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Tangi Le Guennic

Tangi Le Guennic, who holds Master’s degrees in materials science and optics, is a project and product manager at Cailabs. Tangi has a strong experience in R&D in developing optical sensors for aircraft systems as well as in industrial vision project management. At Cailabs, he works on the development and commercialization of innovative optical solutions for PROTEUS and custom applications (defense, aeronautics, automotive, biomedical...).

Spatial division multiplexing (SDM) Beam Shaping

Flying Further with Beam Shaping

The aerospace industry is facing numerous challenges as it strives to meet the growing demands of air travel. One of the most pressing challenges is the need to reduce carbon emissions, as aviation...
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Laser material processing E-mobility

From the Volkswagen Golf to the Tesla Model 3: How lasers are shaping the automotive industry?

Electromobility, or e-mobility, is revolutionizing the automotive industry and emerging as a priority for automakers worldwide. Laser technology has become a key element in meeting the challenges of...
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Laser Communication

Space optical communications: why are space-to-ground links taking time to develop?

As seen in previous articles, a technological and market revolution in the space sector is reshaping the industry. Low Earth Orbit (LEO) satellite constellations are emerging as current radio...
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Local networks - LAN

Switching to an all-optical network – The best ROI when upgrading your infrastructure?

Companies needing to upgrade or replace existing telecommunications networks look for ways to improve efficiency while reducing capital expenditure and operating expenses. IT and network managers...
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4 min read
Incoherent combining - 08 March 2021

Is it really possible to achieve incoherent beam combining with optimal output quality?

In Star Wars, the Death Star was George Lucas' idea of how several lasers could be combined to form a single, more powerful output beam. In this article, we invite you to discover Cailabs' innovative...
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2 min read
Spatial division multiplexing (SDM) - 15 December 2020

Why is MPLC the best Space Division Multiplexing technique?

Have you heard about this revolutionary new technique that allows information to be encoded in independent shape of light inside an optical fiber? Read on for an insight into Space Division...
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3 min read
Orbital Angular Momentum (OAM) - 28 May 2020

How is an OAM generated? What is the potential of OAM generators on the market?

In a previous article, we defined OAM (Orbital Angular Momentum) waves and looked at their properties. In this article, we will focus on OAM generators and compare some options available on the...
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Popular posts

Space optical communications: why are space-to-ground links taking time to develop?
Julien Bayol - 12 December 2022
What is an OAM wave and what are its properties?
Tangi Le Guennic - 17 April 2020
Lighting up the future of satellite communications
Julien Bayol - 31 May 2022
How is an OAM generated? What is the potential of OAM generators on the market?
Tangi Le Guennic - 28 May 2020
Satellite-to-ground laser communications: a step from experimentation to commercialization
Julien Bayol - 27 September 2022

Recent blog posts

Flying Further with Beam Shaping
Pu Jian - 25 September 2023
From the Volkswagen Golf to the Tesla Model 3: How lasers are shaping the automotive industry?
Adrien Douard - 11 July 2023
Space optical communications: why are space-to-ground links taking time to develop?
Julien Bayol - 12 December 2022
Switching to an all-optical network – The best ROI when upgrading your infrastructure?
Jean-Philippe Gauthier - 29 September 2022
Satellite-to-ground laser communications: a step from experimentation to commercialization
Julien Bayol - 27 September 2022