Product OverviewRuijie Reyee NIS-GE-SFP-10KM-SM1310 is a reliable Gigabit fiber transceiver module designed to extend network connections over single mode fiber up to 10 km. Ruijie Reyee NIS-GE-SFP-10KM-SM1310 SFP delivers stable, high-speed performance for CCTV, enterprise, and ISP networks, making it ideal for long-distance and secure data transmission. Compact and easy to install, it ensures smooth and efficient network expansion. downtime.Key FeaturesGigabit SFP transceiver moduleSupports single mode fiber (SMF)Transmission distance up to 10KM1310nm wavelength for stable signal performanceLC connector interfaceHot-swappable design for easy installationLow latency and stable data transmissionCompact and durable build qualityCompatible with SFP-supported network devicesIdeal for long-distance fiber networkingReliable 24/7 operationSuitable for professional networking environmentsBest ForCCTV fiber backbone connectionsOffice and enterprise networkingISP and telecom infrastructureSwitch-to-switch uplinksInter-building network linksData centers and server roomsCampus and institutional networksWhy Choose This Module?This SFP module is a cost-effective and reliable solution for extending network connectivity over fiber. It ensures stable Gigabit performance over long distances while maintaining low signal loss. Its plug-and-play hot-swappable design makes it easy to deploy in existing network systems without interruption.FAQsWhat is this module used for?It is used to extend network connections over fiber optic cable for long distances.Does it support single mode fiber?Yes, it is designed for single mode fiber networks.What is the maximum distance?It supports transmission up to 10KM.Is it compatible with all switches?It works with any device that supports standard SFP ports.Is it easy to install?Yes, it is hot-swappable and easy to plug into compatible devices.Can it be used for CCTV systems?Yes, it is commonly used in CCTV fiber backbone installations.Does it support Gigabit speed?Yes, it supports 1Gbps Gigabit Ethernet transmission.
