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  • Alcatel-Lucent GSX-FM-4W - Gigabit Ethernet Fiber Module 4-Port
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  • Alcatel-Lucent GSX-FM-4W - Gigabit Ethernet Fiber Module 4-Port

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    +86-153-9626-8993
    Selection, installation, operation, maintenance, troubleshooting, safety
    Petrochemical/Chemical,Power industry,Metallurgical industry,Municipal/Environmental Protection,Oil and gas industry,Robot system accessories,automobile manufacturing,3C Electronics,Machining
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Description
<span style="font-size: 18px; font-family: arial;">Alcatel-Lucent GSX-FM-4W - Gigabit Ethernet Fiber Module 4-Port</span>

Alcatel-Lucent GSX-FM-4W – 4-Port Gigabit Ethernet Fiber Interface Module

The Alcatel-Lucent GSX-FM-4W (also listed as GSXFM4W) is a four-port fiber-optic Ethernet interface module designed for Alcatel-Lucent switching and routing platforms that require high-density optical connectivity. This module supports SFP transceivers in both copper and fiber variants, providing flexibility for different media types and distances. Each port is capable of operating at 1000BASE-X (Gigabit Ethernet) with full-duplex capability, and the module also supports 100BASE-FX with auto-negotiation. The GSX-FM-4W is optimized for deployment in metro Ethernet, campus backbone, and enterprise aggregation networks, offering a cost-effective way to add fiber connectivity to existing chassis.

Optical specifications of the module depend on the installed SFP transceivers; however, the host module provides standard SFP interfaces compliant with SFF-8472 for digital diagnostics monitoring. The board supports both short-reach (multimode, up to 550 m at 850 nm) and long-reach (single-mode, up to 80 km at 1310/1550 nm) optics. The module includes a clock and data recovery (CDR) circuit on each port to retime the incoming signals, reducing jitter and improving link reliability. The front panel features four port status LEDs per port, indicating link/activity, speed, and fault conditions. The module is hot-swappable and supports online insertion and removal (OIR) without powering down the host system.


Electrical characteristics include a power consumption of 15 W typical, with a maximum of 25 W when fully loaded with high-power SFP transceivers. The module draws power from the backplane and includes a power regulator for clean, stable voltage to the SFP modules. The on-board FPGA handles MAC-level processing, such as flow control (IEEE 802.3x) and VLAN tagging (802.1Q), offloading the main CPU. The module also supports link aggregation (LACP) across all four ports, enabling combined throughput of up to 4 Gbps. Jumbo frame support (up to 9216 bytes) is available for optimizing storage and data transfer applications.

Installation of the GSX-FM-4W is performed by inserting the module into the designated slot of the Alcatel-Lucent chassis, ensuring correct orientation. The module is secured with thumb screws that do not require tools. Before installing SFP transceivers, it is essential to verify the fiber type and connector cleanliness; the ports are keyed to prevent incorrect insertion. The system automatically recognizes the new module and assigns logical ports, with configuration via CLI or GUI. For redundant links, the module can be paired with a second GSX-FM-4W in a different chassis slot, and the system software will manage failover.


Maintenance of the module involves monitoring optical power levels and temperature using the digital diagnostic capabilities of the SFPs. The module's management interface provides alarms for low optical power, high temperature, and excessive bit-error rates. Cleaning the optical connectors periodically with appropriate tools is recommended to maintain signal quality. If a port fails, the SFP transceiver can be replaced first; if the problem persists, the whole module may need replacement, which can be done hot-swap. The module's firmware can be upgraded via the system management software without interrupting traffic.

Typical applications of the Alcatel-Lucent GSX-FM-4W include interconnecting data centers, connecting remote office switches to the core, and providing uplink ports for wireless access points. Its compact 4-port density allows efficient use of chassis space, and the support for both multimode and single-mode fiber provides deployment versatility. The module's robust design and diagnostic capabilities ensure reliable operation in enterprise and carrier networks, making it a preferred choice for network engineers requiring cost-effective optical connectivity.

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