The difference between oxygen-free copper network cable and pure copper network cable

　　There are significant differences between oxygen-free copper wire and pure copper wire, which are mainly reflected in material purity, performance and application scenarios. The following is a detailed comparison of the two:

　　Material purity

　　Oxygen-free copper cable: Oxygen-free copper cable is made of high-purity copper material, usually more than 99.99% copper purity. This high-purity copper material can improve the speed and quality of signal tranSMission, and ensure the stability and reliability of the network.

　　Pure copper wire: Although pure copper wire also uses copper as a conductor material, its purity is relatively low. Pure copper wire is usually made of bronze, which is a secondary copper that contains more impurities. These impurities may affect the conductivity and signal transmission quality of the wire.

　　Performance performance

　　Conductivity: Due to the higher purity of copper in oxygen-free copper cable, its conductivity is better than that of pure copper cable. Oxygen-free copper cable has a lower resistance value, longer signal transmission distance, and relatively low packet loss rate.

　　Oxidation resistance: Oxygen-free copper wire has good corrosion resistance and can resist the erosion of atmospheric, moisture, salt and other chemicals, thus improving the service life of the wire. In contrast, pure copper wire has weak oxidation resistance and is prone to corrosion in humid environments.

　　Flexibility and tensile strength: Oxygen-free copper wire typically has better flexibility and tensile strength, which makes it more durable and reliable during installation and use.

　　III. Application scenarios

　　Oxygen-free copper cable: Because oxygen-free copper cable has excellent electrical conductivity, oxidation resistance and flexibility, it is usually recommended for scenarios with high requirements for network stability, transmission speed and distance, such as network engineering, network high definition monitoring engineering and dark line layout in home decoration.

　　Pure copper cable: Although the performance of pure copper cable is slightly inferior to that of oxygen-free copper cable, it is still used in some scenarios where network performance requirements are not particularly high, such as some basic home network connections or network wiring in small offices.

　　In summary, there are significant differences between oxygen-free copper cable and pure copper cable in terms of material purity, performance, and application scenarios. When selecting a cable, it should be weighed according to specific needs and budget to ensure the best network performance and stability.