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"Whenever there is an interface, asynchronous circuit techniques will have to be used," he said, "and this will only increase as more clock domains appear on a chip".
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In general, using multiple clock domains in a design adds complexity and makes verification significantly more difficult.
All the clock domains on a chip have to communicate, but domains sometimes have different rates.
I was just relieved there was more clock left".
Chip designs have an increasing number of independent clock domains.
This simplifies the design since there are fewer clock domains (see Section 4.4.1).
Using FIFOs whenever clock domains must be crossed provides a simple and effective solution.
It works in two different clock domains, and it has configurable depth and width.
Essentially, the Acquisition_Interface is a FIFO used to cross the clock domains.
Their work addresses the need to design systems with multiple clock domains in a modular way.
The implementation strategy targets FPGA technology, and allows for the utilization of multiple clock domains.
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