A white paper published by Fluke Networks includes a list of three characteristics users should look for in an optical time-domain reflectometer (OTDR) used to test fiber-optic cabling systems in data centers. The paper provides detail on why each of these characteristics is important, and also explains how and why fiber-optic cabling systems have had to change in order to support evolving data center networking technologies.
The three characteristics Fluke Networks describes are:
- A simplified and task-focused user interface
- Precision fiber channel information
- Effective planning and documentation
On the topic of the interface, the paper explains, "Almost every OTDR on the market today is designed to cover carrier applications. As a result, many have very complicated user interfaces ... While this is suitable for fiber enthusiasts who test telco fiber on a daily basis, it's a different story for enterprise network technicians."
Concerning precision fiber channel info, Fluke Networks says, "With the increasing use of short patch fibers and multi-fiber connections, details on every link are critical ... OTDRs with an attenuation dead zone of more than 3 meters are no longer applicable."
About planning and documentation capabilities, the paper advises, "You should be able to use a single tool to control, monitor, consolidate and document all test results."
The white paper also discusses the roles that preterminated cabling, high-density/high-speed equipment, and virtualization along with its associated network topologies have had on the evolution of fiber technology in data centers.
The white paper is available for download to anyone who provides registration information.
You can download the white paper here.
