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Achromatic Spatial Mode Control
All pass waveguide spectrum using any waveguide
All fiber MM and SM SOP Control
Non-hysteresis adjustable birefringence
Stablehigh resolution control
Fast and efficient scrambling
Off the shelf,modular and customizable
Programmable scrambling frequency, algorithm and amplitude
Open source stepper motor control
Anywave is our ability to use any optical fiber type i.e. Silica, ZrF4, InF3, Chalcogenides, GeO2, rare earth doped, hollow core and other exotic fibers; even plastic waveguides.
Anywave uses achromatic spatial wave displacement to achieve 150% coverage of the Poincaré sphere for SM polarization control and MM laser light decorrelation.
Anywave spatial displacement is achromatic while birefringent aveplates created by compression can have very low to over full wave retardance.
Fiberbench is our powerful modular fiber optomechanics system for fiber optic polarization control and spatial mode scrambling.
Fiberbench makes it simple to adapt our products to application specific requirements.
Fiberbench permits single quantity and volume orders to be fulfilled without development cost and warranties to 5 years.
Fiberbench OEM, enclosed instruments and active parchcords use lightweight fiber armoring; Fiber type, pigtails, connector, etc. set using interactive forms. (6)
The rotation of a multimode fiber, ifimaged as a fiber section is similar torotating the projected image of the wavefront.
Of course, fiber cannot be considered asa 2D image, but this provides anapproximate result that correlate wellwith experimental data.
This illustrates well the achromaticscrambling effect of modal displacement about theoptical axis. Any fiber materialand any laser wavelength will exhibit thesame efficiency.
For a laser producing 30-100 % spatialnoise, less than 12% spatial noise isgenerally expected for 180° integrationor half a period.
Customer data with instrumentsoperating at 3 to 4 ms half period for180° rotation show 2.5% to 5% RMSnoise from 520 nm to 2.1 um 30% lasernoise at 4 to10 ms integration
523 nm laser on/off mode decorrelationin 200/220 fiber Scrambling alternating 2Pi rad rotation in 16 ms with 17 ms camera integration
Low fiber stress instruments scalable to different fiber core sizes, with a periodic, randomized or programmed fiber travel. 2 Pi rad rotation fastest period of 6m,8ms,10ms for fibers to 300 um, 500 um, 1000 um coating diameter available and slower ranges for larger diameter clear apertures.
Paddles can be hard work!
The premier solution for motorized polarization control using any fiber design wave length with fixed but adjustable linear waveplates. Non hysteresis operation suitable for closed loopor self adjusting systems with capable of 0.1°resolution or dithering and 150° Poincare sphere coverage Stable static stepper motor operation with inherent position traceability for 1st century photonics.
No scientist is left with an orphan SM or MM mode control problemTelecom technology brought to the lab
Discuss how our patented technology can serve your research project and qualify for a demonstration unit
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