The first advantage of the ribbon fiber patch cable is that it can save time and reduce installation costs. Since the optical cable is pre-secured (usually consisting of 12 independent optical fibers), the installation personnel and technicians can perform simpler and faster quality fusion splicing, thereby simultaneously joining all the fibers in the ribbon matrix. This means shorter installation time, lower installation labor costs, and faster recovery during downtime. 

The second advantage of the ribbon optical cable is to increase the "fiber density within the given optical cable. Due to the increase in the number of optical fibers in data centers, fiber density becomes particularly important. 

The disadvantages of ribbon optical cables: Traditional optical cables can be smoothly bent in any direction - the movement plane of ribbon fibers is limited by the specified bending radius, but they can only be bent along the longitudinal axis. 

This is called "priority bending" - because the optical cable only likes to bend along the moving axis. The direction of the ribbon structure inside the optical cable cannot be controlled, so any bending of the ribbon fiber can 

It can be perpendicular to its longitudinal cable axis, which may cause stress on the optical fiber. This may damage the optical cable and lead to insertion loss (signal power loss).