MEMS Matrix Fiber Optical Switch — (3x3, 4x4, 5x5)

Features:
  • Low Cost
  • High Reliability
  • Low Insertion Loss
  • Broad Band
  • Bidirectional
  • Compact Design
  • Low Voltage
  • 5 Years Warranty

 
Fiber Type 780HP PM780 SM800 PM850 50/125 62.5/125 PM980 Hi1060 SM28 PM1550 SM1950 PM1950
Wavelength (nm) 760 – 850 760 – 850 830 – 870 830 – 930 830 – 1350 830 – 1350 910 – 1100 960 – 1080 1250 – 1650 1250 – 1650 1700 – 2300 1800 – 2200
Connector FC/APC FC/APC FC/APC FC/APC FC/PC FC/PC FC/APC FC/APC FC/APC FC/APC None None
Datasheet
Price $𝟧𝟧,𝟦𝟪𝟦 $𝟩𝟣,𝟩𝟢𝟪 $𝟦𝟧,𝟩𝟢𝟪 $𝟣𝟧,𝟩𝟧𝟣 $𝟧,𝟣𝟦𝟪 $𝟧,𝟣𝟩𝟫 $𝟩𝟣,𝟤𝟫𝟤 $𝟣𝟪,𝟤𝟧𝟤 $𝟦,𝟪𝟦𝟣 $𝟣𝟥,𝟢𝟩𝟣 $𝟣𝟨,𝟣𝟫𝟣 $𝟤𝟤,𝟧𝟣𝟨
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SKU: MEMS

MEMS Series Fiber Optical Switches are plug-and-play, all-in-one units that provide direct, non-blocking optical signal routing between any input ports to any output ports with millisecond switching speeds. These passive devices preserve signal integrity, supporting all data rates and waveforms. Engineered for long-term reliability, they are rated for continuous operation and backed by a five-year warranty. The standard version is optimized for lasers with linewidths greater than 1 GHz; optional specialized coatings are available to mitigate etalon effects for narrow-linewidth lasers. Each switch is housed in a rack-mounted enclosure, with height determined by the selected front panel connectors. A web-based GUI is included, compatible with standard network management protocols. For developers, a complete command set is provided, and code-writing services are available upon request. The GUI supports time-based step scripts, enabling pre-stored switching sequences to eliminate execution latency — particularly useful in automated test setups. To further minimize control delays caused by non-real-time systems, a dedicated computer running a real-time OS (e.g., Linux on a single-board computer) is recommended. A multicast version is also available for applications requiring simultaneous distribution from one input to multiple outputs.
Each switch driver includes a GUI for programming and a command set (API) so customers can develop their own control software. Python and LabVIEW interface libraries; integration support is available for a fee.
Due to inherent computer delays under Windows, response speed can be improved by using a Linux-based controller or executing stored switching sequences directly on the board. In this mode, the host computer simply issues start, pause, and repeat commands.

Monitoring Applications – access signals for analysis in real-time without disrupting traffic.

Reconfigure Applications – select, duplicate, and distribute optical signals to one or many locations.

5-year manufacturer warranty