Fibre Testing

 

The strength of your network depends on the quality of the network you have built. ICL provide full certification on the performance and quality of the network through various testing methods (based on the specifications required by the project in question). This testing allows for the detection of any problems with the performance of the existing fibre links:

 

  • OTDR Testing
  • ILM Testing
  • ORL Testing
  • iOLM Testing
  • PDM & CD Testing

 

 

OTDR Testing

This is carried out on the PON networks (Point to Point) and FTTH networks (Fibre to the Home) – Optical Time Domain Reflectometer (OTDR) is useful for testing the integrity of fibre optic cables. It can verify splice loss, measure length and find faults.  An OTDR test allows discovery of issues along the length of a channel that may affect long term reliability.

 

ILM Testing

Insertion Loss Measurement testing is a measurement of the loss, or attenuation, of a fibre optic cable component or system. This is normally measured with a light source and an optical power meter, or alternatively a loss test set that incorporates both a light source and power meter.

 

ORL Testing

ORL testing measures the back reflection of connectors and components in high-speed digital and analogue system applications.

 

iOLM Testing

Intelligent Optical Link Mapper is an innovative OTDR-based application that uses multi-pulse acquisitions and advanced algorithms to deliver detailed information on every element on the link.

 

PDM & CD Testing

Polarization Mode Dispersion is a form of testing to check the capacity of the fibre cable showing the integrity of the network. (PMD) testing is becoming essential in the fiber characterization process, but still one of the most difficult parameter to test, due to its sensitivity to a number of environmental constraints.

Chromatic Dispersion  is a term used to describe the spreading of a light pulse as it travels down a fibre when  light pulses launched close together (high data rates) spread too much and result in errors and a loss of information.