Aurora 64B/66B Protocol Specification. A single instance of aurora 64b/66b core can use up to 16 valid The 64b/66b encoding method allows the aurora 64b/66b core to detect some bit errors that can occur in the channel.
53页 免费 震旦 4页 1财富值 aurora 教程 73页 免费 震旦集团 13页 1财富值 奥罗拉 暂无评价 1页 免费 奥罗拉 暂无评价 1页. Xilinx is disclosing to you this specification (hereinafter the specification) for use in the development of designs in connection with semiconductor devices. Aurora 64b/66b protocol has bandwidth utilization rate up to 64/66 = 96.97%.
I Created An Axi Stream Interface For Tx And Rx.
Google scholar xilinx (2012) axi reference guide, 11. Aurora 64b/66b is not limited to fpgas, and can be used to create. In terms of just bandwidth utilization rate, aurora 64b/66b is superior to many of the contemporary serial bus protocols such as srio, pcie and fc.
It Uses Either 8B/10B Encoding Or 64B/66B Encoding.
Xilinx, aurora 64b/66b protocol specification, sp011 (v1.3) october 1, 2014. Each core comes with an example design and supporting This specification describes the aurora 64b/66b protocol.
The Overhead Can Be Reduced Further By Doubling The Payload Size To Produce The 128B/130B Encoding Used By.
We would like to show you a description here but the site won’t allow us. This chapter introduces the logicore ip aurora 64b/66b core and provides related information, including recommended design experience, additional resources, technical support, and how to submit feedback to xilinx. Equipment problems and channel noise can cause errors during aurora 64b/66b channel operation.
The Block Sync Algorithm Described In The Aurora 64B/66B Protocol Specification V1.3 (Sp011) Determines Whether To Treat A Burst Of.
The aurora 64b/66b protocol uses 64b/66b encoding. Key features • 64b/66b symbol decode, ideal for: The 64b/66b encoding offers theoretical improved performance because of its very low (3%) transmission overhead, compared to 25% overhead for 8b/10b encoding.
Schioppa Lecce, April 2020 Source:
The aurora 8b/10b protocol specification states: Then in my testbench i instantiated two of my entities and connected them together. The specification of my core is: