![]() ![]() It should be pointed out that due to the difference of the optical transceiver in transmission distance, the transmission power, receiving sensitivity, and wavelength of use also different.Īpplication range of single-mode and multimode fiber converter: The single-mode transceiver coverage from 20 kilometers to 120 kilometers. At the same time, it supports an ultra-wide operating temperature range and supports a complete transmission distance of 0 to 120 kilometers. Realize power protection and automatic switching. The optical transceiver has the advantages of providing ultra-low latency data transmission, completely transparent to the network protocol, using a dedicated ASIC chip for data line-speed forwarding, the device adopting a 1+1 power supply design, and supporting ultra-wide power supply voltage. The main principle is to realize communication by photoelectric coupling, and there is no change in the encoding format of the signal. One end of the single-mode fiber transceiver is connected to the optical transmission system, and the other end (user end) comes out with a 10/100M Ethernet interface. Generally, the maximum distance of the multimode fiber converter is 4KM the single mode is 40KM. A typical device has two optical ports that are used to receive and transmit optical signals.Ĭonversion category: Single-mode and multimode fiber converter This interface converts the collected optical signal into a corresponding electrical signal through the corresponding calculation. The connection of the optical port is connected to the jumper. The function of the fiber converter is to receive optical signals as well as to transmit electrical signals. This device also has a popular name, light cat, or photoelectric converter also called an optical transceiver. This conversion process is completed in the fiber converter. Nowadays, optical fiber has become the main channel of the network, and this channel needs to be converted and converted into electrical signals that can be recognized by the computer. What are the functions of the Fiber Media Converter ? And then, the conversion of the optical signal and the electrical signal becomes a problem, and the device such as fiber converter was born. ![]() For the terminal, the electrical signal is still taken. It adopts the transmission of an optical signal, which not only can improve the transmission speed of the signal, but also enhance the signal. The fiber was born under this circumstance. Improving the network speed has become our top priority. This product supports DIN-rail and wall-mountable orientations as well as standard operating temperature range model in STD: -10C to 65C.With the continuous advancement of the times, the bandwidth of the past few k is not enough to meet our normal data acquisition needs. The unit also has 48~55VDC redundant power inputs with reverse polarity and overload current protection. The PRRT function allows user to remotely reboot the media converter and reset the connected powered device (PD). This small form factor is ideal for saving space in outdoor applications such as factory automation, security, ITS transportation, power/utility, water wastewater treatment plants, and any other extreme ambient weather environmentsThe IMP-C1000-SFP-bt has a built-in PD Remote Reset Technology function (PRRT). It has a dual-rate 100/1000 SFP slot and is perfectly designed to fulfill industrial applications that require distance extension and high bandwidth capabilities. Antaira Technologies' IMP-C1000-SFP-bt is a compact IP30 rated gigabit Ethernet-to-Fiber media converter featuring a 10/100/1000TX Ethernet port that supports IEEE 802.3bt high power PoE supplying up to 90 watts. ![]()
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