CleanAdvantage FAQs

Corning understands the importance of connector cleaning to ensure network optical performance. The following questions and answers explore the importance of clean connections and Corning’s new factory cleaning and packaging process – Corning® CleanAdvantage™ technology that will help address those issues and eliminate the need for traditional cleaning processes.

 

Why is cleaning so important?

Why is cleaning so important?

When connectors are clean, light can be easily transmitted through the core from one side to the other.

However, dust and other contaminants will affect the amount of light transmitted and cause back reflections and insertion losses that cause system instability.

What happens if the connector end face is not clean?

What happens if the connector end face is not clean?

An unclean connector end face will cause light scattering and permanent damage to the end face when the connector is mated. From the four pictures below, you can see the main factors that cause light scattering and permanent damage to the end face.

Does meeting the standards for cleaning ensure cleanliness?

Does meeting the standards for cleaning ensure cleanliness?

The IEC 61300-3-35 (effective version 2.0, 2015-06) standard defines the cleaning requirements for the connector end face and defines the scope of each area.

Are these requirements enough to ensure that the connectors are clean when mated?

Are these requirements enough to ensure that the connectors are clean when mated?

Taking the 1.25 mm (1250 µm) LC connector ferrule as an example, we will find that the clean areas A to D defined by the IEC standard only occupy 4% of the total area of the entire connector ferrule end face.

What are the current forms of cleaning connectors?

Are these cleaning methods adequate?

Are these cleaning methods adequate?

When working on site using traditional cleaning methods:

Cleanliness in area X is poor or not cleaned

  • This will cause the debris to migrate to other areas, increased particle size and performance issues.

There is no feasible method in the field to obtain a completely clean connector

  • The microscope itself will also introduce and move tiny dust and debris on the connector surface so that your connector cannot meet the link loss standard.

Is the traditional dust cap adequately protected?

Is the traditional dust cap adequately protected?

Traditional dust caps cannot fully guarantee the cleanliness of a brand-new connector. It can mainly prevent dents and scratches, but it cannot block dust and debris. Common sources of pollution from traditional dust caps:

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