Real Time aberration correction for atmospheric turbulence
Improving image quality of ground-based telescopes
Real-time aberration correction of atmospheric turbulence applied to high power laser or to satellite imaging
Real Time correction of high power laser aberrations
Dynamic beam shaping for high power laser
The instrument to make image acquisition without aberrations
Dynamically adjust/correct the vision of the eye
Ideal for wavefront correction in confocal, multiphoton and any type of super-resolution microscope
Real Time aberration correction for atmospheric turbulence
Improving image quality of ground-based telescopes
Real-time aberration correction of atmospheric turbulence applied to high power laser or to satellite imaging
Real Time correction of high power laser aberrations
Dynamic beam shaping for high power laser
The instrument to make image acquisition without aberrations
Dynamically adjust/correct the vision of the eye
Ideal for wavefront correction in confocal, multiphoton and any type of super-resolution microscope
Real Time aberration correction for atmospheric turbulence
Overcoming Atmospheric Turbulence in FSO Communications.
Atmospheric interference significantly degrades Free Space Optical (FSO) performance
Integrating our Adaptive Optics (AO) into your communication terminal enables
Precision Beam Coupling: Efficient coupling into single-mode or multi-mode fibers
Reliable Signal Integrity: Drastic reduction in Bit Error Ratio (BER) for stable data links
Maximum Bandwidth: Achieve state-of-the-art data rates by maintaining a diffraction-limited beam
Our high-speed deformable mirror technology, combined with a Real-Time Controller and high-frequency Wavefront Sensor, provides a turnkey solution for full atmospheric turbulence compensation