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RapidSoC: short turnaround creation of FPGA based SoCs

机译:RapidSoC:短周期创建基于FPGA的SoC

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Field Programmable Gate Arrays (FPGA) offer the opportunity to build individual hardware solutions even for applications which are produced in small quantity. Quite often, these customized Systems-on-Chip (SoC) contain soft-core processors and a selection of standard peripherals. Synthesizing such systems can be time consuming and thus, design space exploration can become a rather long process. In this contribution, we show an approach to substantially speed up the time to create such system implementations. The price for this improved synthesis time is a slightly reduced operating frequency, which is acceptable in many cases. Using a set of benchmark system configurations, we evaluate our approach against state of the art commercial synthesis tools in terms of tool runtime, resource utilization and achieved system clock frequency.
机译:现场可编程门阵列(FPGA)提供了构建个别硬件解决方案的机会,甚至适用于小批量生产的应用。这些定制的片上系统(SoC)通常包含软核处理器和一系列标准外围设备。合成此类系统可能很耗时,因此,设计空间探索可能会成为一个相当长的过程。在本文中,我们展示了一种可以大大加快创建此类系统实现时间的方法。改善合成时间的代价是略微降低了工作频率,这在许多情况下是可以接受的。使用一套基准系统配置,我们根据工具运行时间,资源利用率和已达到的系统时钟频率,针对最先进的商业综合工具评估了我们的方法。

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