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Heterogeneous SoCs

机译:异构SoC

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摘要

SoCs have benefitted immensely from the >1000× linear scaling of Silicon. However, interconnecting die on PCBs has not scaled appreciably in the last several decades and we have had to rely on complex power hungry serializers and deserializers. That is changing now and we show that it can have significant impact on the way we design and integrate complex systems as well as their performance. At UCLA, we have been developing a Simple Universal Parallel IntERface (Super) for the heterogeneous integration of diverse hard IP. Such methods promise to reduce the NRE by 10–20× and reduce the time to market from a few years to a few months, potentially democratizing the chip design and system integration business.
机译:硅片的> 1000倍线性缩放使SoC受益匪浅。但是,在过去的几十年中,PCB上的互连芯片的规模并未显着扩大,我们不得不依靠复杂的耗电串行器和解串器。现在,这种情况正在发生变化,我们证明这可能对我们设计和集成复杂系统的方式及其性能产生重大影响。在UCLA,我们一直在开发用于各种硬IP异构集成的简单通用并行接口(超级)。这种方法有望将NRE降低10-20倍,并将上市时间从几年缩短至几个月,从而可能使芯片设计和系统集成业务民主化。

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