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Optical Fiber Cable , Optical Fiber Patch Cord , POE Switch , Optical Power
10/100/1000M 1 Fiber Port +1/4 RJ45 Port Fiber Media Converter
10/100/1000M 1 Fiber Port +1/8RJ45 Port Fiber Optical Media Converter
10/100/1000M 1 Fiber Port +8 RJ45 Port Fiber Optical Media Converter
10/100/1000M 1 Fiber Port +4 RJ45 Port Fiber Optic Media Converter
10/100/1000M 1 Fiber Port +1 RJ45 Port Fiber Media Converter
MORE8 Channel RS485 Bidirectional Data to Fiber Optical Converter
4 Channel Bidirectional Data RS485 To Fiber Optic Converter
1 Channel RS485 Bidirectional Data Optic Converter
VGA Optical Converter +RS232 Video Converter + 1 Channel Stereo Audio
VGA Optical Converter + USB + 1 Channel Stereo Audio
MORE8 Port 1000M POE Fiber Optic Switch + 2 Port 1000M Optical Fiber
1000M 4 Port POE Fiber Optic Switch + 2 Port 1000M Optical Fiber
1000M 8 Port POE Fiber Optic Switch + 1 Port 1000M Optical Fiber
4 Port 1000M POE Fiber Optic Switch + 1 Port 1000M Optical Fibe
8 Port 100M POE Fiber Optic Switch With 1 Port 100M Optical Fiber
MOREWhat Is a Fiber Media Converter?
Fiber media converter is a small device with two media-dependent interfaces and a power supply, simply receive data signals from one media, convert and transmit them to another media. It can be installed almost anywhere in a network. The style of connector depends on the selection of media to be converted by the unit. The most common being UTP to multimode or single mode fiber. On the copper side, most media converters have an RJ-45 connector for 10BASE-T, 100BASE-T, 1000BASE-T and 10GBASE-T connectivity. The fiber side usually has a pair of SC/ST connectors or SFP port. Media converters may support network speeds from 10 Mbps to 10 Gbps, thus there are Fast Ethernet media converters, Gigabit Ethernet media converters, and 10-Gigabit Ethernet media converters. Here is a 10/100/1000Base-T RJ45 to 1x 1000Base-X SFP Gigabit Ethernet media converter in the picture below.
How Does a Fiber Media Converter Work?
Fiber media converters change the format of an Ethernet-based signal on Cat5 into a format compatible with fiber optic cables. At the other end of the fiber cable run, a second media converter is used to change the data back to its original format. One important difference to note between Cat5 and fiber is that Cat5 cables and RJ45 jacks are bidirectional while fiber is not. Thus, every fiber run in a system must include two fiber cables, one carrying data in each direction. These are typically labeled transmit (or Tx) and receive (or Rx).
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