QSFPTEK Gigabit Fiber to Ethernet Converter (Gigabit SFP port, 10/100/1000M RJ45 port)Ĭopper to Fiber Network Configuration Copper Network Distance Extended Configuration ![]() Step 3: Using a single-mode fiber to contact the above two 1000BASE-LX SFP transceivers. Separately insert two 1000BASE-LX SFP single-mode optical transceivers into the SFP ports of the SFP switch and Gigabit fiber optic media converter. Step 2:Contact the fiber switch to the fiber media converter. Using an unshielded twisted-pair copper cable (Cat5, Cat6 or Cat6A) to separately connect the RJ45 ports of the RJ45 switch and Gigabit media converter. Step 1: Connect the RJ45 port switch to a fiber optic media converter. The specific configuration steps of fiber to ethernet converter are as follows. The following figure shows using a single Fiber to Gigabit Ethernet Converter, configured with a Gigabit SFP port and 10/100/1000M RJ45 port, to contact RJ45 port switch with SFP port switch by transfer copper network to a fiber network at speeds of 1Gbps. How to Configure a Media Converter? Copper to Fiber Network Configuration Learn more about the types of media converters. As we know, the transmission limit of copper cable is 100 meters, not able to meet the ever-developing network requirements, however, utilizing a fiber media converter, the transmission distance is able to extend up to 100km over single-mode fiber.Įthernet media converter is generally used in structured cabling systems to interconnect fiber optic cabling systems with existing copper cabling systems, also usually used in Metro Ethernet networks (MAN). ![]() ![]() Media converter is mainly designed to break out the transmission distance limit of Ethernet copper cable. Media converter, also known as fiber to ethernet converter, fiber media converter, and network converter, is a signal conversion device to convert electrical signals of unshielded twisted-pair copper cable to optical signals of fiber optic cable.
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