To support the ever increasing demand for more bandwidth, the fiber optic network must provide minimal optical signal distortion, loss or corruption. IncrediTek understands the characteristics of the fiber network, enabling you to design your network better to support bandwidth growth and meet your customer commitments.

Splicing
IncrediTek’s Advanced Fiber Splicing Service utilizes state-of-the-art fusion machines to maintain maximum efficiency and lower splice loss on every fiber span.  Our processes and highly skilled team enable us to delivers superior performance on your network.
 
Termination
IncrediTek utilizes state-of-the-art termination techniques to prevent light loss and decrease dirt and damage along fiber spans. Our team of professionals terminates each fiber optic cable with connectors to meet and exceed all industry standards.

Test
IncrediTek’s testing process verifies the integrity and capacity of your fibers through the measurement of key fundamental properties.  To do this the following four tests are performed on each fiber span:

• Fiber Continuity Test
  Ensures that a light path exists between two points and qualifies link loss between two nodes
• Fiber Characterization Test
  Employs an Optical Time Domain Reflectometer (OTDR) to locate events in a fiber optic span including the actual length, loss/km average, splice loss average and the overall fiber loss
• Chromatic Dispersion Test
  Determines total dispersion and fiber type of the optical links to discover the maximum speed that currently can be supported
• Polarization Mode Dispersion Test
  Completes the fiber characterization by highlighting physical disorders including mechanical stress, vibrations, installation twist and torsion, bend radiuses, and aggressive temperature deviations that affect the birefringence of the fiber optic cable.

At the conclusion of the tests, IncrediTek delivers a detailed report outlining all test results and giving you test gear set-up parameters prior to ordering and deploying your optical networking equipment.