MFD Matched Fiber Array
MEISU developed a small mode field diameter (UHNA) fiber array by splicing small core fiber to regular sized fiber (for both regular SMF and PM fiber).
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PM MPO Jumper
MPO-MPO PM fiber patch cord or MPO fan-out optical cable are suitable for different installation environments, easy to install between different transport equipments or different racks and module boxes.
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Variable Time-Delay Module
The optical time-delay module consists of several optical fibers of different lengths as delay lines, selecting different paths by optical switches can achieve different delays. Optical delay lines are widely used in radar technology, all-optical signal processing, optical communication and other fields.
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MCF Jumper
Multicore fiber is very useful for some optical sensing, optical fiber imaging and medical endoscope, to make it compatible with regular SM fiber system, MEISU can fan out the multi cores to individual regular fibers with LC/SC/LC/MPO connectors
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PM & SM & MM Mixed Fiber Array
Fiber arrays with PM fiber, SM fiber and MM fiber arbitrary combination are widely used in coherent optical transceiver and sensing systems.
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Mini PM Coupler (50:50)
MEISU originally developed a mini PM coupler (25mm x Ø4mm) that provides 50:50 optical signal splitting with an accurate tap ratio while preserving the state of polarization. Because of its mini size, it is easy to be integrated with high density in the optical fiber communication system.
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Knowledge about V Groove Fiber Array
The V groove fiber array is an array formed by using a V-groove substrate to install a bundle of optical fibers or a fiber ribbon on the substrate at specified intervals. The machining process of the ...
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Hermetic Sealing Fiber Array
Fiber array with hermetic feedthrough is basically used in optical transceivers, its high reliability enables their use in aerospace and defense (military) industries.
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Mini PM Coupler (5:95)
MEISU originally developed mini PM coupler ( 25mm x Ø4mm) that provides 5:95 optical signal splitting with accurate tap ratio while preserving the state of polarization.
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