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Development of system-on-a-chip design methodology and products using flexible interconnect architecture approach

机译:使用灵活的互连架构方法开发系统的芯片设计方法和产品

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Improvement of the traditional ASIC design methodology is targeted towards achieving significant increase in design productivity. This is especially critical in handling complex system-on-a-chip (SOC) products that allow only a short design cycle. In order to meet delivery times and avoid loss of opportunity to market, a technique that allows reuse of pre-designed intellectual properties (IPs) must be developed. Designers at MIMOS' Microelectronics Lab focus on quick integration of CPU, peripherals and memory blocks to a flexible system interconnect architecture (IA) to aggressively shorten design time. This paper describes a versatile approach in IA-based SOC design and gives a detail accounts of integration of a variety of IPs to the IA.
机译:传统的ASIC设计方法的改进是针对实现设计生产率的显着提高。这对于处理仅允许短的设计周期的复杂系统(SoC)产品尤其重要。为了满足交货时间并避免失去市场的机会,必须开发一种能够重用预先设计的知识产权(IP)的技术。 MIMOS的Microelectronics Lab的设计师专注于CPU,外围设备和内存块的快速集成到灵活的系统互连架构(IA),以积极缩短设计时间。本文介绍了基于IA的SOC设计的多功能方法,并详细说明了各种IP的整合到IA。

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