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Media Converter Intellinet Fast Ethernet WDM Bi-Directional 10/100Base-Tx to 100Base-Fx
The Intellinet Fast Ethernet WDM Bi-Directional Media Converter converts 10/100Base-TX copper Ethernet to 100Base-FX single-mode fiber using bi-directional WDM on a single fibre strand (transmit/receive wavelengths 1550/1310 nm). The device is transparent to network protocols and supports both copper and fibre links, enabling network expansion, building-to-building connectivity and extended link distances without running additional fibre strands. It features an RJ-45 10/100Base-TX port, one SC 100Base-FX fibre port, a metal housing and operates from 5 V with a maximum power consumption of 5 W. The converter supports up to 100 Mbit/s data rate and link distances up to 20 km and is certified to FCC Class A and CE standards.
The converter uses bi-directional wavelength division multiplexing to transmit and receive over a single fibre strand, saving cabling costs and allowing either two independent connections on two strands or doubling capacity without laying a second cable. It extends network reach between buildings or distant network nodes and integrates with existing copper Ethernet without changing network settings. Its compact metal housing allows desktop, wall-mount or rack-mount chassis installation for flexible deployment.
Install the converter near the network device or at the fibre termination point. Connect the copper Ethernet device to the RJ-45 10/100Base-TX port and terminate the single-mode fibre to the SC fibre port, observing the correct transmit/receive orientation for WDM operation. Power the unit with the specified 5 V supply. Verify link and activity LEDs to confirm connection and data transmission. When deploying multiple units in a rack, use the compatible 19" chassis if available.
Use single-mode fibre with appropriate SC connectors and check that paired converters support complementary WDM wavelengths (1550/1310 nm). For reliable long-distance links, follow fibre installation best practices (clean connectors, proper splicing/patching) and ensure power and grounding meet local requirements.