Fine diameter network cable is a kind of network cable, which is smaller in diameter than ordinary network cable. It can be used for the connection between two electronic or optical devices as well as ordinary network cable to realize the transmission of various signals. We usually use AWG (American Wire Gauge) to indicate the thickness of the network cable. The common network cable is 24AWG, while the fine diameter network cable is generally 28AWG

The fine-diameter network cable is a cost-effective and convenient upgrade compared with the ordinary network cable. It is 40% thinner than the ordinary network cable. It is more suitable for use in narrow space and is mostly used for high-density cabling in data centers. In the high-density cabling scenario of the data center, the fine-diameter network cable can reduce the congestion in the cabinet, improve the airflow in the cabinet, and greatly benefit the heat dissipation of the equipment in the cabinet. Generally speaking, the higher the ambient temperature is, the more likely the equipment is to have problems. If the use scenario is not an abnormally high temperature environment, there is no problem using fine diameter network cables

As the infrastructure of network construction, the function of the cabling system is very important. According to statistics, network failures caused by poor wiring systems account for 70% of the total number of failures. Therefore, a real Category 6 system should meet the performance requirements of Category 6 from connectors, cables to links and channels, including modules, patch panels, jumpers, cables and other components, so that your network can achieve the best results

Due to the rapid development of local area networks and user resident networks, a large number of generic cabling systems also use multimode optical fiber cables to replace digital cables, so the market share of multimode optical fiber cables will gradually increase. The reason why multimode optical fiber and cable is selected is that the transmission distance of the LAN is relatively short. Although multimode optical fiber and cable is 50%~100% more expensive than single-mode optical fiber and cable, the optical components it is equipped with can be LED, which is much cheaper than the laser tube. Moreover, multimode optical fiber and cable has a large core diameter and numerical aperture, which is easy to connect and coupling, and the corresponding connectors, couplers and other components are also much cheaper