The "armored optical jumper" is a new type of optical jumper, which may be unfamiliar to you. Armored optical fiber Jumpers are highly adaptive and cost-effective.
Armored optical fiber jumpers can be directly laid in data centers and various harsh environments, without the need to use protective casings, saving space and reducing construction costs, greatly improving the convenience of network maintenance.
The optical fiber jumper is customized based on the actual distance between the main switch of the Internet cafe and the second-level switch. The cable manufacturer directly splices the optical fiber connector to the cable, the Internet cafe can directly connect the two ends to the optical fiber module of the switch. (Note: The SFP interface is the mainstream switch, and the interface type of the SFP Optical Fiber Module is LC. Therefore, the optical fiber connector used for cables must use LC/LC interfaces, that is, both ends are LC interfaces) see the figure below:
The biggest difference between armored optical fiber jumpers and traditional optical fiber jumpers is that they are easy to break and be damaged. In particular, a small flexible stainless steel casing is designed and manufactured to protect optical fiber cables, in addition, the flame retardant PVC is added to the casing to achieve the function of moisture-releasing and fire-proofing.
At the same time, a special manufacturing process and unique structure have been developed to ensure the strong connection between the casing and the joint. This unique design simplifies and facilitates the construction and wiring of armored optical fiber jumpers, reduces the loss during the construction process, improves the service life of Optical Fiber jumpers, and improves the security and stability of the entire system.
Advantages of armored optical fiber jumpers:
1) micro-Small Caliber Stainless Steel Casing Protection;
2) be able to resist improper torsion damage;
3) high tensile strength, high compression pressure, and anti-rat bite;
4) easier construction and safety;
5) There is no need to worry about the damage to the optical fiber during construction;
6) do not worry about future external damages;
7) reduce future maintenance costs.