CMOS stitching is a specialized technique in semiconductor manufacturing that allows the creation of large sensors and chips by "stitching" together smaller sections of a chip design. This method is essential in fields like medical imaging and industrial cameras, where larger CMOS sensors are needed. However, much like sewing, achieving a flawless integration of these sections requires extreme precision. In the following text, a Project Manager and an Integrated Circuit Layout Design Engineer from ISDI Sensors R&D Austria delve into the various challenges associated with CMOS stitching. They highlight why this technique remains essential despite its inherent complexity.
Read MoreIntroducing the BergKristall Sensor Chip: A Breakthrough in Contact Image SensorsTo find out more about ISDI’s custom design project for Tichawa Vision GmbH take a look at this video interview with Andrea Baum ( ISDI ) and Nikolaus Tichawa ( Tichawa Vision GmbH ) about the BergKristall sensor.
Read MoreISDI GmbH is a subsidiary of ISDI Ltd. and is responsible for the research and development of CMOS image sensors. ISDI was established 2010 and opened an R&D centre in Villach, Austria - ISDI Sensors R&D Austria, in 2022, specializing in developing customized CMOS sensor solutions.
Read MoreAndrea Fant (ISDI) and Nikolaus Tichawa (Tichawa Vision GmbH) presented on ‘Inside View of BergKristall Sensor and web inspection solutions with Contact Image Sensors’. At VISION on Thursday 10th October 2024 at 02:20 PM - 02:40 PM in Industrial VISION Days, Alfred Kärcher Halle (Halle 8), 8C70.
Read MoreIn conversation with Mattia Del Conte about his radiography of Ischiopsopha Bifasciata. “My thesis project focuses on the characterization of X-Ray detectors in collaboration with ISDI Ltd. As part of my stage project, I conducted a radiography examination of an Ischiopsopha Bifasciata specimen, which was provided by the 4life project at Casa delle Farfalle di Bordano in Italy. The images were acquired at the OptImaToLab hosted at Elettra synchrotron with an Excillum Liquid metaljet source set at 70kV using the Spectrum Logic 1412HR 50μm-pixel CMOS flat panel detector in a propagation-based configuration[1]. The specimen measured 2cm x 4cm in size.”.
Read MoreISDI were approached by RSP Systems to undertake a custom design for a near-infrared (NIR) sensor for their Touch Glucose Monitoring™ products. This sensor, initially targeted for a small desktop system, will be used in a smartwatch-style device for non-invasive blood analysis based on Raman spectroscopy, eliminating the need to take frequent blood readings via finger-prick tests or patches. Read the case study about this custom design here
Read MoreISDI will be exhibiting at VISION 2024 8-10 October in Stuttgart. Vision is a market-leading tradeshow for machine vision. Exhibitors will be showcasing key technologies for automated processes in manufacturing, providing quality assurance and relating to Industry 4.0. ISDI will be presenting their sensors, detectors and custom design services for machine vision.
Read MoreAs we have recently passed our ISO9001 Surveillance Audit – it seems like a good moment to recognise and celebrate our Quality Team. We acknowledge that all staff are expected to contribute and participate in our ISO Quality System through regular audits and review – but it is important to acknowledge the leadership and guidance that Audrey Looi (Quality Manager) and Moresche Bartley (Quality Engineer) provide, to keep us on track for building a top-quality product and to keep our certifications in place. Read this interview with the Quality team
Read MoreISDI is delighted to announce that His Majesty King Charles III, has approved the Prime Minister’s recommendation that ISDI should receive a King’s Award for Enterprise in the Innovation category this year. ISDI is one of 252 organisations nationally to be chosen for a prestigious King’s Award for Enterprise.
Read MoreThe IS1510 CMOS image sensor has been used to design the Spectrum Logic CL1510 1:1 Western Blot Imager - a novel scanner for faster, more accurate results.
Western blotting (also known as immunoblotting) is an established biochemical procedure that identifies particular proteins in complex samples and has applications from straight-forward research to the analysis and diagnosis of infectious diseases. Western blotting can be utilised to decide molecular weight, amount and post-translational adjustments of proteins and can subsequently be an effective device to screen changes in proteins, including expression and modifications.
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