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XYT-1×4 Mechanical Optical Switch is a compact fiber optic switching solution designed for flexible optical path selection and signal routing in fiber optic communication systems. It provides controlled switching between one common optical port and four selectable optical ports, allowing a single optical input to be directed to different output paths according to system requirements.
Based on mechanical optical switching technology, the device physically changes the optical path between the common port and the selected output port. This configuration provides a straightforward and flexible approach to optical path management and can be integrated into optical communication, monitoring, protection, and test systems.
Wide Wavelength Compatibility: 1260–1650 nm
The optical switch supports a broad wavelength range of 1260–1650 nm, covering a wide portion of the wavelength range commonly used in fiber optic communication systems.
Compared with a switch designed for a single operating wavelength, its broad wavelength compatibility provides greater flexibility when integrating the device into different optical systems. It can be considered for applications requiring optical switching across different communication bands within the supported wavelength range.
1×4 Flexible Optical Path Switching
With a 1×4 configuration, the optical switch provides one common optical port and four selectable optical paths.
The common port can be switched between the four output ports, enabling the system to select the required optical path according to the control signal. This makes the device suitable for systems where multiple optical links need to be accessed, monitored, protected, or tested through a controlled switching architecture.The 1×4 configuration can also help simplify optical path management in applications where multiple fiber links need to be handled by a single switching device.
Non-Latching Operation
The device is available in a non-latching configuration, providing electrically controlled optical path switching for applications requiring dynamic control of the optical connection.The non-latching design can be integrated into automated optical systems where the switching state is controlled by the system's electrical interface and operating requirements.
Applications
Optical Network Monitoring : The switch can be incorporated into optical monitoring systems to provide controlled access to different fiber links or optical paths.
Fiber Link Protection :Multiple optical paths can be managed through a switching architecture, supporting optical protection systems that require controlled path selection.
Optical Signal Routing :The 1×4 configuration provides a practical method for directing an optical signal between a common port and multiple output paths.
Fiber Optic Testing :The switch can be integrated into automated test and measurement systems to switch between different optical paths during testing and system verification.
Optical Communication Systems ：With a broad wavelength range of 1260–1650 nm, the device can be considered for various fiber optic communication systems requiring flexible optical path control.
Flexible Integration for Optical Systems :With its 1×4 configuration, broad 1260–1650 nm wavelength range, mechanical switching technology, and non-latching operation, the optical switch provides a flexible solution for optical path management.
It can be integrated as an individual optical switching component or incorporated into larger optical modules and systems according to the requirements of the application. For projects requiring specific fiber types, connector configurations, control interfaces, or other product parameters, the optical switch can be evaluated and configured according to the system design requirements.
Sharetop specializes in fiber optic communication and optical networking technologies, offering a range of optical switches, passive optical components, and related optical communication solutions. With capabilities in product development, manufacturing, testing, and customization, we are committed to providing reliable and high-quality solutions for diverse optical communication applications.
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