Cailabs spatial multiplexer for telecommunication at Booth #4838:

Spatial Multiplexing

logo proteus
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Laser Communication and LiDAR

Logo Tilba
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PROTEUS_horizontal-1platform: Mode Selective Spatial Multiplexer

PROTEUS by Cailabs is the best available spatial multiplexer for SDM, OAM or FSO research. 

Featured in two versions, Standard PROTEUS-S or Custom-made PROTEUS-C, the platform can meet all your needs for mode division multiplexing research and development from entry-level to the most advanced demands. The PROTEUS solution displays:

 

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Record number of space
division modes

Up to 45 spatial modes selectively multiplexed and excited

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Unparalleled optical
performance

Low optical losses and record modal selectivity

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High flexibility for all
applications

Compatible with a wide wavelength range and all types of input and output: free space or fiber, all mode types

 

FIND OUT MORE ABOUT PROTEUS

 

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New:  TILBA_horizontal platform improves the reliability of LaserCom & LiDAR applications

Intended for free space optical communications and LiDAR applications, the TILBA solution increases your LaserCom & LiDAR applications. TILBA can be implemented both at the emission and at the reception with its two products: TILBA-T & TILBA-R.

 

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More reliable laser 
communications

Increases the range and robustness of optical links in free space

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Passive optical system

A totally passive system with unlimited bandwidth

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Compatible with standard  telecommunications 
components

Inputs/outputs over standard singlemode optical fibers compatible with telecommunications components

 

 FIND OUT MORE ABOUT TILBA

 
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Live demo 

A live demo of our 45-mode multiplexer will be showcased at Cailabs booth #4838

 

Cailabs' oral presentation

M1E.3 • 08:45 am - March 4th

Weakly-coupled 6-LP-mode Fiber with Low Differential Mode Attenuation

Marianne Bigot1, Jean-Baptiste Trinel1, Hélène Maerten1, Mathé Van Stralen2, Igor Milicevic2, Laurent Bigot3, Stéphane Plus3, Adrien Masselot3, Rémi Habert3, Christian Simonneau4, Kaoutar Benyahya4, Guillaume Labroille5, Pierre Sillard1;

1Prysmian Group, France; 2Prysmian Group, Netherlands; 3Université de Lille, France; 4Nokia Bell Labs, France; 5Cailabs SAS, France.

We evidence the impact of small angle light scattering on Differential Mode Attenuation (DMA) in few-mode fibers. Based on this finding, we design and fabricate a weakly coupled 6-LP-mode fiber with low DMA.

Find out more >

 

Other oral presentations

M2C.4 • 11:30 am - March 4th
Tutorial : Enabling Technologies for Optical Data Center Networks: Spatial Division Multiplexing
You're new in spatial division multiplexing? Or you wish to have a global view of what is up in this field? 
You can attend the Tutorial By Lena Wosinska from KTH and Chalmers University which will address challenges and recent developments of SDM techniques for optical datacenters.
 
W1H • 08:00 am - March 6th
Panel: SDM Technology Solutions for Next Generation Submarine
What are the challenges for next-generation SDM? 
On Wednesday, a panel of experts will exchange on the challenges and solutions for implementing massive spatial and spectral multiplexing SDM technology within the unusual design constraints of undersea cable systems.
With Olivier Courtois (Alcatel Submarine Networks), Herve Fevrier (Facebook), Tetsuya Hayashi (Sumitomo Electric Industries Ltd.), Emmanuel Le Taillandier de Gabory (NEC Corp.), Robert Lingle (OFS), Erwan Pincemin (Orange Labs France Telecom), Oleg Sinkin (TE SubCom), and Vijay Vusirikala (Google)
 
W4C.5 • 06:00 pm - March 6th
Characterization of Long Multimode Fiber Links Using Digital Holography
Wish to know more about MMF behavior? 
On Wednesday, Mikael Mazur (Chalmer Univ. and Nokia Bell Labs) & al. will show the evolution of mode-dependent loss and crosstalk of a 26.5km fiber span supporting 45 spatial modes. 
 

Meet-and-greet

If you would like to meet our PROTEUS or TILBA experts during the show, please fill out the form below:
Cailabs
38 boulevard Albert 1er
35200 Rennes
France
 
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