Features Unmatched Low Cost Low Optical Distortions High Isolation High Reliability Epoxy-Free Optical Path   Applications Channel Blocking Configurable Add/Drop System Monitoring Instrumentation

Features Low Loss and High Reliability Serial Interface (RS-232)  Modularized Design Epoxy-free on Optical Path Applications Ring Network Remote Monitoring in Optical Network Testing of Fiber Optical Component

Features Low Loss and High Reliability Serial Interface (RS-232) Modularized Design Epoxy-free on Optical Path Applications Ring Network Remote Monitoring in Optical Network Testing of Fiber Optical Component

FSW14M05F is a 1×4 (4×1) optical switch developed by Guangzhou Ruid Electronic Technology Co., Ltd., utilizing step-index multimode fiber and specially designed for the visible light band of 405–640 nm. This product adopts precision micro-electromechanical or solid-state optical switching technology to achieve fast and reliable optical path switching between one input channel and four output channels. It is suitable for high-precision applications requiring dynamic multi-channel optical path selection, such as industrial inspection, biomedical imaging, spectral analysis, laser beam splitting, and scientific research experiments.

Product Features   Low insertion loss, wide wavelength range Low channel crosstalk, high stability, and high reliability Maintains optical path when power is off Internal circuit design with self-diagnostic fault detection Simple control method, compact size, easy to integrate into systems

Product Features   Low insertion loss, wide wavelength range Low channel crosstalk, high stability, and high reliability Maintains optical path when power is off Internal circuit design with self-diagnostic fault detection Simple control method, compact size, easy to integrate into systems

FW-OS8600SMA is a high-performance 1×8 mechanical optical switch produced by FIBERWDM, featuring a precision mechanical switching structure, enabling fast and reliable switching between one input optical signal and eight output channels. With an operating wavelength range of 800–2500 nm, it is compatible with multimode fiber applications and is widely used in optical communication systems, fiber-optic sensing networks, laser measurement, and optical path switching.