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Hardware-Software Co-verification (ARM CPU)


In every complex SoC verification process, it is necessary to activate the CPUs during verification and to check the operation of the software they execute alongside the test’s scenarios. At a minimum, basic scenarios such as “boot rom execution” are tested, but in many cases, further scenarios are required. The CPUs themselves are usually proven IPs, but in order to verify their integrat... » read more

IoT Debugging Crosses The Hardware-Software Divide


By Paul Hill and Gordon MacNee Debugging is an important part of embedded design; one that necessarily crosses the hardware/software divide. At a system level, the functionality of an embedded design is increasingly defined by firmware, so avoiding bugs requires engineers with specific disciplines to work closely together during the design phase of a project. It can also mean resisting the u... » read more

Balancing Emulation And FPGA-Based Prototyping For Software Development


This year’s Design Automation Conference (DAC) has just finished and confirmed some of the trends I discussed in my last blog, “The Top Five Trends in Verification to Watch For at DAC 2016”, specifically when it comes to the set of connected engines, or “COVE” as Jim Hogan dubbed it. The Cadence Theater at DAC is always a good opportunity to listen to hands-on customer experiences, an... » read more