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引用次数: 0
摘要
本教程将详细描述和演示用于架构探索的ESL设计流程,以确定低功耗设计。越来越多的SoC设计是由集成的移动设备,如手机,音乐播放器和手持游戏机驱动的。这些设备依赖于H.264、802.1 In或JPEG2000等标准算法,这为创新实现提供了空间,从而产生差异化的产品。ESL设计流程将应用引擎合成与业界领先的RTL功率估计技术(如Sequence power Theater)集成在一起,使设计人员能够探索具有不同功率配置的多种算法和架构,从而在很短的时间内确定最佳的算法-架构组合。
This tutorial will describe in detail and demonstrate an ESL design flow for architectural exploration to determine low power designs. Increasingly SoC design is driven by integrated mobile devices such as cell phones, music players and hand-held game consoles. These devices rely on standard algorithms such as H.264, 802.1 In, or JPEG2000, which allow room for innovative implementations that can result in differentiated products. An ESL design-flow that integrates application engine synthesis with an industry-leading RTL power estimation technology, such as Sequence Power Theater, enables a designer to explore multiple algorithms and architectures with different power profiles to determine the optimal algorithm-architecture combination in a very short period of time.