Read and write latencies to these memories and the bypass can limit clock frequencies, or require extra resources to further pipeline the bypass. Instead of ...
These latencies can be reduced by pipelining the read and write ports, e.g. first writing data to higher speed registers that are written to memory in the next ...
Pipeline frequency boosting: Hiding dual-ported block RAM latency ...
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This paper applies clock skew scheduling to memory write and read ports of a simple bypass circuit and shows that the clock skew provides an improved Fmax ...
Pipeline Frequency Boosting: Hiding Dual-Ported Block RAM Latency using Intentional Clock Skew. Alexander Brant alexb@ece.ubc.ca. Department of Electrical and ...
Apr 25, 2024 · Pipeline frequency boosting: Hiding dual-ported block RAM latency using intentional clock skew. FPT 2012: 235-238. [+][–]. Coauthor network.
Pipeline frequency boosting: Hiding dual-ported block RAM latency using intentional clock skew · Computer Science, Engineering. International Conference on Field ...
Abdelhadi, A. Severance, G. Lemieux, ``Pipeline Frequency Boosting: Hiding Dual-Ported Block RAM Latency using Intentional Clock Skew'', IEEE International ...
Apr 25, 2024 · Pipeline frequency boosting: Hiding dual-ported block RAM latency using intentional clock skew. FPT 2012: 235-238. [c3]. view. electronic ...
"Pipeline frequency boosting: Hiding dual-ported block RAM latency using intentional clock skew," in Proceedings of the IEEE International Conference on ...
Lemieux, "Pipeline Frequency Boosting: Hiding Dual-Ported Block RAM Latency using Intentional Clock Skew," IEEE International Conference on Field ...