Method for designing low-power and high-capacity bus bridge circuit
The present invention discloses a method for designing a low-power and high-capacity bus bridge circuit based on the AMBA3.0 bus specification. The method comprises using the multi-transaction strategy and the appropriate low-power optimization technology to make the bridge circuit higher in design...
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Main Authors | , |
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Format | Patent |
Language | Chinese English |
Published |
23.06.2017
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Subjects | |
Online Access | Get full text |
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Summary: | The present invention discloses a method for designing a low-power and high-capacity bus bridge circuit based on the AMBA3.0 bus specification. The method comprises using the multi-transaction strategy and the appropriate low-power optimization technology to make the bridge circuit higher in design efficiency and lower in power consumption. According to the new method for designing the low-power and high-capacity bus bridge circuit provided by the present invention, the bus bridge circuit applicable to different operating frequencies can be designed by selecting different bridge modules, the multi-transaction strategy is used to ensure high efficiency of the design function, and the appropriate low-power optimization technology is used to reduce power consumption.
本发明公开了种低功耗高可配的总线桥接电路设计方法,它基于AMBA3.0总线规范,采用多事务处理策略以及合适的低功耗优化技术,使得该桥接电路设计效率较高且功耗较低。本发明提供了种新型的低功耗高可配的总线桥接电路设计架构,通过选择不同的桥接模块,可以设计出适合不同工作频率的总线桥接电路,采用多事务处理策略可以保证设计功能的高效率,又使用合适的低功耗优化技术减少了功耗。 |
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Bibliography: | Application Number: CN201710075769 |