Asynchronous FIFO is most widely used in the System-on-Chip (SoC) designs for data buffering and flow control. As the designs gets complex, the probability of occurrence of bugs increases.

And if we further add a requirement that the FIFO must have a configurable aspect ration (depth versus width) for the input port versus the output port, the design task now becomes very daunting.

Consider an asynchronous FIFO for example: The general approach of designing an asynchronous FIFO is shown in Figure 1. Since data ‘read’ and ‘write’ operations on this FIFO work on separate ...

FIFO is best way to synchronize continuously changing vector data between two asynchronous clock domains. Asynchronous FIFO synchronizer offers solution for transferring vector signal across clock ...

Data is passed through an asynchronous fifo for transfer to the client on a client clock. View 1.25G OTN Digital Wrapper full description to... see the entire 1.25G OTN Digital Wrapper datasheet get ...