Let's talk!
Complete Fiber Optic Splice Closure Communication
-
Complete Fiber Optic Splice Closure Communication
Complete optical communication is inseparable from fiber-optic closure, so we need to know some of the Fiber Optic Splice Closure jumpers, such as communication rooms, fiber-to-the-home, LAN, fiber optic sensors, fiber-optic communication systems, etc. Fiber optic closure also plays an important role.
We have many misunderstandings about network cabling. Many people often think that fiber patch cords play a secondary role in the network. In fact, fiber patch cords are one of the factors that affect network performance. Poor fiber jumpers with poor transmission performance can cause a dramatic drop in system performance. Perhaps using low quality jumpers during the initial installation can reduce the cost of the entire network cabling system. However, doing so would jeopardize the quality and reliability of the network.
The wavelengths sent and received at both ends of the patch should be the same, ie the fibers must have the same wavelength at both ends of the optical module. An easy way to distinguish is that the light modules should have the same color. Typically, short-wavelength optical modules use multimode fiber (orange fiber), while long-wavelength optical modules use single-mode fiber (yellow fiber) to ensure data transmission accuracy.
Do not excessively bend and circulate the fibers during use. This will increase the light attenuation during transmission. The minimum bending radius of the fiber when used is not less than 150 mm. After using fiber patch cords, the fiber optic connectors must be protected with a protective sleeve. Dust and oil entering the connector can damage the coupling of the fiber. If the fiber connector is dirty, you can use a cotton swab to clean with alcohol, otherwise it will affect the communication quality. You can test the abnormalities in the fiber network or system one by one by troubleshooting. When testing or troubleshooting a jumper, you can perform a continuity test, usually using a visible laser pointer to determine the illumination of the entire fiber link. Or use a precision fiber insertion loss return loss tester to test its various indicators. If the indicator is within the acceptable range, the jumper indication is normal, otherwise it is unqualified.
The information about Fiber Optic Splice Closure : https://www.greentelftth.com/basic-information-about-fiber-patch-panel.html