Switches
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This 1x32 MEMS switch provides rapid opto-mechanical switching within 1240 nm to 1640 nm wavelengths. Its micromechanical mirrors ensure reliable operation, achieving switching times below 1 ms and insertion loss of only 1.5 dB.

This 8x8 all-optical network switch module is a compact, high-performance, ultra-low power, fully non-blocking matrix switch. The customer configurable single-sided switch design allows any of the 8 ports to be connected to any other ports.

This optical switch utilizes a patented non-mechanical configuration, activated through an electrical control signal. Its latching operation ensures the selected optical path remains intact even after the drive signal is removed.

This 1x1 optical switch features low insertion loss, low driving power, and high switching speed. The switch is designed for use in optical fiber communication networks and measurement instruments.

This optical switch utilizes patented non-mechanical configurations, activated via an electrical control signal. Latching operation maintains the selected optical path even after the drive signal is removed.

This optical switch features low insertion loss and high channel isolation. It is designed for demanding switching requirements, including continuous operation and fast response times.

This optical switch utilizes patented non-mechanical configurations activated by an electrical control signal. Its latching operation maintains the chosen optical path even after the drive signal is removed.

This switch utilizes patented non-mechanical configurations activated by an electrical control signal. Its latching operation maintains the selected optical path even after the drive signal is removed.

This 1xN optical switch utilizes a stepper motor for precise control. It features low loss, high reliability and is suitable for ring networks and remote monitoring in optical networks.

This miniature mechanical switch is designed for optical signal routing. It features low insertion loss and high isolation.

This mini 1x4 optical switch is designed for routing optical signals. The compact switch allows selection of one of four output fibers from a single input fiber.

This mini optical switch is designed for optical signal routing. It features a 1x2 configuration, enabling switching between two output ports from a single input.

The 1x2 solid-state fiber optic switch redirects an incoming optical signal into a selected output fiber. It features low insertion loss, high extinction ratio, high channel isolation, and high reliability.

This 1x1 optical switch features low insertion loss and high switching speed. The switch is designed for use in optical fiber communication networks and measurement instruments.

This miniature mechanical fiber optic switch features a compact design for integration into telecommunication systems. The switch is designed for 5V operation and has multiple fiber optic cables connected to it.

This 2x2 fiber optic switch is a compact device for optical signal routing. It features low insertion loss and high channel isolation.

This 2x2 mechanical fiber optic bypass switch provides a reliable method for routing optical signals. Its compact design and robust construction make it suitable for telecommunication applications, including optical network protection, signal routing, and automated testing.

This network communication switch is designed for integration into electronic systems. The device features multiple electrical contacts and a rotating mechanism, making it suitable for use in a variety of communication applications.