Technology
Proprietary Adaptive Optics
Adaptive Optics technology is a revolutionary approach to laser communications that corrects for atmospheric turbulence and distortions to minimize the effects of scintillation and dramatically enhance link availability. It also maintains beam alignment in the presence of vibration due to wind or unsteady camera platforms.
Optical adjustments are made with tip-tilt steering and a unique deformable mirror. Through closed-loop control, the deformable mirror actively changes its shape thousands of times per second to compensate for adverse atmospheric conditions. These changes precisely correct for the wavefront distortions, while focusing the beam directly into a single-mode fiber or multi-mode fiber.
Latency-Free Signals With Virtually Unlimited Bandwidth
The automated beam acquisition, alignment and tracking capabilities, combined with unrestricted frequency bands, enhance the ease of use and rapid deployment of the all-optical DWDM system. The exclusive optical design allows for outdoor, indoor and through-window operation with no degradation of performance. The system’s low operating power level is eye-safe and operates at 1550 nm wavelength.
Uncompressed HD Relay Links and Camera Feeds
Combining Adaptive Optics performance enhancements, automated acquisition, alignment and tracking features plus simultaneous DWDM transmissions, the plug-and-play bi-directional AOptix broadcast lasercom system provides the highest performance of any wireless network.
Engineered for high-fidelity networks, a single LCT-5 link enables simultaneous delivery of multiple HD-SDI video, audio, intercom and graphics, including embedded return video, audio and controls back to the camera operator. The LCT-5 is the only wireless solution that can deliver single or multiple uncompressed high-resolution or high-frame-rate camera feeds several kilometers in distance.
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