New research on Superluminescent Diodes by SUPERLUM

New research on Superluminescent Diodes by SUPERLUM

New research on Superluminescent Diodes by SUPERLUM 

 

 

 

SUPERLUM will present new research on Superluminescent diodes (SLDs) based on asymmetric double quantum-well heterostructures at the upcoming CLEO/EUROPE-EQEC 2019 in Munich, Germany. Join us to learn more about the remarkable advantages of these SLDs and discuss their outstanding performance with our specialists.

Our presentation will be held at the CB-P.34 Poster session on June 24th at 13:15 at Hall B0 of the CLEO/EUROPE-EQEC 2019 at Internationales Congress Center, München.

At the very same time, we are also exhibiting at Laser World of Photonics and will be glad to see you at our booth 110 of Hall B2 of Messe München. Feel free to arrange a meeting with us by sending an email to sales@superlum.ie  

New research on Tunable Semiconductor Laser by SUPERLUM

New research on Tunable Semiconductor Laser by SUPERLUM

New research on Tunable Semiconductor Laser by SUPERLUM 

 

 

 

SUPERLUM will present new research on Tunable Semiconductor Lasers with Two Acousto-Optic Filters in the External Cavity at the upcoming CLEO/EUROPE-EQEC 2019 in Munich, Germany. Join us to learn more about how optical power can be significantly increased at the output of the laser.

Our presentation will be held at the CB-P.2 Poster session on June 24th at 13:15 at Hall B0 of the CLEO/EUROPE-EQEC 2019 at Internationales Congress Center, München.

At the very same time, we are also exhibiting at Laser World of Photonics and will be glad to see you at our booth 110 of Hall B2 of Messe München. Feel free to arrange a meeting with us by sending an email to sales@superlum.ie  

New Superlum report will be presented at BiOS 2019

New Superlum report will be presented at BiOS 2019

Superlum will Present a New Report at BiOS 2019

 

 

During BiOS 2019, Superlum will be presenting a new report on our research of Swept wavelength semiconductor lasers of the red spectral range. The presentation will be held  at BiOS Sunday Poster Session.

Make sure you join our presentation to learn more about these devices. The Session will be held at Intercontinental Hotel, Grand Ballroom (3rd Flr) + Intercon Ballroom (5th Flr), from 5:30 PM to 7:00 PM on 3rd February 2019. You are also very welcome to arrange a meeting with us in advance by sending a message to sales@superlum.ie.

First SLD Operating from -40 to +125 C

First SLD Operating from -40 to +125 C

 

 

Superlum Diodes pioneers a range of miniature fiber-coupled semiconductor superluminescent diodes at 840 nm designed for harsh-environment applications in the wide range of ambient temperatures from -50C to +125C. Several models are available with various combinations of spectrum width (up to 50 nm) and output power (10 mW and more ). The SLD modules have 14-pin butterfly design and can be easily integrated into systems in a wide range of industries including spectroscopy, fiber-optic sensors and avionics.
To learn more about these innovative game changer devices , make sure you visit our both #5445 at Photonics West from the 5th to the 7th of February 2019.

For further information, or to arrange a meeting with us at the upcoming show, please contact us

 

SUPERLUM Broadband Light Sources – Now with Variable Optical Attenuators (VOA)

SUPERLUM Broadband Light Sources – Now with Variable Optical Attenuators (VOA)

New feature available with Superlum’s Broadband Light source -Variable Optical Attenuators VOA

 

 

 

Superlum’s Broadband Light sources (benchtop and OEM) are now available with a new feature – integrated Variable Optical Attenuator (VOA), which allows to gradually change output power without distortion of the optical spectrum.

 

Superlum’s Broadband Light sources combine ultra-broadband spectrum (up to 300 nm) with the highest power (up to 35 mW) ex-fiber, available on the market. The optimum combination is important for OCT imagine technique.
However, the higher the power the more expensive the light source is.

Do you need the highest power?
Trial and error is the only chance to get the answer to this question.

But thanks to Superlum’s new VOA option, now you can buy one Light Source with VOA and chose the optimum power at the development stage to minimize the costs at the stage of mass production.

 

For further information please contact us