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A Proficient and Secured System On-Chip Bus Protocol with OCP Interface

机译:具有OCP接口的高效,安全的系统片上总线协议

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The implementation of a massive scale SoC (Systemon-chip) is becoming increasingly difficult task notonly because of its complexity, but also the design ofa more amount of IP addresses. A consensusinterfaceprotocol for IP-cores are still significanteven and predictable for a successful establishmentSoC. OCP, with his frankness, coordinated, not-forprofitnature, and the inherent large industrymembership, is quickly becoming a viable andpreferable solution over a narrow or an in-housestandard. In this project, well-defined interfacestandard, the Open Core Protocol (OCP), and focuson the design of the internal bus architecture. Wedevelop an efficient bus architecture to the mostadvanced bus features defined in OCP, includingburst transactions, lock transactions, pipelinedtransactions, and support. Out-of-order transactionson-chip bus transaction level modeling to treat thedesign flexibility and fast simulation speed isproposed in this project.
机译:大规模SoC(片上系统)的实现正变得越来越困难,这不仅是因为其复杂性,还在于其设计了更多的IP地址。 IP内核的共识接口协议对于成功建立SoC仍然非常重要,甚至可以预测。 OCP坦率,协调,非营利性质以及固有的大型行业成员身份,正迅速成为在狭窄或内部标准上可行且更可取的解决方案。在该项目中,定义明确的接口标准,开放核心协议(OCP)以及内部总线体系结构的设计重点。我们针对OCP中定义的最先进的总线功能开发了一种高效的总线体系结构,包括突发事务,锁定事务,流水线事务和支持。该项目提出了无序交易片上总线交易级建模方法,以处理设计的灵活性和快速的仿真速度。

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