The Sensation project is built upon a consortium of different partners active in sensor development, camera development and compression algorithms and is funded by Penta. Multiple workshops were organized to strengthen the partnership, cooperation and knowledge-sharing between the SENSATION consortium stakeholders.
In broadcast and machine-vision, compression is at the utmost importance to achieve an efficient transmission of high frame rates with UHD HDR (8K) images. The Sensation project strives for a profound cooperation between the camera and image sensor designers and the compression algorithm designers to allow the upmost efficiency in timing, cost and quality of the resulting compressed image in the camera system. Therefore, as part of the Sensation project, intoPIX organized a compression workshop on the 17th of January. Various partners of the consortium will demonstrate their knowledge on image compression on the camera platform. Following speakers kept lectures during this workshop:
- Caeleste (On Chip companding, Arne Crouwels)
On Friday 14 December 2018 Bart Dierickx, CTO, will present at the Pixel2018 workshop in Taipei, Taiwan, the joint Caeleste & Paradromics paper:
Pixel array for 3-D integration with an intra-cortical electrode array
“Here we present a Read-Out Integrated Circuit (ROIC) with metalized topside contacts that is bonded to an array of insulated microwires to form a platform for in vivo, intra-cortical recording (recording of the brain’s neurons electric potential waveforms) of unprecedented scale.
The pixel consists of an AC-coupled sense-amplifier, followed by an anti-aliasing band filter. It has a metalized top-side contacts on each readout array element (pixel) for bonding to an array of microwire probes. It is measured to have lower than 10μVRMS noise to record action potentials with high fidelity. The pixel size, 50µm, fits the desired inter-wire spacing for the array. It supports full-frame readout beyond 32,000 fps.”
Feel free to contact us if you would like to meet our CTO there.
On Wednesday 28 November 2018 Dirk Van Aken, Senior Project Manager, will present at the CNES workshop on ultraviolet detectors and instruments in Toulouse (France) the paper:
“QE of front side and back side thinned CMOS Image Sensors between 100 and 400nm”
Classical frontside illuminated CMOS and CCD image sensors are suitable for visible light imaging, yet suffer serious degradation in spectral response for wavelengths especially in the near and deep UV.
The underlying reasons (interference, material-specific absorption, coatings, surface treatments) are fairly well understood, and certain measures to enhance the UV response are possible.
We had the occasion to have virtually the same device processed in following flavours of two CMOS image sensor processes:
- Plain frontside illumination, with all dielectric layers including the passivation layer in place
- Frontside illumination with the dielectric stack completely removed
- Frontside illumination with the dielectric stack partially removed
- Backside illumination with 3 combinations of Si layer thickness and anti-reflective coatings.
Team caeleste_real_final_v2b won the 2018 Electroniad organised by AnSem! Congratulations to Koen, Walter, Lander, Peri and Alessandro for their achievement!
A big thank you to our esteemed Jury, Prof. Willy Sansen, Olympic Medalist Bart Swings, and Dr. Jan Crols, since their presence strengthens the Electroniad “tradition” even more; and to Christina Avdikou and Alexander Van Dijck from Ansem for a very successful organisation.
Who’s going to host next year’s event? …. to be continued …
Team ‘Moore Or Less’ from Easics won Caeleste’s first Electroniad in 2016. Easics organized last year’s edition and the winner in 2017 was Team ‘CAELESTE_PLAN_C’.
This year the Electroniad will be organized by AnSem.
The Electroniad(e) organization is created to promote the art, skills, renown, study and profession of electronics.
Electroniad(e) is a non-governmental not-for-profit organization, promoting the education, the high-level academic and professional courses in electronics in all its aspects.
Partners in this organization are non-governmental companies and institutions. All are world-class leaders in Electronics, Photonics, ICT, Hardware Computer sciences, their applications and their supply chain.
The “Electroniade” was founded in 2016 by Caeleste CVBA, Mechelen, Belgium.
Promotion and search for participants focus on professional electronicians, as well as on young people (starting from secondary school level and bachelor) interested in technology and electronics in the broad sense.
Who will be the Winner of 2018? Your team? Don’t miss the 2018 Electroniad. Register today!
More info and registration at www.electroniad.org or via firstname.lastname@example.org
Also this year you will have the opportunity to demonstrate your electronics know-how in the famous Electroniad quiz.
This 3rd edition will be organized by Ansem in the Brabanthal in Leuven on October 5th .
The subscriptions are open and it is time to gather your team and start refreshing and deepening your knowledge of electronics in the broadest sense.
On Sunday May 27th Caeleste participated in the first edition of “Sound of Science”, a STEM promotion event. We brought two demos to the event and both attracted a lot of attention from the public. Our Wireless Personal Radiation Detection device (WPRD) was developed as part of a Eurostars project together with our Korean partner FC Unwired. The device can demonstrate the natural radiation of e.g. …. bananas! We also demonstrated our capability to read through closed envelopes. This demo was particularly enjoyed by our younger visitors!
Of course we also promoted the 2018 edition of the Electroniad and held a mini-quiz at our booth. It triggered a lot of interest and many people tested their technical skills and knowledge in this unusual setting. www.electroniad.org
The Caeleste team had a fun day at the Sound of Science and our visitors too!
Caeleste CTO, Bart Dierickx, is elected as member of the International Advisory Committee of the renowned “Pixel 2018 – International Workshop on semiconductor Pixel detectors for particles and imaging” Workshop. This Bi-annual event will be organized for the 9th time and will take place in Taipei – Taiwan from December 10th – 14th.
The workshop was originally set up to report on high-energy physics pixels and sensors, now this conference is evolving to become the conference on radiation detection in pixels in general
Caeleste is proud to announce that it is part of a consortium, led by Adimec, located in The Netherlands and supported by the new PENTA cluster. The funding for Caeleste is coming from the Flemish innovation agency VLAIO.
On January 1, 2018 the Penta-funded EU-project Sensation started and will run for 3 years.
This project is carried by a six-company consortium consisting of:
- Caeleste, Mechelen, Belgium
- Adimec, Eindhoven, The Netherlands
- Grass Valley, Breda, The Netherlands
- ON Semiconductor, Oudenaarde, Belgium
- intoPIX, Mont-Saint-Guibert, Belgium
- TUDelft, Delft, The Netherlands
The overall goal of the SENSATION project is to develop technologies and improved building blocks for the next generations of CMOS image sensors, image sensor interface standards, video processing and transmission. Results will be demonstrated in prototype silicon and application demonstrators. Transmission solutions will be standardized. In all vision based professional applications the trend in image capture is towards higher spatial and temporal resolutions, wider color gamut, higher dynamic range and improved image quality. New and improved building blocks will be developed to drive and fill in these trends in Production Technologies, and Connectivity and Digital Networks.
Within this project Caeleste will focus on:
- Developing global shutter pixels with extended dynamic range
- High-speed serial interface for image sensors and increased data rates
- Improved ADCs for high-speed sensors.
Together with Spacebel and Amos, Caeleste is working on a radiation hardened hyperspectral sensor for a remote sensing application, commissioned by ESA. The device has 256 pixels in the spectral and 2048 in the spatial direction with a pitch of 15.5 µm. More information.