A new class of embedded high performance computing now enables real-time data processing and analysis on the very edges of the IIoT
Eine neue Klasse von Embedded-High-Performance-Computing ermöglicht jetzt Echtzeit-Datenverarbeitung und -analyse auch in herausfordernden Bereichen des IIoT
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The version on display is a trade-off between performance and compactness, but Fraunhofer IIS has designed multiple versions, including for low-power applications and embedded high-performance computing with several multicore signal processors.
In der ausgestellten Version ist das System ein Trade-off zwischen Leistungsfähigkeit und Kompaktheit. Das Fraunhofer IIS hat unterschiedliche Varianten konzipiert, z. B. für Low-Power-Anwendungen oder auch für mit mehreren Multicore-Signalprozessoren.
Highly flexible: approved on tiny embedded systems up to high performance computing
This allows the design of high- performance and energy-efficient systems with manifold applications in the areas of mobile, embedded systems and High Performance Computing.
Applications from embedded systems and high performance computing are of interest, since their contradicting requirements on energy efficiency, flexibility, performance, and size prohibit a realization with traditional hardware- and software solutions.
Von Interesse sind dabei Anwendungsgebiete aus den Bereichen eingebetteter Systeme und High Performance Computing, deren sich widersprechende Anforderungen an Energieeffizienz, Flexibilität, Rechenleistungen und Baugröße mit klassischen Hardware- und Systemlösungen nicht umgesetzt werden können.
ARM, DSP&FPGA Hardware Products Besides numerous DSP algorithms for speech compression and enhancement, such as echo cancellers, we have developed a number of neat embedded products for high performance computing and communication
Außer den oben genannten DSP-Algorithmen haben wir eine Reihe von embedded Produkten, ARM- und DSP-Module und -Boards, teils mit FPGA, für High-Perfomance-Computing und Kommunikation entwickelt, u.a.
Intel AVX also accelerates intensive floating-point applications, such as high-performance embedded computing (HPEC).
SRAM (Static Random Access Memory) is mainly used in high performance embedded computing, and in cache memory for processors and hard drives, where its high speed and low energy consumption is helpful.
By this it offers a tenfold increase in I/O bandwidth between computing boards in High Performance Embedded Computing applications compared to VME, unleashing a new kind of applications for data processing platforms used for Radar, Sonar and general image processing.
Im Vergleich zu VME bietet er für High Performance Embedded Computing Applikationen eine zehnfach höhere I/O Bandbreite zwischen den einzelnen Boards. Damit ermöglicht er eine neue Generation an leistungsstarken Radar-, Sonar- und Bildverarbeitungsplattformen.
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