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News

New ! Dedicated Intensity and Phase Modulators for the 950 nm band !

11/07/2017

The NIR-MX950 intensity modulators and the NIR-MPX950 phase modulators are now available to operate into the optical window 850 nm up to 960 nm. These new class of modulators are selected and tested to provide a purely optical monomode propagation and ensure an high quality modulation in the 900 nm band.

NIR-MX950 NIR-MPX950

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Rad Hard Passive Fibers

03/27/2018

For nuclear environment and high energy physics

For the past 10 years, iXblue has developed a large experience in the use of optical fibers in extreme conditions from undersea to space environment and in Oil & Gas, nuclear, medical, and aerospace applications.
Engaged in large scale R&D projects with the CNES (French Space Agency) and the CEA (French Nuclear Agency), iXblue Photonics has built a unique knowledge in radiation resistant fibers, both for passive and active doped fibers. From design to qualification, iXblue engineers will provide you with custom fibers specifically fitting your application with minimal RIA (Radiation Induced Attenuation) level.
 
Domains
  • Nuclear Environment
  • High Energy Labs (Plasma diagnostic)
  • High Temperature

Coating available

  • Acrylate, Silicone, High temperature Acrylate
  • Polyimide with optional carbon layer for Hydrogen protection

             Rad Hard Passive Fibers

Download example of fibers
 
 
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NEW 28 Gbaud PAM-4 Reference Transmitter ModBoxes !

11/07/2017

iXblue releases New 28 Gbaud PAM-4 Reference Transmitters. These ModBoxes have been reference turn-key transmitters for optical telecommunication laboratories and production test beds. They are available at 850 nm, for CWDM and C-band operation. These instruments which provide clean and open eye diagrams integrate an high grade CW laser to provide more than 5 dBm optical output modulated signal.

Reference Transmitter ModBoxes

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iXblue and Photonics Bretagne Deliver Multicore EY Doped Fiber

02/13/2018

Multicore fiber

After a first phase of design optimisation, an optical fibre, including twelve Erbium/Ytterbium co-doped cores, has been fabricated by a partnership of iXblue and Photonics Bretagne. The duo worked together as part of the Evolution des inFrastructures de réseaux de Fibres optiques grâce à LAmplification à fibres Multi-coeurs (EFFLAM) project.

 


The development can be viewed in the context of fast growing transmission capacity needs worldwide, where multicore optical fibres have attract a great deal of interest over several years. As well as multicore passive optical fibres, active multicore fibres are seen as a key technology that will allow the implementation of more efficient and more flexible optical amplifiers, but is also suited for other applications such as lasers or sensors.

 

Based on end-user requirements, the collaborative EFFLAM project has been built to develop power efficient components based on multicore rare-earth doped fibres in order to reduce size and cost of optical amplifiers and Reconfigurable Optical Add and Drop Multiplexers (ROADMs). Partners involved in the project are Lumibird (formerly Keopsys), iXblue, Photonics Bretagne, Orange Labs, Ekinops, Telecom Paris-Tech, and Institute Mines-Telecom/Telecom Bretagne. The three year project, funded by BPI France, Région Bretagne and Lannion Trégor Communauté, started in 2016.

 

The new active optical fibre has been characterised and delivered to Lumibird,the enterprise in charge of developing fan-in/fan-out technologies that will allow the integration of the advanced fibre into an amplifier prototype. Its evaluation by end-users (Ekinops and Orange), in terms of both optical performances and power consumption, is expected by the project end.

 

Find this news on: www.opticalconnectionsnews.com

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iXBlue Photonics offers the family of Photline products : Intensity modulator, linb03 modulator, gyro fibers