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| DAPDNA Features
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DAPDNA-2 is the world's first general-purpose dynamically reconfigurable processor. It is optimal for applications that demand high performance and support for a wide range of processing tasks. It also provides a solution that is optimal for today's marketplace, with its demand for short-run, mixed-model production.
 DAPDNA-2 Application Areas |
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Industrial-performance image processing applications |
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Industrial image processing (for factory automation, inspection systems, etc.) |
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Broadcast equipment |
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Medical equipment (ultrasound, CT, X-ray, etc.) |
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High precision, high-speed image processing (multi-function printers, etc.) |
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Large-scale industrial printers and copiers |
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Base transmission stations (cellular, PHS, etc.) |
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Network security appliances, encryption accelerators |
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Accelerators for image processing, data processing, and scientific and technical computation |
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Software defined radio |
| DAPDNA-2 Advantages |
DAPDNA-2 processor provides the following advantages:
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Dynamic reconfiguration technology provides flexibility and high processing performance. |
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Processor's hardware function can be changed instantly (in one clock cycle); applications that previously required multiple chips can now be implemented with a single processor. |
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Provides a dramatic reduction in development cost and time. |
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Architecture provides hardware design using a high-level language, making designs easy to modify and leverage. |
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Hardware configuration can be changed not only at design time, but even while the system is running. |
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Guaranteed clock speed without propagation delay makes hardware design equivalent and as easy as software development . |
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TOP Products
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