By Company (Sofradir)


July 2017

May 2017

Aselsan Developing Infrared Detector Capability

Uncooled fab already under construction

October 2016

July 2016

June 2016

Gas Imaging Using Uncooled FPAs

Imaging of gas leaks (especially of methane, but also of other gases) has traditionally been done with portable infrared cameras based on cooled InSb and QWIP FPAs. In these, either the FPA spectral response is tuned to the absorption wavelength of the gas of interest or a spectral filter is used in front of it. Alternatively, high-end spectrally selective (Fourier Transform Infrared – FTIR) cameras (also based on cooled FPAs) are used to detect gas leaks with high sensitivity, but at a price premium.

 

Now, a new generation of innovative uncooled gas sensors are being developed to not just monitor large gas leaks but also act as monitors for small leaks.

August 2015

July 2015

April 2015

December 2014

June 2014

November 2013

October 2013

August 2013

June 2013

April 2013

March 2013

January 2013

August 2012

June 2012

March 2012

January 2012

December 2011

September 2011

August 2011

November 2010

July 2010

Setting Up Shop in the U.S.

Overseas IR Detector Companies Expanding U.S. Operations

April 2010

February 2010

November 2009

October 2009

November 2008

Sofradir Buys Electrophysics

The Strategy Behind the Move

July 2008

May 2008

GE Takes Minority Stake in Ulis

General Electric’s GE Commercial Finance is taking a 15% minority stake in Ulis, the supplier of uncooled amorphous silicon microbolometers.

April 2007

Sofradir Awarded Contract for Space Sensors

Sofradir has been awarded a EUR 3.2 million (USD 4.2 million) contract by NEC Toshiba Space for an infrared detector to be used on the Global Change Observation Mission (GCOM) satellite of the Japan Aerospace Exploration Agency (JAXA).

December 2006

Sofradir Building New Fab to Increase Production

Sofradir is starting construction on a new Fab near Grenoble that will double its production capacity of cooled infrared focal plane arrays and position the company to supply 3rd Gen FPAs. The new facility will produce mercury cadmium telluride (MCT) FPAs by Molecular Beam Epitaxy (MBE) on 4” germanium substrates (compared to the currently used 2” CZT substrates).

May 2006