We develop and manufacture components from nearly all oxide ceramics, non-oxide ceramics, and silicate ceramics. Our materials are based on proprietary formulations and are processed in our own
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An overview of the five basic process steps in FDC: batch compounding, filament fabrication, fused deposition, binder burnout and sintering
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Use electronic fuses (eFuses) to provide high-speed, resettable, and adjustable circuit protection with high accuracy that meets IEC/UL62368-1 and
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The world of computing is in rapid transition, now dominated by a world of smartphones and cloud services, with profound implications for the future of advanced scienti c computing. Simply
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An electronic fuse or eFuse acts as a “self-healing” device. When it “breaks the path”, it automatically turns back on, and attempts to restart the circuit and provides the same robust performance after
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This study demonstrates the breakthrough potential of 3D printing technology in microreactor customization and multi-functional integration, and provides a low-cost and highly
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Elon Musk''s xAI is set to expand its supercomputing center to 200,000 GPUs—but what are the broader benefits and potential risks of data
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Communication switches have sometimes been augmented to process collectives, e.g., in the IBM BlueGene and Mellanox SHArP switches. In this work, we find that there is a great
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The future development trend of supercomputing platforms is focused on the explosive increasing volume of data for computational processing tasks, diversification of computing power, higher
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Abstract— In this work we propose and analyze a possible hardware architecture for experimentation on fine-grained reconfigurable supercomputing based on modern Field Programmable Gate Array
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This paper presents a low-cost intelligent fuse (iFuse) concept that provides controllable overcurrent protection for systems with high inverter-based-resource
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As a result of an action research project in a small household ceramic producer, this paper explores the potential of a hybrid strategy.
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Preface The convergence of additive manufacturing and nickel-based superalloys has catalyzed a paradigm shift in high-value component manufacturing, particularly for aerospace turbines, energy
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In this work, we propose a framework called SmartFuse to accelerate fused collective functions. The core of SmartFuse is a reconfigurable smart switch to support these operations.
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Data-intensive supercomputing transitions computing centers to centers delivering diversified computing services. Ultimately, diversified computing convergence
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The present invention relates to a method for manufacturing a ceramic fuse, and more particularly, to print and dry the entire surface of a ceramic plate with ink mixed with a high melting...
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Powering Sustainable Exascale Computing at Shenzhen National Supercomputing Center Advancing China''s Computing Frontiers As a strategic national infrastructure project spanning 120,000 m² in
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As the need for sustainable energy solutions grows ever more urgent, supercomputing emerges as a key enabler, accelerating fusion power toward practical realization.
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We develop and manufacture components from nearly all oxide ceramics, non-oxide ceramics, and silicate ceramics. Our materials are based on proprietary
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An overview of the five basic process steps in FDC: batch compounding, filament fabrication, fused deposition, binder burnout and sintering will be presented in light of this drive
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The Dragonfly networks have been adopted in the current supercomputers, and will be deployed in future generation supercomputers and data centers. Effective routing on Dragonfly is
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In our experiment, we configured the distributed file systems under a Reliable Array of Independent Nodes (RAIN) structure and a Filesystem in
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In the next few years, the interest in replacing a melting fuse in automotive applications with a smart fuse is likely to continue increasing. Melting fuses have been in use in automobiles for decades to prevent
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The use of properly selected and applied fuses in data centers alleviates the design hassle of trying to achieve selectively coordinated OCPDs at the cabinet and busway (or PDU) levels as well as further
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The study highlights a gradual convergence toward mass personalization, supported by real-time data, artificial intelligence, and predictive analytics.
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