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To solve clock domain crossing for several bits, you simply need to take the principle from the section above for the single bit and apply it to a “valid” signal from the previous clock domain. This is called a “clock domain crossing” (cdc) Sometimes, for example, you want a cdc method that can handle going from a slow clock to a fast clock, from a fast clock to a slow clock, or even from one clock of unknown speed to another clock having no known relationship to the first.

Explore our guide on clock domain crossing constraints to ensure robust and reliable digital circuit design By understanding and applying the techniques discussed in this article, embedded engineers can confidently tackle the challenges of clock domain crossing, leading to more robust and reliable fpga designs. In this article, the first two sections describe how to pass individual signals from one clock domain to another

The last section goes into detail about how to use a fifo to send large amounts of data between two clock domains

Using a fifo is by far the most common and reliable method! Clock domain crossing (cdc) refers to the act of transferring signals or data between two logic regions that are driven by different clock signals These domains are said to be asynchronous if their clock edges do not share a deterministic phase or frequency relationship. Clock domain is all of the sequential logic that runs on the same clock/clock frequency may have multiple clock domains in one device or different clock domains when communicating across devices

This tutorial is a one stop solution for everything you will ever need to learn about clock domain crossing The best resources from across the internet have been curated here. By implementing essential checks, proven techniques, and robust verification methods, designers can mitigate the risks associated with cdc issues.

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