SFP Media converter
SFP series converter is an Ethernet media converter that converts media transmission between UTP Copper cables and fiber SFP (Small Form-Factor Pluggable) transceiver. It is designed to meet the massive needs for Ethernet network deployment and able to extend a copper based network via fiber cable to a maximum distance up to 120km. It can be installed into a Standard Converter Chassis. The installation & operation procedures are simple & straight forward. Operation status can be locally monitored through a set of Diagnostic LED located in the front panel.
100Base-TX/FX or 1000Base-T to 1000BASE-SX/LX Converter
Standard : IEEE802.3 & IEE802.3u, IEEE 802.3z & 802.3ab
Interface: 1xRJ45 connector / 1xSFP Slot
Support Jumbo Frame (64-9216 Byte),optional
Conversion between different transmission speeds and media types
Standalone type or card type ,Can be installed into 2U 14/16Slots chassis
Auto-negotiating Ethernet port (Half/Full Duplex)
Auto-crossover Ethernet port (Supports Auto MDI/MDI-X)
Easy Installation, Easy Trouble shooting
Dimension: 229x122x50mm for packing, 94x70.6x26.5mm for device
Extend your Ethernet connection up to 0~120km away using fiber optics.
Creates an economical Ethernet-fiber/copper-fiber link for connecting remote sub-networks to larger fiber optic networks/backbones.
Converts Ethernet to fiber, fiber to copper/Ethernet, ensuring optimum network scalability for connecting two or more Ethernet network nodes (e.g. connecting two buildings on the same campus).
Designed to provide high-speed bandwidth for demanding large scale work groups that require expansion of Ethernet Network.
Bad industrial environment or high requirements for Lightning protection
Intelligent transportation supervisory system(ITS) and safe city
High-speed way supervisory/Tele-communication system, IP network camera
Security surveillance system for large corporations, multifunction network system
Long-distance multimedia schooling/ campus surveillance, long-distance broadcast television transmission system