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Such optical splitters split continuous or pulsed optical signal from the input fiber into the output fibers with highly uniform optical power. They are suitable for visible and near infra-red wavelength range where PLCs are not available. Input fibers are fitted with SMA or FC connectors with metal ferrule. Output fibers are with LC/PC or other types of connectors.


AplikaceOptical power spitters have commonly n2 output ports. As of now the maximum number of these ports is 400. The optical elements are placed within anodized aluminium housing which can be customized for different applications.

  • Applications:
  • Measurement and Testing
  • Lighting Technology (RGB)
  • Calorimetry
Catalog Sheet for Download in PDF pdf ikona


  1x64 1x81 1x100 1x400 Attenuation of all channels vs. wavelengths
Wavelength [nm]: 350-1000 350-1000 350-1000 350-1000 multimode optical splitters diagram
Uniformity max. [dB]: 1.5 1.5 1.5 1.5
Input power max. [W]: 5 (cw); Pulse signal on request
Fiber type: Step index fiber with cores (50 - 200 µm)
Operating temperature +10 ~ +40
Storage temperature [°C]: -20 ~ +60
Pigtail style: 250µm, 900µm or custom made solutions
Input connector: FSMA, FC, ST, ...
Output connectors: MTP (MPO), LC, FC, ...

Optical Splitter - block diagram 3D view of the deployment
of optical components
multimode optical splitters scheme multimode optical splitters 3D scheme

1) Lens transforming a diverging beam into a collimated beam
2), 3), 5) Two micro lens arrays and a field lens generate a square beam with uniform intensity profile (top hat profile)
4) Diffuser helps to reduce unwanted interference effects in case of coherent light
6), 7) Another micro lens array distributes light into individual fibers in the 2D fiber array

multimode optical splitters
multimode optical splitters
multimode optical splitters