the MEMS optical switch enables direct physical routing of optical signals without the need for opto-electrical-to-optical conversion. This provides significant advantages such as high speed, low loss, and low power consumption, making it a core component for building intelligent, flexible, and highly reliable optical communication systems.

MXN Matrix FSW MEMS Optical Switch Arrays from WXG Optics is a high-performance optical switching solution with low insertion loss (<0.8dB), fast switching speed (<10ms) and high repeatability. Designed for M×N matrix switching, it is widely used in optical network testing, telecom infrastructure, datacenter interconnect and fiber optic test systems. Customized matrix configurations (1×4, 1×8, 2×2, 4×4, 8×8) are available to meet diverse application needs.

WXG Optics' 1×N multimode MEMS optical switch adopts advanced micro-electromechanical system (MEMS) technology, featuring small package, high stability, high reliability and non-latching design. Support customizable 1×2/1×4/1×8/1×16 channel configurations, with optional control interfaces (TTL/UART or I2C/UART) , perfectly adapted to fiber optic sensing, DWDM networks, channel monitoring and other industrial scenarios.

MEMS optical switches utilize micro-electromechanical technology, offering high stability and reliability. Supports 1xN (N ≤ 16) configurations.

The MxN optical switch matrix features fast switching speed, stable performance, low loss, and high integration.

Low loss, high reliability, fast switching speed, low repeatability meeting ±0.01dB, multi-channel optical switch with multiple control methods.

Low loss, high reliability, fast switching speed, low repeatability meeting ±0.01dB, multi-channel optical switch with multiple control methods.

Supports up to 1*64 channels, Low insertion loss, fast switching, network remote management, rack-mount optical switch.