By Mark Burton, Adam Morawiec
Platform dependent layout on the digital procedure point offers a multi-faceted view of the demanding situations dealing with the digital within the improvement and integration of advanced heterogeneous platforms, together with either and software program elements. It analyses and proposes strategies concerning the availability of integration systems through approach on Chip and built-in Platform services in mild of the desires and standards expressed via the process businesses: they're the clients of such structures, which they follow to enhance their next-generation items. this can be the 1st publication to check ESL from views of process developer, platform supplier and digital layout Automation.
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Example text
We contend that a difference of 10% is noteworthy and 15% is equivalent to a device speed-grade. Note that there are large frequency swings (14%+) even when there are small (< 1%) changes in area. This is not intuitive, but seems to correspond to changes in addressing policy Table 3. Non-linear Performance PPC Systems: P=Number of PPCs, B= Number of BRAMs, U=Number of UARTs P B U Addr. 65% PROGRAMMABLE PLATFORM CHARACTERIZATION 23 Figure 5. PowerPC System Performance Analysis (T vs. L) and indicates that data gathered in pre-characterization is easy to obtain, not intuitive, and more accurate than analytical cost models.
In general the whole OMAP-2 performance simulation platform can be described as dataless. • DMAs and peripherals. Similarly to the memory controllers, DMAs and peripherals are modelled cycleaccurately, but certain aspects of their functionality are not implemented. In the case of a DMA, it is the run-time programmability that is not present. Whereas in reality a processor writes to DMA registers in order to provoke a transfer, in the simulation the transfer is simply requested from the DMA model through a SystemC interface.
Clock frequency conversion between modules running at different rates. • Programmable address-based connectivity control for enhanced security. • Detection, routing and logging of error events. There are typically multiple levels of NOC in an OMAP device and there are different NOC technologies available within OMAP-2, optimised for the different 34 CHAPTER 3 levels. Superficially these provide the same functionality, but are very different in terms of performance and area. The connectivity between the principal processors and the principal memories is critical to system performance and is allowed to consume more silicon area and power than the paths to rarely-used peripherals.
