Gezhi MEMS MxN optical switch matrix adopts integrated silicon MEMS chip design, supporting bidirectional optical signal transmission, configurable as M×N or N×M signal routing structure. Channel specifications range from mini 4×4 up to large-scale 256×256 matrix, built-in CMOS/TTL compatible drive circuit, independently controllable each optical channel.

The rackmount MEMS fiber matrix switch passes strict long-life reliability testing, widely deployed in telecommunications, aerospace, fiber automatic measurement, FTTH, remote optical cable monitoring and other high-demand optical communication scenarios.

• SerialNet stable control system, ultra-high long-term stability & reliability
• Built-in LCD front panel with visual real-time data display, physical button operation
• Full transparent optical signal transmission, low wavelength dependent loss
• Support automatic channel scanning, customizable scan interval & start/end channel range
• Dual control interfaces: RS232 serial port + RJ45 Ethernet remote network management
• Lockable panel keys & channel lock function to avoid misoperation
• Wide operating temperature & humidity range, industrial-grade adaptability

• Fiber Connector: FC, SC, LC, ST, SMA or customized
• Communication Port: RJ45 + RS232, custom interface available
• Power Supply: AC 220V(50/60Hz) / DC 36V~72V; Dual AC/DC optional
• Operating Temperature: -10℃ ~ +60℃
• Storage Temperature: -40℃ ~ +85℃
• Working Humidity: 5% ~ 95% non-condensing
• Rack Size: 1U(483×230×44.5mm, ≤16 channels), 2U(483×230×89mm, ≤32 channels), 3U/4U/custom rack

• Baud Rate Optional: 1200, 2400, 4800, 9600, 19200, 57600, 115200 (default 19200)
• Control Protocol: Custom serial command set, start with <, end with >, uppercase command code
• Control Methods: Local LCD button operation, RS232 serial control, RJ45 Ethernet remote monitoring

• FTTH / FITL optical fiber access network testing
• Optical fiber automatic measurement system
• Optical network remote real-time monitoring
• Optical cable online monitoring & maintenance system
• Telecommunication equipment research & production testing
• Aerospace optical communication link switching
• Data center multi-channel optical signal routing
• Optical instrument multi-path signal switching

Order Code Format: MEMS-MxN-X-XX-X-XX-XX-XX-XX

• MxN Matrix Scale: 4×4 /8×8 /16×16 /32×32 /64×64 /128×128 /custom
• Fiber Mode: S=Single Mode(SM), M=Multi Mode(MM)
• Wavelength: 85=850nm,13=1310nm,15=1550nm, 85/13 dual wavelength etc.
• Rack Package: 1U/2U/3U/4U/custom
• Fiber Core Specification: M5=50/125, M6=62.5/125, S9=9/125
• Power Supply: AC single, DC single, dual AC, dual DC, AC+DC hybrid
• Fiber Connector: FC/UPC, FC/APC, SC/UPC, SC/APC, LC/UPC, LC/APC, no connector

• Large matrix coverage up to 256×256, support customized multi-channel size
• Ultra-low insertion loss, high isolation crosstalk, excellent optical transmission performance
• Bidirectional signal transmission, flexible M×N/N×M layout switching
• Dual RS232+Ethernet remote control, support long-distance unattended monitoring
• Industrial rack-mounted design, standard 19-inch cabinet compatible
• 10 billion times switching lifespan, stable long-term continuous operation
• Local LCD visual operation + remote software dual control, convenient debugging
• Complete custom service: wavelength, connector, rack size, power supply, interface

A: Standard models include 4×4, 8×8, 16×16, 24×24, 32×32, 64×64, 128×128, maximum up to 256×256 matrix, custom channel specifications available.

A: Three control modes: 1. Local LCD physical button operation; 2. RS232 serial port upper computer control; 3. RJ45 Ethernet remote network management.

A: Yes. The internal MEMS optical switch array supports bidirectional optical transmission, can be used as M×N or N×M matrix as needed.

A: The switching durability reaches ≥10 billion times, suitable for long-term continuous automatic scanning test scenarios.

A: Support remote key lock and channel lock commands via serial port, after locking, the front panel cannot switch channels manually.