The Dimension OPM optical power meter series modules encompass four major types: high-performance series, high-power series, Cost-effective series, and high-speed series. All modules are compatible with the Dimension ALPHA and OMEGA universal optical test platforms. Through platform-based test solutions, they deliver fast, accurate, and flexible power measurements, including the detection of weak signals and small signal variations, as well as precise measurement of ultra-high optical power.

To facilitate user convenience and achieve maximum flexibility, the Dimension optical power meter modules offer a wide range of interchangeable detector adapter connectors (compatible with various connector types; see the attached table for details), as well as fiber holders for bare fiber measurement. The product comes standard with an FC detector adapter, and an optional external probe extension cable is also available to meet the needs of remote head users.

Platform+Modular Design

All OPM modules are compatible with ALPHA and OMEGA universal optical testplatforms. Through software programming control, it can work with other Dimension functional test modules and realize one-stop automatic test solutions.

High-Performance Series

High-Performance Series Optical Power Meter Modules are engineered for high-precision, high-stability and automatic precision optical testing scenarios. Equipped with professional detection architecture, they realize faint signal acquisition and wide-range accurate measurement, serving as the preferred core option for optoelectronic component R&D, precision inspection and automatic production-line testing.

Main Features

• One, two or four detectors on a single module

• Wavelength range:850nm~1650nm

• User-configurable trigger input and analog output

• Compatible with single-mode and multimode fiber

Applications

•Precision Power Measurement for Optical Communication Devices.

•Automated Optical Power Testing for Factory Production.

•Detection of Faint Optical Signals and Tiny Signal Variations.