Typically, such sub-cycle latency synchronizers incur latency less than a single clock cycle (of the slower clock), managing to latch the data safely into RX on ...

Synchronizers typically incur long latency of multiple-clock cycles, resulting in low throughput. This paper presents two novel fast synchronizers, ...

This paper presents two novel fast synchronizers, both based on two-phase protocols: a two-flip-flop synchronizer which reduces the data cycle from 6–12 down ...

Oct 22, 2024 · Synchronizers typically incur long latency of multiple-clock cycles, resulting in low throughput. This paper presents two novel fast ...

It is shown that a minimum of four buffer stages are required, in contrast with previous proposals for three stages, and provides lower latency and higher ...

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Synchronizers typically incur long latency of multiple-clock cycles, resulting in low throughput. This paper presents two novel fast synchronizers, ...

The previously dis- cussed two-clock FIFO synchronizer (with at least four stages) can also do the job. It should incur a one- or two-cycle synchronization ...

Oct 9, 2019 · Two-phase synchronization with sub-cycle latency. Synchronizers typically incur long latency of multiple-clock cycles, resulting in low ...

Oct 22, 2024 · We show how the latency can be reduced significantly, typically to half the number of clock cycles required for high reliability, by speculating ...