Free-space Optical Communication
Free-space Optical Communication

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Products and services for "Free-space Optical Communication"

Image for Technology - HartSCI
Product

Verified

Technology - HartSCI

TechnologyAdaptive OpticsFree Space Optical CommWavefront SensingSIRIILearn MoreLearn MoreLearn MoreLearn MoreAdaptive Optics      Adaptive Optics (AO) implemented on ground-based telescopes delivers a crucial performance boost by overcoming the degrading effect of atmospheric turbulence. Imaging and spectroscopy for scientific discovery benefit from a major enhancement in resolution, enabling much finer detail to be distinguished in celestial objects. Defense applications can exploit ... Read More

by HART SCIENTIFIC CONSULTING INT. LLC

Image for Free Space Optical Communication
Service

Verified

Free Space Optical Communication

Global Communication Networks | Fiberless Photonic Networks on Earth | Mechatronic Systems Contribute to Functionality | Proven Solutions for Outer Space Application | Learn more about the wide range of tip/tilt mirror systems from PI | Do you have questions about our solutions? Our specialists are happy to help you!

by PI UK - PI (Physik Instrumente) Ltd

Image for Free Space Optical Communications – eritek
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Free Space Optical Communications – eritek

Free Space Optical Communications | FREE SPACE OPTICAL COMMUNICATIONS | Why choose us | Why choose us | What we offer | What we offer | Eritek, Inc. | Contact | Links

by Eritek Inc

14 companies for "Free-space Optical Communication"

Eritek Inc's Logo

Leesburg, United States

11-50 Employees

1995

Founded in 1995, Eritek, Inc. is an engineering company located in Leesburg, Virginia offering a wide range of engineering, analytical, and technology services to the federal government and commercial customers. Eritek’s team of highly qualified engineers have expertise in systems engineering, RF and optical communications, signal processing, waveform design, motor control systems, laser etching, power beaming, atmospheric scattering, and mathematical modeling of complex systems. Eritek recently spun off its products division and formed a separate company called qBeam, Inc., to handle the sale of portable multi-spectral IR cameras, free space optics range simulators, laser etching/ablation systems, and VisSim/Comm communication simulation software. The above change is allowing Eritek engineers and scientists to focus more extensively on the needs of its core customers. Eritek Inc. provides innovative solutions in the areas of RF and optical communications, optical sensing and digital processing.

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Image for Free Space Optical Communications – eritek

Free Space Optical Communications – eritek

... Free Space Optical Communications – ...

HART SCIENTIFIC CONSULTING INT. LLC's Logo

Tucson, United States

1-10 Employees

2008

Adaptive optics (AO) is a technology that sharpens the images made by a telescope. AO compensates in real time for the blur imposed by the Earth’s turbulent atmosphere, the same effect that’s responsible for the familiar twinkling of starlight and the shimmer across a hot parking lot. The technology enables high-resolution pictures of planets, stars, galaxies. It is equally valuable in advanced laser communications links between the ground and orbiting satellites, as well as defense applications. The video here shows data collected by HartSCI’s ClearStar AO™ system looking at a star through a 70 cm telescope.

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Image for Free Space Optical Communications

Free Space Optical Communications

... Free Space Optical Communications ...

Unlink VR's Logo

United States

1-10 Employees

2021

- Laser beam transmission- Lossless quality, full 4k, no compression- No latency - 40x the WiFi speed- Can support future bandwidth demand- No wires! -Transmitter is placed near the celling (1b)- Additional reflectors can be used (2b)- The beam will find the best sensor to bind to (3b, 5b, 6b)- If the beam is being blocked - it will immediately hop to the other sensor- If no sensors have line of sight - it will use the reflector. The receiver hub contains battery to supply the headset via USB and it converts optical signals coming from the sensors on players head or body back to DisplayPort of the headset. The sensors receive the laser beam and send the signal over the cable to the hub. Multiple sensors can be placed on the headset or players body to ensure uninterruptable data flow.

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Image for Homepage - Unlink VR

Homepage - Unlink VR

... Free space optical communication for Hi-End VR experience and more Lasers are just better Wires – Laser beam transmission– Lossless quality, full 4k, no compression– No latency – 40x the WiFi speed– Can support future bandwidth demand– No wires! Application example -Transmitter is placed ...

Dynamic Optics's Logo

Padua, Italy

1-10 Employees

2017

We can provide unique innovative transmissive wavefront modulators, ultra-high reflectivity deformable mirrors and solutions for wavefront sensing metrology.

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Core business
Image for Homepage Dynamic Optics - DYNAMIC OPTICS

Homepage Dynamic Optics - DYNAMIC OPTICS

... ASTRONOMY, FREE SPACE OPTICAL COMMUNICATIONS ...

Spinor Research Labs Private Limited's Logo

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Image for Spinor Research Labs Private Limited

Spinor Research Labs Private Limited

... A system for Free Space Optical communication ...

PI UK - PI (Physik Instrumente) Ltd's Logo

Cranfield, United Kingdom

501-1000 Employees

1970

Going Beyond the Ultimate with High-Precision Positioning and Piezo Technology. Fast Configuration, Delivery and Start-Up to accelerate the implementation of precisionautomation processes. 3D printing has quickly become established and enables therapies that were unimaginable just a few decades ago. The advances made, however, have been accompanied by an increase in the requirements. Some 3D printing processes can profit from piezo technology.

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Image for Free Space Optical Communication

Free Space Optical Communication

... Free Space Optical Communication ...

imec's Logo

Leuven, Belgium

1001-5000 Employees

1982

Together we take on the challenges of tomorrow. Our venturing ecosystem supports tech entrepreneurs by providing them with funds and knowhow. A selection of our mature technologies is available for immediate application in research and industry. Take a look at how the goal of a sustainable future guides our research and our internal organization.

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Image for Free-space optical transceiver | imec

Free-space optical transceiver | imec

... Free-space optical communication are useful for data transfer when physical links are difficult. Integrated photonics can solve its technological challenges. ...

BSS Holland BV's Logo

Hilversum, Netherlands

1-10 Employees

2008

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Image for Hybrid Networks – BSSHOLLAND

Hybrid Networks – BSSHOLLAND

... HCLOS – Free Space Optical Communication (FSOC) ...

PI (Physik Instrumente) L.P.'s Logo

Auburn, United States

501-1000 Employees

2003

Pushing the Boundaries of Precision and Speed with the Broadest & Deepest Portfolio in Precision Motion and Piezo Technologies. Our Teams have been helping Engineers and Scientists solve Critical Motion, Automation, Nano-Positioning & Measuring Problems with the Broadest & Deepest Portfolio in Precision Motion and Piezo Technologies for more than 50 years. Linear, Rotary, Piezo, Air Bearing, Servo, Stepper, Voice Coil, Linear Motor, Screw Drives, Hexapods. PI Ceramic’s piezo products are highly engineered and deliver advantages in many areas, including cleanliness, performance, and consistency, providing an edge for global leading customers that develop cutting edge applications. A new lab for innovation creation, permanent product demos, and conference and training space are all part of the new Tech Center.

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Image for Photonics

Photonics

... Free Space Optical Communication ...

LioniX International's Logo

Netherlands

11-50 Employees

2016

From our beginnings in ultra-low loss photonic integrated circuits (PICs), LioniX International has grown into a leading global provider of customized microsystem solutions specializing in integrated photonics and customized MEMS devices. Watch the LioniX International story: how we solve our customers’ challenges. The strength of our approach is in how we apply our technology building blocks and expertise to co-develop a solution with you. We work with you from design to finished device to reach your product development goals. Then we support you as you grow, with production facilities to cover all volume requirements – from custom R&D to high volume production.

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Image for Project SPRINTER Is Off The Starting Block > LioniX International

Project SPRINTER Is Off The Starting Block > LioniX International

... SPRINTER: Low-coSt and energy-efficient hybrid Photonic integrated circuits for fibeR-optic, free-space optIcal and mmWave commuNication systems supporting Time critical networking in industrial ...

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„Free-space Optical Communication“

Free-space optical communication is a wireless communication technology that uses visible or infrared light beam to transmit data over long distances. It is typically used in areas where traditional radio-frequency communication systems are not feasible, such as in space or underwater. By utilizing a narrow beam of light, free-space optical communication can transmit data at very high speeds with minimal interference. The technology is particularly useful in applications where high data rates are required and in harsh environments where traditional communications systems may not be reliable.