| Management number | 241248533 | Release Date | 2026/07/17 | List Price | $30.00 | Model Number | 241248533 | ||
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The D-Link DIS-S310LX is a single-mode SFP fiber transceiver designed to extend Gigabit Ethernet connections up to 10 kilometers using 1310 nm optics. It fits into the SFP slot of compatible switches or routers, enabling network teams to add long-distance fiber links without replacing existing hardware. Supporting a full 1.25 Gbps data rate and adhering to the IEEE 802.3z standard, this transceiver ensures smooth integration with equipment from various vendors that comply with the Multi-Source Agreement.
Its LC duplex connector works with standard single-mode fiber, allowing reuse of installed cabling or easy deployment of new fiber runs. The device operates reliably across a wide temperature range from -40 °C to 85 °C, making it suitable for challenging environments such as roadside cabinets, factory floors, and outdoor installations. The hot-swappable design minimizes downtime by allowing technicians to replace or install the transceiver without powering down the switch.
This transceiver plugs directly into the SFP slot of compatible switches and routers, supporting multi-vendor environments thanks to its adherence to the Multi-Source Agreement. The LC duplex connector interfaces with standard single-mode fiber optic cables, allowing seamless integration into existing fiber infrastructure or new deployments.
The DIS-S310LX is well suited for extending campus network backbones, connecting smart city devices, and linking industrial control systems where long-distance fiber connectivity is essential. Its robust temperature tolerance makes it a strong choice for outdoor or industrial settings such as roadside cabinets, rail stations, and factory floors where environmental conditions can vary widely.
Network professionals looking for a reliable, easy-to-install fiber transceiver that supports long-reach Gigabit Ethernet will find this model meets demanding requirements without the need for costly hardware changes.
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