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TP-Link MiniGBIC Module Fiber optic SFP transceiver 1250 Mbit/s mini-GBIC/SFP
The TP-Link MiniGBIC Module Fiber optic SFP transceiver 1250 Mbit/s mini-GBIC/SFP is a specialized network component designed to facilitate reliable fiber optic communication for enterprise and professional network environments. Featuring a metallic build, this mini-GBIC/SFP transceiver operates at an input voltage of 3.3 V and supports a maximum data transfer rate of 1250 Mbit/s. It is engineered to seamlessly integrate with managed and smart switches to extend network transfer distances from several to tens of kilometers, effectively meeting the geographical requirements of local area networks while optimizing deployment costs.
This fiber optic SFP transceiver offers a cost-effective solution for scaling network infrastructure by allowing administrators to deploy fiber connectivity selectively based on specific distance and performance requirements. Its high maximum data transfer rate of 1250 Mbit/s ensures efficient handling of demanding data traffic across extended distances. Compliance with major industry standards such as RoHS, FCC, and CE guarantees safe operation, regulatory conformity, and dependable quality for professional network installations.
This module is not suitable for standard copper-based Ethernet cabling setups that lack SFP or mini-GBIC slots. Additionally, it may not be required in small-scale home networks where standard copper cables already cover the necessary physical distances.
To use the TP-Link MiniGBIC Module, ensure that your network equipment features a compatible mini-GBIC/SFP slot and is powered off. Carefully insert the metallic transceiver module into the designated slot on your managed or smart switch until it clicks securely into place. Connect the appropriate fiber optic cables to the transceiver ports. Power on the network device and access the management interface to configure and verify the connection status.
Always handle the fiber optic SFP transceiver with care, avoiding direct contact with the optical bore to prevent dust contamination. Ensure network devices are powered down before inserting or removing the module to prevent electrical damage.
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