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What does OPHIS and OPTIGLAS stand for and what do they have to do with X-FAB? These acronyms describe sub-projects within the European IPCEI ME/CT Programme (Important Project of Common European Interest on Microelectronics and Communication Technologies) in which X-FAB is involved. As part of this major European Programme, our two MEMS foundries in Erfurt and Itzehoe are working on developing and advancing innovative sensors and material systems as well as integration technologies. 💡 OPHIS stands for "Open-access Platform for Heterogeneous Integration and Sensors". 💡 OPTIGLAS is an acronym for "Open Platform for Technologies for the Integration of Glass". Last week, colleagues from Erfurt and Itzehoe met for a kick-off of these two funded projects and discussed the project progress with representatives from the Federal Ministry of Economics & Climate Protection, the Thuringian Ministry of Economics and VDE/VDI-IT at X-FAB's Erfurt site. The first results from the OPHIS and OPTIGLAS sub-projects were presented during the event. Thanks to VDI/VDE Innovation + Technik GmbH for compiling and sharing this video (in German). Acknowledgements:  Federal Ministry for Economic Affairs and Climate Action, Thüringer Ministerium für Wirtschaft, Wissenschaft & Digitale Gesellschaft (Free State of Thuringia) #IPCEI #microelectronics #madeineurope #OPHIS #OPTIGLAS Dr. Markus Noren

please join us at the Technology Talks 2024 in Vienna. Europe leads in many technology areas like #powersemiconductors or #sensors. The #tripletransition offers a lot a great opportunities to position the European industry as leader. How well is Europe prepared and ready to benefit from the combined offering of hardware and software together? Representatives from the European Commission, the semiconductor industry, the Chamber of Labor and the automotive industry will discuss the opportunities and challenges. #innovation #research #cooperation

Congratulations to #SaxonQ GmbH for an incredible achievement, winning three prestigious awards for their revolutionary room-temperature, mobile quantum computer! 🏆🏆🏆 SaxonQ’s quantum computer is unlike any other in the market. In contrast to other quantum computers it can be easily set up in an office, transported without hassle, and operated with just a standard power outlet. It needs no vaccuum, no cooling nor any high-performance lasers. Uniquely, it is CE-certified, ensuring the highest standards of safety and compliance. Integration into any computer network is seamless, and it even runs on battery power, as demonstrated in multiple exhibitions where it performed flawlessly for days. The projected multi-core version of SaxonQ's quantum computer, designed for complex pattern recognition tasks, highlights its cutting-edge technology and already feasable today. With potential CMOS compatibility, the technology is set to revolutionize mobile computing, paving the way for quantum laptops. In light of these advancements and from my personal point of view, SaxonQ appears to be at a critical juncture where a strong #investor partnership could significantly accelerate the development of a quantum laptop. This innovation promises to transform the tech industry and create complete new market opportunities. It seems that for investors, SaxonQ GmbH offers an unparalleled opportunity to be at the forefront of a quantum revolution. Their innovative patented technology and practical applications present a compelling case for a successful investment. #Innovation #QuantumComputing #TechRevolution #Investment #SaxonQ #quantumlaptop #FutureTech

With the digital transformation, the demands on semiconductors are increasing. Chips are to become more and more powerful. At the same time, a highly complex and technologically extremely demanding process must be mastered economically in semiconductor production. We offer you competent support for the processing of wafers in the chip and solar industry as well as for display production. Learn more about automation in the semiconductor industry 👇 here

Infineon Technologies The trend in the chip industry is moving away from conventional silicon chips towards compound semiconductors based on silicon carbide (#SiC) or gallium nitride (#GaN). According to Infineon's CEO Jochen Hanebeck, the new generations of power semiconductors based on innovative technology such as silicon carbide are essential for decarbonization and climate protection. The financial figures about Infineon: Market value: EUR 38,367 € P/E (Price to Earings): 15.66 dividend: 1.11% ________ Mit zunehmenden Leistungsanforderungen geht der Trend in der Chipbranche weg von klassischen #Siliziumchips hin zu Verbindungshalbleitern auf Basis von #Siliziumcarbid (SiC) oder #Galliumnitrid (GaN). „Neue Generationen von Leistungshalbleitern, die auf einer innovativen Technologie wie Siliziumkarbid basieren, sind für die #Dekarbonisierung und den #Klimaschutz unerlässlich“, sagt Vorstand Jochen Hanebeck. DER AKTIONÄR hält ebenfalls an seiner grundlegend positiven Einschätzung zu Infineon fest. Mit einer Belebung der Nachfrage und dem wieder anziehenden Umsatzwachstum sollte bei dem Chipkonzern ab dem kommenden Fiskaljahr 2024/25 eine erste Verbesserung der Rentabilität zu erkennen sein. Weitere Abwärtsrisiken dürften durch die niedrigen Bewertungsmultiplikatoren begrenzt sein. Mit einem 25er-KUV von 2,3 und einem KGV von 13 ist die Aktie vergleichsweise günstig bewertet. Anleger mit Weitblick können daher auf dem aktuellen Niveau wieder einen ersten Fuß in die Tür stellen und die Position gestaffelt ausbauen.

Vodafone 5G Mobile Private Network for BASF Schwarzheide GmbH Innovative digitalisation thanks to the #5G campus network Digitalisation is also the order of the day in the industrial sector. Germany has long been regarded as a pioneer in the transformation to Industry 4.0, but experts warn that the current pace is not sufficient to keep up with growing international competition. 5G campus networks offer a promising answer to these challenges and enable both a noticeable optimisation of existing infrastructures and a variety of new applications. The 5G campus network at BASF's Schwarzheide site was put into operation as a test field in January 2022 and went live in mid-2024. A total of six antenna masts were erected at the site to provide the entire site with 5G network coverage. The first use cases had already been tested in advance as pilot projects and went live with the go-live. Further solutions based on the 5G campus network are now being realised step by step. https://lnkd.in/ex8tB2uM

Simulation-based Decision-Making enabled by #IANUS #StrömungsRaum 👉 https://lnkd.in/eX-H55GP Make simulation simple.

We never stop to innovate. No two Silicon Carbide products are created equal. We differentiate. If you think about fewer losses and highter reliability - Think of us. For my English speaking industry peers: ——————————————————————— The nominees for the German Innovation Prize 2024 also represent scientific and technical brilliance this year. Team III, consisting of Dr. Konrad Schraml, Prof. Dr.-Ing. Thomas Basler and Dr. Caspar Leendertz, is setting new standards in power electronics with their project "Power for the energy transition - electrifying large drives with revolutionary energy-saving chips". Their innovative semiconductor module based on silicon carbide enables more efficient control of electrical energy with minimal switching losses and thus considerable energy savings. By reducing switching losses by up to 90%, cooling the modules is simplified and more cost-effective, making their use in many applications more attractive. Despite the challenges of processing silicon carbide, the team has developed a completely new chip design that also dramatically increases the reliability and service life of power semiconductors. This innovation is a crucial step for the energy transition, as it enables more efficient use of renewable energies and advances the electrification of large drives. Its small size and weight also enable new, previously impossible applications of electrification, for example of construction or agricultural vehicles. You can find out more about the project here: https://lnkd.in/dW3U3VB2

Quantum Computing: The Future of Sovereignty and Innovation in Germany We at Terra Quantum AG are excited to see politics taking the initiative and calling for action on quantum computing! 🙌 Thomas Jarzombek, Member of the Deutscher Bundestag, spokesman for the CDU/CSU-Bundestagsfraktion for education and research and former Commissioner for the Digital Economy and Start-ups, highlights an essential shift in focus—towards empowering local deep tech start-ups and fostering sovereignty in the next generation of computing. At Terra Quantum AG, we firmly believe that quantum computing holds the key to solving some of the world's most pressing challenges, and it's encouraging to see leaders advocating for investments in homegrown innovation rather than relying solely on global tech giants. With promising companies like eleQtron GmbH, planqc, IQM Quantum Computers, and Terra Quantum AG, now is the time for Germany and Europe to lead the way in quantum technologies. Strategic public contracts and government support, as Mr. Jarzombek suggests, will not only drive our growth but also attract private VC investment, boosting the entire quantum ecosystem. Let's leverage this momentum to establish the first quantum demo factories made in Germany and build a robust foundation for the future! #QuantumIsNow #QuantumComputing #deeptech #madeingermany #startups #VCinvestment DLR Quantum Computing Initiative

4 to 20 mA: It may sound analog in a world dominated by wireless communication, smart technologies, and Industry 4.0. So why is someone writing an article about analog technology in 2024? The reason is simple: because it works! 🚀 In an era of innovation and digital transformation, let's not forget that proven technologies often form the foundation of our progress. Let's explore together why 4 to 20 mA still plays a relevant and reliable role in our highly advanced world. #AnalogTechnology #Innovation #Industry40 #Measurement #Sensor #HART #Current #Interface