- Industry’s first SoC power emulator for multi-billion gate designs enables hardware-software power verification with software workloads
- Industry’s fastest emulation system with high performance power verification engines enables multiple iterations per day
- Feeds power critical blocks and time windows into PrimePower, the industry’s golden power signoff solution
- Unmatched reliability enabling profiling longest software workloads
As silicon technology innovation drives forward, next generation SoC architectures are evolving to massively parallel architectures executing increasingly complex software workloads. Emulation has for a long time being proven as essential for hardware verification, early software bring-up and performance validation. While all of that is essential for bringing new silicon successfully to market, it is no longer enough.
Many high profile SoC projects have been unsuccessful because post silicon power measurement with real software workloads revealed deficiencies not found during the design phase. Verifying the power profile prior to tape out has been done by design teams, however a global view of the power profile across the entire software workload and the entire SoC design was impossible without emulation technology.
ZeBu Empower offers a unique, novel technology for power profiling with its breakthrough emulation technology developed for the scale complexity of large vector sizes and complex billion gate designs. ZeBu Empower emulation hardware and software is architected to achieve maximum throughput for design teams that need multiple iterations per day. The power profiles generated by ZeBu Empower provide actionable information that can assist hardware design teams to find power bugs and improve hardware architecture. For the first time software teams can optimize their operating systems and drivers to minimize overall power consumption.
Output from ZeBu Empower enables signoff teams to concentrate on the actual critical blocks and time windows creating real power reduction benefit.