The Fluke Networks MFTK-SM1310-SM1550 MultiFiber Pro Singlemode Kit can certify MPO fiber trunks without the use of fan-out cords. This singlemode and multimode MPO fiber testing kit eliminates the complexity of polarity issues, and it makes cassettes easier to test in the field. Whether it is using 10 Gbps preterminated MPO fiber trunks or planning for next-generation 40/100 Gbps Ethernet performance, data centers are standardizing on an MPO connector solution. Typical data center fiber installation means time-consuming, manual and imprecise MPO validation. The MFTKSM1310SM1550 is 90 percent faster than single fiber cable certification because it measures power loss and validates polarity on 12 fibers in a single connector — reducing test time from weeks to days.

"Scan All" Function

The Scan All function in the MultiFiber Pro Power Meter automatically scans and tests all 12 fibers in MPO connectors - taking just 6 seconds to complete all loss or power measurements. This feature automates the certification of MPO terminated fibers and eliminates the time consuming and manual process of moving the fiber tester from fiber to fiber while using fan-out cords.

Built in Polarity Verification

The simple purpose of any polarity scheme is to provide a continuous connection from the link’s transmitter to the link’s receiver. For array connectors, TIA-568-C.0 defines three methods to accomplish this: Methods A, B and C. Deployment mistakes are common because these methods require a combination of patch cords with different polarity types. The polarity measurement of MultiFiber Pro allows the user to test individual patch cords, permanent links and channels for correct polarity.

Simple User Interface

The MFTK-SM1310-SM1550 is so successful at simplifying the task of simultaneously representing polarity, power and loss results for 12 fibers that the user interface is patent pending. The power meter enables the users to easily comprehend the measurement results of 12 fibers simultaneously. The light source identifies each fiber within the MPO connector that is being tested. Any individual measurement that fails the test limit is plainly identified to allow root-cause analysis. This powerful yet straightforward test set enables everyone to become a fiber testing expert and increases efficiency in testing data center projects.