An optical Protection System is a device used in pairs, one at each end of the optical signal to protect the network transmission line. It can realize optical power monitoring and automatic switching. In an optical communication network, OLP monitors the optical power of optical fiber and standby optical fiber in real-time.
In case the current optical power of optical fiber is less than the pre-set switching threshold value, then an alarm is on and it would switch to standby optical fiber automatically to protect the optical transmission system line.
An optical Protection System is a device used in pairs, one at each end of the optical signal to protect the network transmission line. It can realize optical power monitoring and automatic switching. In an optical communication network, OLP monitors the optical power of optical fiber and standby optical fiber in real-time.
In case the current optical power of optical fiber is less than the pre-set switching threshold value, then an alarm is on and it would switch to standby optical fiber automatically to protect the optical transmission system line.
Optical Protection system can provide real-time monitoring of the primary and secondary optical fibers, which can effectively avoid the simultaneous block of the two optical fibers. This real-time power monitoring improves the transparency and security of optical transport networks.
When the current optical power is lower than the normal value on the main fiber, the optical line protection system will automatically switch to the second available fiber, so as to ensure the smooth flow of the service. It can shorten the interruption time and improve the efficiency of maintenance.
OLP(Optical Line Protection) is a device used in pairs, one at each end of the optical signal to protect the network transmission line.
Optical Bypass Protection(OBP) is a kind of intelligent optical switch system which can bypass fault nodes in optical transmission networks to avoid breakdown of whole network communication. it can automatically switch by detecting the node's optical power or signal failure.