Fluke Networks CCTT

Become an Expert in Measuring and Testing Data Cabling

Once a communication infrastructure is installed, it needs to be measured and tested. This is not only to ensure a good, reliable, and fast data connection but also to comply with standards and norms such as ISO, CENELEC, and TIA and to qualify for manufacturer warranties. Thorough knowledge of measurement and testing methods is essential for this:

  • Which measurement and testing equipment and methodologies should be used in different situations?
  • What are the key (transmission) parameters for twisted-pair cabling?
  • What are their limit values?

Measuring, Interpreting, and Analyzing

From signal loss (insertion loss) to crosstalk (near-end crosstalk/NEXT) and loss due to impedance variations in the connection (return loss): being able to interpret measurement results and determine any necessary follow-up actions is an indispensable skill. Kannegieter College offers various theory courses and practical training dedicated to measuring and testing cabling infrastructures. From twisted-pair cabling to fiber optic cabling and from the Fluke Networks DSX-5000/8000 to the Fluke Networks CertiFiber Pro Optical Loss Test Set (OLTS) and Fluke Networks OptiFiber Pro Optical Time-Domain Reflectometer (OTDR). These courses and training sessions are suitable for installers, engineers, and technicians involved in certification, testing, and troubleshooting of cabling systems.


Sufficient basic knowledge of twisted-pair and fiber optic cabling is required to attend these courses and training sessions. Each course or training session concludes with an exam. Upon successfully passing this exam, you will receive the official Fluke Networks Certified Cabling Test Technician certificate.

At the end of the Fluke Networks CCTT courses and training sessions, you will be able to:

  • Safely work with twisted-pair cabling and fiber optic cabling.
  • Operate according to national and international standards.
  • Properly set up measurement and testing equipment.
  • Perform the appropriate reference test before the actual test.
  • Independently perform attenuation measurements.
  • Interpret and analyze measurement results and take the appropriate follow-up actions.

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Fluke Networks CCTT | Measuring Twisted-Pair Cabling Practice with Fluke Networks DSX-5000/8000

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Fluke Networks CCTT | Measuring Fiber Optics Practice with Fluke Networks CertiFiber Pro

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Fluke Networks CCTT | Measuring Fiber Optics Practice with Fluke Networks OptiFiber Pro

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