Product Description
The LevelOne FVT-2002 MMF ST media converter is a top - notch device that can seamlessly convert network signals between copper and fiber - optic networks. It comes with a 10/100Base - TX RJ - 45 port, offering full duplex and half duplex switch connectivity along with 10Base - T and 100Base - TX auto - sensing. When used with multi - mode fiber - optic cabling, it can extend the network range up to 2 km. Key features include transferring data from 10/100Base - TX copper to fiber interfaces, multi - mode fiber with ST connector for up to 2km transmission, built - in LFP (Link Fault Pass - through) (LLCF/LLR) Technology, IEEE 802.3x Flow Control for reliable data transmission, dip switches for customized configuration, support for low - time lag transmission, and the ability to transmit extra - long packets up to 1.6KB. It operates within a temperature range of - 10C to 55C. Technical specifications cover standards & protocols like IEEE 802.3 10 - BASE - T, Ethernet, etc., various ports, indicators, wavelength, transmission method, power input, and more. It's EMI/EMS compliant with FCC, CE, RoHS and comes with a device, power adapter, and quick installation guide.
Using the LevelOne FVT - 2002 media converter is quite simple. First, connect the copper cable to the 10/100Base - TX RJ - 45 port and the fiber - optic cable to the 100 Base - FX Multi - mode duplex ST port. You can use the dip switches to customize the configuration according to your needs, like setting the LFP function or the transmission mode. When it comes to power, just plug in the DC 5V/1A power adapter. Make sure to operate it within the temperature range of 14 to 131F (- 10 to 55C) and keep the humidity between 5 to 90% (non - condensing). For maintenance, keep it clean and avoid exposing it to extreme conditions. If you notice any issues with the network connection, check the indicators on the device to troubleshoot. That's it! With this converter, you can easily extend your network range and ensure reliable data transmission.
