DDC & PDC are at the IEEE Space Mission Challenges for Information Technology - IEEE Space Computing conference, July 15-19 (Mountain View, California). Stop by our booth to learn more about our latest radiation hardened computing, memory, connectivity, power, and motion control solutions. Visit: https://bit.ly/3JKL3vD #space #radhard #DDC #PDC
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Recruiting IoT/IIoT, Security, Embedded, Network/Device, Cybersecurity, Automotive, ICS/SCADA, Mobile, Cloud, HPC/Supercomputing Talent
#Embedded #MilAero Munich, Germany – 14 November, 2023 – Edge computing and inference in satellites enables near real-time data analysis and decision making. This is becoming increasingly important as the number of connected devices and the amount of data they generate continue to grow. To address these high performance computing requirements in space applications, Infineon Technologies LLC … Read More → "Infineon extends line of radiation-hardened asynchronous static RAMs with embedded ECC for space and other extreme environment applications" https://lnkd.in/gW9EPijJ
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Photonics is superior to quantum computing in almost every category Easier and cheaper to build, less energy to maintain and has more computational power, while also being able to be integrated into digital infrastructure. Even the ‘quantum entanglement network’ that was created recently is based on photonics! 😃
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🔎 #HighlyAccessedArticle in 2023 📔 Tuning Logical Phi-Bit State Vectors in an Externally Driven Nonlinear Array of Acoustic Waveguides via Drivers’Phase 🔗 https://lnkd.in/gp7RWmZx acoustic #metamaterial #superpositions of states #nonlinear #phasejump #Hilbert space acoustic classical analogs of #qubits
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Join Fabrizio Ferrari Ruffino from CNR-IOM as he explores the status of Quantum ESPRESSO porting strategies, including allowing the coexistence of different offloading models, that enable state-of-the-art performance on large heterogeneous HPC systems. https://bit.ly/openacc_QEs
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That's mind-boggling! Even with an incomplete antennae system, we can see the first results of the world's largest, steered Low frequency antenna-array, incorporation immense computing power and finally visualization. #Technology #Steered Antenna Array #SKA-Low
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In the vast expanse of space, where every gram and every watt counts, the quest for efficient, reliable, and versatile computing technology has long been paramount. Enter the NOEL-V processor, a cutting-edge RISC-V core that is tailored for space missions, propelling humanity's reach into the cosmos. Over the past several years, space-grade processors have primarily relied on different closed-sourced implementations of the RISC instruction set. However, a notable contender has emerged: RISC-V which offers distinct advantages that position it as the preferred choice to replace other competitors in space applications. NOEL-V represents a breakthrough in space-grade processor technology. It is an advanced RISC-V core that has been engineered to deliver high performance and reliability in the demanding space environment. Designed by Frontgrade Gaisler, a company specializing in fault-tolerant and radiation-hardened electronics for space applications, the NOEL-V processor stands out for its high configurability, offering a wide range of options to suit different application requirements. Its most advanced configuration includes the RISC-V Hypervisor extension, which facilitates the creation of virtual machines that are capable of running complex operating systems without modification. As humanity sets its sights on ambitious missions to explore distant planets, moons, and beyond, NOEL-V, and to an extent, RISC-V, will undoubtedly play a central role in shaping the future of space technology. Its open-source philosophy, combined with its efficiency and versatility, makes it not just a tool for engineers and scientists but a catalyst for innovation that knows no bounds. With RISC-V leading the way, the final frontier has never felt closer. #RISC_V #Technology #Hardware #Space Source: riscv.org
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🚀Coming up at Conf42 Quantum Computing 2024: "Principium: Diving into the Quantum Hardware Ecosystem." 🌐https://lnkd.in/djSmDCtC ⚛️Join us to explore the intricacies of quantum hardware and its pivotal role in the quantum computing revolution!🖥️🔬 #QuantumComputing #QuantumHardware #TechInnovation #QuantumEcosystem #TechConference #QuantumTech #FutureOfTech #QuantumRevolution #HardwareInnovation #QuantumScience #TechBreakthroughs #QuantumDevelopment #QuantumFuture #TechLeadership #NextGenTech #QuantumEngineering #TechAdvancements #HardwareTech #QuantumInsights #QuantumAdvancements
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Impressive work! Check this paper if you want to know more about Ascella and the amazing results achieved with this platform!
🌟 Delighted to share the publication in Nature Photonics of our paper presenting Quandela's Ascella quantum processor. It provides a comprehensive overview, including benchmarks and demonstrations of both quantum algorithms and building block operations for device scalability. 📝 It's worth noting that Ascella has been publicly accessible on the cloud for over a year now. Anyone curious can explore its capabilities firsthand at https://cloud.quandela.com where you will also be able to access the coming generation of more powerful quantum processors. 🚀 I really encourage anyone working in quantum computing to engage with our devices, to see what can be done with photonics, and get involved in contributing the field. Shout out to all my brilliant co-authors: Nicolas Maring Andreas Fyrillas Mathias P. Edouard Ivanov Petr Stepanov Nico Margaria William Hease Anton Pishchagin Aristide Lemaître Isabelle SAGNES Thi Huong AU Sebastien B. Eric BERTASI Aurélien Baert Mario Valdivia Marie BILLARD, PhD Ozan Acar Alexandre Brieussel Rawad Mezher Stephen Wein Alexia Salavrakos Patrick Sinnott Dario Fioretto Pierre-Emmanuel Emeriau Nadia Belabas Pascale Senellart Jean Senellart Niccolo Somaschi https://lnkd.in/egmyNutQ
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