Luna Technologies, a division of Luna Innovations Incorporated (NASDAQ:LUNA), today announced the launch of the latest addition to its Optical Backscatter Reflectometer™ product line, the OBR 4600. The OBR 4600 product provides advanced diagnostic and inspection capabilities to fiber optic manufacturers, developers, and installers by offering ultra-high resolution, high sensitivity measurements of optical fiber assemblies and networks up to 2 kilometers in length. The OBR 4600 instrument offers a substantial increase in measurement speed over its predecessor as well as a new “spot scan” option that enables the user to measure only a specific area of interest on the fiber. The improved speed will open up new opportunities for Luna’s distributed sensing capabilities.
Optical fiber networks and fiber-coupled assemblies are widely used in applications ranging from telecommunications and commercial and military avionics to medical catheters with integrated fiber optic tools. The OBR 4600 instrument offers the ability to look inside these networks and assemblies with a combination of spatial resolution, sensitivity, and distance range that is not currently possible with other instruments available today such as Optical Time Domain Reflectometers (OTDR). With the OBR device, it is possible to troubleshoot, inspect, and locate faults point by point in an assembly and characterize the Return Loss and Insertion Loss of each interface individually. With the sensitivity and resolution of the OBR instrument, one can easily measure and distinguish between a loss at a coupler, a splice, a bend, or a connector.
With the new version of the product, measurements can be taken more than twice as fast in the normal mode of operation and over ten times faster in the new fast scanning mode. With this capability, 30 meters of fiber can be measured with 10 micron spatial resolution in less than seven seconds. With the new “spot scan” option users can troubleshoot and measure short segments of fiber (1-2 meters) at repetition rates of up to 3 Hz.