AXIOM Design Automation has endorsed the Unified Power Format for power-aware designs and fully supports it in its MPSim Verification Solution. UPF provides a single low-power description that can be used in the design and verification process and fosters tool interoperability. Without the single low-power description, each step of the design process would need to rely on the error-prone and cumbersome process of translating multiple formats and proprietary commands where the power intent could easily deviate from each other. Now design engineers using Magma's IC implementation system and the verification engineer using the MPSim verification environment can use the same low-power description.
"UPF is Accellera's answer to designers' need for a fast, open and inclusive low-power design standard. We are very happy to see it gather such strong momentum within a short amount of time and are pleased to see it supported by leading verification vendors. AXIOM provides one of the most feature-rich verification implementations for this standard," said Yatin Trivedi, director of Magma's Industry Partnership Program.
"We are pleased to be working with Magma to offer mutual customers a complete low- power design flow based on Magma's best-in-class Talus IC implementation and Axiom's MPSim verification environment," says Badru Agarwala, President and CEO of Axiom. "With native implementation of UPF within MPSim, we believe that we can provide a much more robust verification and debug environment for tracking down low-power management and control issues."
The MPSim solution provides full support of the UPF format including power-off corruption, setting isolation signals, specifying retention capabilities for state-machines as well as enhanced capabilities within its suite of debug tools and coverage of the power control mechanisms specified in the design, as well as the UPF file.
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