To meet diverse requirements in optical communication networks, Dimension Optical Switches come in two configurations: OMEGA Series Modular and XHASIS Series Rack-Mount. The feature is high repeatability, low insertion loss, high density, cost-effectiveness and easy deployment. In addition, with customizable designs, these switches can be flexibly adapted to fiber and optical component testing systems, as well as large-scale optical network routing and automated operation scenarios.

• High repeatability, service life over 10 million times.
• Low insertion loss, low polarization-dependent loss, and good channel consistency.
• Short switching time, less than 30ms.
• Matrix optical switch, free reconfiguration.
• Programmable, supports multiple control modes including time, button and program.
• The OMEGA Series Modular can integrate multiple functional modules into one, which can quickly realize 
one-stop testing of optical devices and other products.
• XHASIS Series Rack-Mount optical switches have high density, small size, easy deployment and low cost.

Main Application

• High switching times: The switching times of OSW optical switches can reach 10 million times, and MEMS optical switches can reach 1 billion times.
• High repeatability: The repeatability of insertion loss after 100 random switching is less than 0.02dB, providing users with a highly reliable optical path.

• Low insertion loss: The insertion loss of each channel of OSW is less than 1.0dB.
• Low polarization dependence: polarization dependence loss is less than 0.05dB.
• Short switching time: switching time is less than 30ms.

• Matrix optical switches have high density and can realize M x N optical path routing.
• MEMS optical switches are based on micro-electromechanical system technology. Its core principle is to realize dynamic switching of optical paths through precise control of micron-level movable micro-mirror arrays, which can realize arbitrary switching from M to N channels.

Programmable, supports multiple control methods

Main Application Scenarios

Optical switches enable selection of different test instruments, thus eliminating deviations caused by poor connection repeatability.