Main Features and Performance Advantages of Our Media Converters

Media Converter is an Ethernet transmission media conversion unit that interchanges short-distance twisted-pair electrical signals and long-distance optical signals. It is also called a fiber converter in many places. The product is generally used in the actual network environment where the Ethernet cable cannot cover and must use optical fiber to extend the transmission distance, and is usually located in the access layer application of the broadband metropolitan area network; such as: high-definition video image transmission for monitoring and security engineering; Helping to connect the last mile of fiber to the metro network and beyond has also played a huge role.

Media Converter breaks the 100-meter limitation of Ethernet cables in data transmission, and can greatly improve data transmission efficiency. Therefore, the performance of media Converter is particularly important. So, what kind of transceiver can maximize its role?

1. Network management function

Network management can not only improve network efficiency, but also guarantee network reliability. However, the manpower and material resources required to develop a media Converter with network management function far exceed those of similar products without network management, which are mainly reflected in four aspects: hardware investment, software investment, debugging work, and personnel investment.

2. Compatibility

OEMC should support common network communication standards such as IEEE802, CISCO ISL, etc.to ensure good compatibility of Media Converter.

3. Environmental requirements

1. The input and output voltage and the working voltage of OEMC are mostly 5 volts or 3.3 volts, but another important device on the Ethernet Media Converter - the working voltage of the optical transceiver module is mostly 5 volts. If the two operating voltages are inconsistent, it will increase the complexity of the PCB board wiring.

2. Working temperature, when choosing the working temperature of the OEMC, developers need to start from the most unfavorable conditions and leave room for it. For example, the maximum temperature in summer is 40 °C, and the inside of the media Converter chassis is heated by various components, especially the OEMC. Therefore, the upper limit index of the operating temperature of the Ethernet media Converter should generally not be lower than 50 °C.

As an innovative enterprise focusing on the R&D and application of industrial IoT technology, it is committed to providing safe, intelligent and reliable data communication solutions for the industrial IoT. The industrial media converters developed by Houshi mainly have the following characteristics:

1. Safety performance

In the concept and attitude of industrial media converters, there is a performance that needs to be continuously created and upgraded, which is the safety performance. Good safety performance is also the driving force for rack-mounted industrial media converters manufacturers to keep moving forward. With such a guarantee, they can also have a good display in the follow-up cooperation.

2. Tolerance

Most of the industrial-grade fiber optic transceivers are used in harsh environments. Houshi media converters select industrial-grade components and use natural heat dissipation to ensure that they can work stably and normally for a long time in the environment of -40 degrees Celsius to 80 degrees Celsius. Tolerance, can meet all kinds of harsh environments.

3. Real-time

Industrial media converters also have a good improvement in real-time performance. Since today's enterprises are very efficient, with the help of industrial media converters, efficiency can be greatly improved.

The performance advantages of our industrial media converters:

1. Support multiple 10/100/1000M RJ45 electrical ports;

2. Support 10/100/1000M self-adaptation, full-duplex/half-duplex, MDI/MDI-X line sequence automatic exchange function;

3. Store and forward, full line-speed data processing mechanism;

4. The most stable and reliable high-end switching chip is used to meet the stable and reliable operation needs of the industrial site environment;

5. Single-channel wide voltage range (9~55V) DC power input, with strong voltage adaptability;

6. Ultra-low power consumption, high power efficiency, and low heat generation;

7. Substrate type installation, professional three-proof paint spraying, strong anti-corrosion and anti-oxidation ability;

8. High-bandwidth and large-flow data monitoring and collection and field integrated networking applications such as urban industrial automatic control and industrial video.