10/100/1000 Standlone Managed Fiber Media Converter

10/100/1000 Standlone Managed Fiber Media Converter

Therefore, for a long period of time, optical fiber transceiver products will remain an indispensable part of actual network formation. In the future, optical fiber transceivers will continue to develop in the direction of high intelligence, high stability, network management, and low cost.

There are analog signals in the design of various mixed signal modules such as PLL (phase locked loop), CDR (clock and data recovery), 8B / 10B codec in the transceiver, such as the voltage controlled oscillator in the PLL Digital signals, such as the frequency divider in the PLL.

Ethernet Media Converter provides you SC,FC or ST connectors for your fiber optic cables and RJ45 for twisted pair UTP cable connection.The maximum extension is up.Fiber Optic To Ethernet Converter is completely transparent when connected so the network performs exactly the way it did before - only now, it allows the co-existence of both copper and fiber mediums. 

Fiber Media Converter Gigabit Functional Characteristics

1. Support LFP function.

2. Support Q-in-Q function, Optical port and Ethernet port can be set separately as dual Tag ports, and can be set as ISP Tag and ISP Tag TPID at will.

3. Can query and configurate the operation mode of each port on local and remote devices, including port speed, full/half-duplex, and flow control, etc, and can display the real-time status of each port.

4. Support bandwidth-limiting function: with the step of 64kps, the bandwidth can be set between 0Mbps and 1000Mbps at will.

5. Offer MIB library files, support OpenView.Snmpc, and other softwares.

6. Support link line-speed loopback, convenient for line debugging

10/100/100M Media Converter Basic Parameter

Gigabit Fiber Ethernet Converter Optical Port Connection

NT-LM106 supports hot plug SFP port. When one pair of optical modules is connected, four requirements need to be fulfilled.

1. Optical wavelengths must be the same, especially for single fiber optical ports, require transmit-receive optical wave with difference frequencies.  The transmitting and receiving operating wavelengths should match each other (for example: if TX is 1310nm, and the opposite end RX should be 1310nm).

2. The rate of optical modules must be the same.

3. The optical powers must be matching.

4. Comply with the Ethernet protocol of IEEE802.3.IEEE802.3u.IEEE802.3z.IEEE802.3x.

Network-buiding Method

When connecting products in Network, Rules of 3.1 must be obeyed

Rules for connecting optical ports: for NT-LM105 fiber media converters, please build network according to the following

Sketch maps.

(1) 

(2)