Date posted: 2022-11-03
A Gamma Ray burst, coming from around 2.4 billion light years, was detected. The flash emitted photons carrying a recorded 18 TeV of energy. Gamma-Ray Bursts (GRBs) are bursts of highly energetic gamma rays lasting from less than a second to several minutes – the blink of an eye on cosmological timescales. Continue reading

Date posted: 2021-04-28
We want to congratulate NASA/ Goddard Space Flight Center (GSFC) scientists with their recent progress on the development of their new CZT Imaging Calorimeter. Continue reading

Date posted: 2020-06-24
RADNEXT is an H2020 INFRAIA-02-2020 infrastructure proposal with the objective of creating a network of Continue reading

Date posted: 2019-05-20
The IDE3380 SIPHRA is an IC for readout of photon detectors such as such as PMTs, SiPMs, and MPPCs. Continue reading

Date posted: 2018-10-23
The IDEAS team is proud and grateful to have contributed to the mission and wishes the scientists success with their experiments at Mercury.Continue reading

Date posted: 2018-04-19
IDEAS congratulates the University of Bergen, the Birkeland Centre for Space Science, Terma AS and the Technical University of Denmark Continue reading

Date posted: 2017-12-11

Welcome to this short review of new ASICs and systems at IDEAS in 2017. Our core competence is mixed-signal ASIC design and imaging product development. We are very happy that developers have entrusted us with new design tasks also in 2017. Continue reading

Date posted: 2017-09-01

The IDEAS ASIC development team congratulates the ISS-CREAM collaboration to the successful launch and installation of their instrument on the international space station! The Cosmic Ray Energetics And Mass experiment for the International Space Station (ISS-CREAM) was launcContinue reading

Date posted: 2017-08-30
Integrated Detector Electronics AS (IDEAS) hosted a round table on compact radiation monitors for space application. Participants of the European Space Agency (ESA), the Norwegian Space Centre (NSC), the University of Oslo (UiO), SINTEF Minalab Continue reading

Date posted: 2017-07-03
The company Integrated Detector Electronics AS (IDEAS) has signed a contract with the European Organization for Astronomical Research in the Southern Hemisphere (ESO) Continue reading

Date posted: 2017-06-26
The Hard X-ray Modulation Telescope (HXMT) was launched on June 15, 2017 into sun synchronous orbit at 550km altitude [REF1]. HXMT is a joint effort of Continue reading

Date posted: 2017-05-18
We have started the new Eurostars project NGSDuo - a mixed radiation sensor system for combined hyper-spectral gamma imaging and neutron detection. The Eurostars project will be carried out by Continue reading

Date posted: 2017-05-04
How to acquire electric charge from thousands of micro-strips in a double sided strip detector (DSSD)?  An answer was presented at the INSTR-17 conference by Khabarov et al. for the central tracker in the BM@N experiment [REF1]. They used 80 chips of the type VATAGP7.1 ASIC to read out a total of 10240 strips DSSD. Continue reading

Date posted: 2017-03-17
The AD-BANG project partners from Czech Republic and Norway met at SINTEF Minalab on Monday 13. March 2017. The photo shows the participants from Prague IEAP CTU, DDAIR FNSPE CTU, NRPI, FME CTU and Oslo Integrated Detector Electronics AS and SINTEF. Continue reading

Date posted: 2017-01-31
February 2017, Oslo, Norway Integrated Detector Electronics AS (IDEAS) signs 800kEUR contract with the European Space Agency to develop the next generation controller and acquisition system (IDE8420) for infrared camerasContinue reading

Date posted: 2016-12-16
During the year 2016 the IDEAS team has been working on ROIC/ASIC development and prototype systems. The systems are available now: Continue reading

Date posted: 2016-12-16
In the year 2016 the IDEAS team has worked on new ASICs for the readout of radiation detectors and imaging sensors:
  • IDE3380 - SiPM array readout ASIC, SIPHRA, (more)
  • IDE8410 - Image sensor readout controller, NIRCA, (Proc. SPIE DSS 2016)
  • IDE3466 - Space radiation monitor readout for ESA JUICE RADEM, (Proc. SPIE Astro. 2016)
  • IDE1163 - GEM readout,  gas electron multipliers, for BM@N
  • VATAGP9 - Silicon strip readout, 256 channels, for AEGIS at CERN
We have also designed test boards and a readout system (GALAO) Continue reading

Date posted: 2016-02-22

The next generation X-ray observatory “Hitomi” (ASTRO-H) was developed in an international collaboration including Japan and NASA. The cutting edge instrument on board is the “X-ray micro-calorimeter,” which observes X-rays from space with the wContinue reading

Date posted: 2016-01-11

Two members of the CPT-SCOPE team, namely Anastasiya Dykyy and Timo Stein, presented the preliminary results of the CPT-SCOPE flight-test aboard BEXUS 20 on October 10, 2015, at the 1st Symposium on Space Educational Activities.Continue reading

Date posted: 2015-11-01

On October 10, 2015 at 09:16:54 UTC the BEXUS 20 stratospheric balloon was launched from Esrange in Kiruna, northern-Sweden. On-board was the CPT-SCOPE instrument developed by students from Norway and Germany alongside two other student experiments HACORD (Belgium) and COSPA (Germany). The CPT-SCOPE team was the first Norwegian participation selected by European space experts for the Swedish-German BEXUS program which is supported by ESA and other organisations.Continue reading

Date posted: 2015-10-10
Dear all, After a number of delays due to other payloads and the successful launch of BEXUS 21 our instrument will fly aboard BEXUS 20 on October 10, 2015 scheduled at 14001130. The countdown begins at 1000 and I have to get going at 0600. Have a look on the live stream from Kiruna and wish luck: Continue reading

Date posted: 2015-09-17
We have completed the first design iteration of NIRCA - the Near Infrared Readout and Controller ASIC for Focal Plane Arrays (FPA) under contract from the European Space Agency (ESA) and the Norwegian Space Center. The project aims at future astronomical science and Earth observation missions, where NIRCA will be used with image sensors based on mercury cadmium telluride (HgCdTe, or MCT). Continue reading