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Product Overview |
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The FWLF1634RL33 Finisar transceiver module enables 4.25Gbps data transmission over single-mode fiber and is designed primarily for 1000Base-ZX Ethernet applications. It fits into network hardware requiring long-range communication and compatibility with DWDM systems operating at 1550.92nm, making it suitable for dense fiber deployments and extended distance links. |
General Information |
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| Brand | Finisar |
| Part Number | FWLF1634RL33 |
Technical Information |
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| Form Factor | SFP |
| Media | SMF |
| Type | DFB |
| Protocols | 1000Base-ZX,DWDM |
| Connector | LC Duplex |
Physical Characteristics |
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| Weight | 3.00 |
| Condition | Refurbished |
Product Description |
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This Finisar transceiver module operates at 4.25Gbps, ideal for long-distance Ethernet communication using the 1000Base-ZX standard. It's commonly used in fiber optic networks where dense wavelength division multiplexing (DWDM) is required to maximize bandwidth over single-mode fiber. Built for network professionals managing metropolitan or campus networks, it fits into systems needing stable, high-speed connections over extended distances. The module's wavelength of 1550.92nm allows it to coexist with other channels in DWDM setups without interference. Key Features
This transceiver is often installed in telecom or data center environments where extended reach and dense channel spacing are necessary. It provides consistent performance for high-bandwidth links between network nodes separated by large distances. |
Use Cases |
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The FWLF1634RL33 Finisar transceiver is designed for extended distance networking where robust, high-speed connectivity over long single-mode fiber paths is required. It is particularly suited for network environments demanding dense wavelength division multiplexing (DWDM) compatibility and reliable performance across metropolitan or campus-scale fiber infrastructures. How It's Used:
This transceiver ensures consistent data throughput and scalability by integrating DWDM support and extended reach, helping IT infrastructures maintain operational continuity over challenging physical distances and complex fiber topologies. |