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(Video) Features of Optical Power Management in WDM Systems_9800_9600

Published On: 2018-09-03 Views: 7384 Downloads: 446 Document ID: EDOC1000074678 Description:
Huawei uses machine translation combined with human proofreading to translate this document to different languages in order to help you better understand the content of this document. Note: Even the most advanced machine translation cannot match the quality of professional translators. Huawei shall not bear any responsibility for translation accuracy and it is recommended that you refer to the English document (a link for which has been provided).
Contents

Optical Power Management Multimedia-en

Optical Power Management Multimedia-Jan

ALS Introduction (Scenario 1 - tributary and line or OTU board, client-side fault, biddirectional transmission)

ALS Introduction (Scenario 1 - tributary and line or OTU board, WDM-side fault, biddirectional transmission)

ALS Introduction (Scenario 2 - tributary and line board, WDM-side fault, unidirectional transmission)

ALS Introduction (Scenario 2 - tributary and line board, client-side fault, unidirectional transmission)

ALC Introduction (Without ALC)

ALC Introduction (With ALC)

ALC Principles

APE Introduction

IPA Introduction (Without IPA)

IPA Introduction (With IPA)

IPA Principles (Fiber break detection and laser shutdown)

IPA Principles (Laser restart scenario 1 - optical amplifier + OTU)

IPA Principles (Laser restart scenario 2 - optical amplifier + OSC)

Raman System IPA Introduction (Without IPA)

Raman System IPA Introduction (With IPA)

Raman System IPA Principles (Laser shutdown scenario 1 - the RAU1 or RAU2 board)

Raman System IPA Principles (Laser shutdown scenario 2 - RAU1 or RAU2 + TN14FIU boards working normally)

Raman System IPA Principles (Laser restart scenario 1 - lasers on Raman and ROP boards do not need to be manually turned on)

Raman System IPA Principles (Laser restart scenario 1 - lasers on the Raman and ROP boards must be manually turned on)

Raman System IPA Principles (Laser restart scenario 2 - RAU1 or RAU2 + 14FIU + OSC)

AGC Introduction (AGC function during optical power fluctuation)

AGC Introduction (AGC function during wavelength adding or dropping)

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