With the ability to provide up to 288 optical splitters in a standard 3RU chassis, or 48 in a 1RU chassis, the SplitLight modular platform offers network operators a scalable alternative that saves both rack space and costs. 

Companies team up to develop LightClick management software for M2’s SwitchLight solution. The companies will display the solution at Interop 2014 in Las Vegas at the Mandalay Bay Convention Center, in Narra Systems’ Booth #2166, from April 1^st-3^rd. 

SwitchLight™ addresses multiple optical networking applications within a single device to reduce complexity, cost, and space.

Already offering the highest density of passive optical taps in 1RU for network monitoring applications, the SplitLight can also be customized to address both WDM and PON splitter applications in a single platform.

Offering up to 128 splitters in a single 1RU chassis, the SplitLight provides maximum density and flexibility, while significantly reducing rack space requirements

A new test platform has been released by M2 Optics Inc. (Raleigh, NC) that provides multiple lengths of dispersion compensating fiber in a single 1RU chassis, enabling engineers to save significant rack space when using this specialty fiber for various applications.

A new and totally modular optical fiber testing platform has been released by M2 Optics Inc. (Raleigh, NC) that can be easily user-configured for physical network simulation and other related testing applications.

Coreix Systems will offer a wide range of fiber optic equipment from M2 Optics while providing local consulting and support to customers in Australia.

M2 Optics Inc. officially announced today that both new and existing users of the FOS 1000A OMI meter now have the option to request additional, calibrated wavelengths to the standard 1310nm and 1550nm wavelengths included with the instrument.

M2 Optics Inc. announced today the availability of both the Fiber Lab 800D and Fiber Lab 1600D testing platforms, further expanding their broad line of packaged optical fiber solutions.  Used by engineers and researchers requiring lengths of real optical fiber, they are intended for network simulation, latency, certification, demonstration, and other related communications testing applications.