. This inherent flexibility plays a crucial role in reducing downtime during maintenance and upgrades.

4. Broad Compatibility: The module's compatibility spans a wide range of networking devices including switches, routers, and storage equipment designed to accommodate SFP transceivers. This compatibility ensures an easy and harmonious integration into your existing network infrastructure.

5. Duplex LC Connector for Reliability: Equipped with a duplex LC connector, the FTLX8512D3BCL module guarantees a secure and reliable connection to fiber optic cables. This design detail minimizes signal loss, ensuring stable data transmission under varying conditions.

6. Digital Optical Monitoring (DOM) Support: Supporting DOM functionalities, the FTLX8512D3BCL module facilitates real-time monitoring and reporting of critical optical parameters. These parameters include temperature, received power, and transmitted power, enabling proactive maintenance and streamlined troubleshooting.

7. Energy-Efficient by Design: Crafted with energy efficiency in mind, the FTLX8512D3BCL contributes to reduced power consumption and heat generation. This aspect aligns seamlessly with contemporary networking's sustainability and resource conservation goals.

8. Robust Performance Across Environments: With the ability to operate effectively across a broad temperature range, the module maintains consistent performance even in the face of challenging environmental conditions—a trait that makes it suitable for a range of networking settings.

Applications:

The Finisar FTLX8512D3BCL optical module finds applications across a spectrum of networking scenarios, including:

• Data Centers: It plays a pivotal role in establishing high-speed connections between switches, routers, and servers within data centers. This ensures efficient data exchange, rapid data processing, and peak data center performance.

• Enterprise Networks: The module supports dependable connections across enterprise-level networking equipment, facilitating high-speed and reliable data transmission between various departments and locations.

• Telecommunications: The FTLX8512D3BCL module shines in telecommunications networks, forging robust connections between network nodes and ensuring steadfast voice, data, and video communication.

For comprehensive technical specifications and in-depth insights into the Finisar FTLX8512D3BCL optical module, please consult the official datasheet provided by Finisar. This document serves as a comprehensive resource, providing detailed information on features, performance characteristics, and operational particulars, aiding in making well-informed decisions for your networking needs.