Soberton, Inc.

TABLE I: LINK BUDGET COMPARING AIRHOOK SYSTEM OPERATING IN 3.1-4.8 GHZ AND WIRELESS USB

> $CXI_ROOT/alchemy/bin/runTransmute /home/user/data.itfx> $CXI_ROOT/alchemy/bin/runBuild –build /home/user/data.el

Just how good is graph-based physical synthesis? Very good indeed! Timing predictability and early visibility is greatly improved. Timing correlation can be thought of as the actual post-place-and-route timing values compared with the equivalent timing values predicted after synthesis; the closer the correlation, the faster the place-and-route, and the fewer the iterations.

Advanced analysis: noise propagation and the effects of power gating It is important to recognize that noise is not a point event, where a given instantaneous current combines with a local impedance to generate a local IR drop. Just as noise is propagated through a semiconductor substrate, it is very effectively conveyed by the SoC power grid that is two orders of magnitude lower in impedance as compared with the substrate. While substrate noise progression occurs due to capacitive and resistive effects, power noise propagation follows L and C characteristics of the grid.

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> $CXI_ROOT/alchemy/bin/runTransmute /home/user/data.itfx> $CXI_ROOT/alchemy/bin/runBuild –build /home/user/data.el

Just how good is graph-based physical synthesis? Very good indeed! Timing predictability and early visibility is greatly improved. Timing correlation can be thought of as the actual post-place-and-route timing values compared with the equivalent timing values predicted after synthesis; the closer the correlation, the faster the place-and-route, and the fewer the iterations.

Advanced analysis: noise propagation and the effects of power gating It is important to recognize that noise is not a point event, where a given instantaneous current combines with a local impedance to generate a local IR drop. Just as noise is propagated through a semiconductor substrate, it is very effectively conveyed by the SoC power grid that is two orders of magnitude lower in impedance as compared with the substrate. While substrate noise progression occurs due to capacitive and resistive effects, power noise propagation follows L and C characteristics of the grid.

SmartGuide delivers automated incremental design to the FPGA design flow. SmartGuide can speed up the implementation phase by 2-to-6 times depending on design size and hierarchy setup.

3-1213077-2_TE Application Tooling

Just how good is graph-based physical synthesis? Very good indeed! Timing predictability and early visibility is greatly improved. Timing correlation can be thought of as the actual post-place-and-route timing values compared with the equivalent timing values predicted after synthesis; the closer the correlation, the faster the place-and-route, and the fewer the iterations.

Advanced analysis: noise propagation and the effects of power gating It is important to recognize that noise is not a point event, where a given instantaneous current combines with a local impedance to generate a local IR drop. Just as noise is propagated through a semiconductor substrate, it is very effectively conveyed by the SoC power grid that is two orders of magnitude lower in impedance as compared with the substrate. While substrate noise progression occurs due to capacitive and resistive effects, power noise propagation follows L and C characteristics of the grid.

Advanced analysis: noise propagation and the effects of power gating It is important to recognize that noise is not a point event, where a given instantaneous current combines with a local impedance to generate a local IR drop. Just as noise is propagated through a semiconductor substrate, it is very effectively conveyed by the SoC power grid that is two orders of magnitude lower in impedance as compared with the substrate. While substrate noise progression occurs due to capacitive and resistive effects, power noise propagation follows L and C characteristics of the grid.

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SmartGuide delivers automated incremental design to the FPGA design flow. SmartGuide can speed up the implementation phase by 2-to-6 times depending on design size and hierarchy setup.

DSP Core Licensing Competition Looking across the HD audio landscape, the ZSP800's mainly competes with offerings from CEVA and Tensilica. Here's how these competitors stack up:

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