ALAMEDA, CA--(Marketwired - Feb 12, 2014) - Verific Design Automation, supplier of industry-standard, IEEE-compliant SystemVerilog and VHDL parsers, today announced enhancements to its parser for the ...
Magma Design Automation Inc, Mentor Graphics Corporation and Synopsys announced today that the three companies are now delivering low power EDA tools based on the Accellera-developed Unified Power ...
Energy efficiency of devices has become more critical than ever, with shrinking geometries and increased performance requirements of SoCs in applications ranging from mobile, storage, automotive to ...
The use of virtual prototyping with UPF 3.0-based IP power models creates a comprehensive mechanism for detecting and correcting system power management issues early. Energy efficiency as a design ...
Mentor Graphics Corporation (NASDAQ: MENT) today announced support for the Low Power Successive Refinement Methodology using Questa Power Aware Simulation and new capabilities in the Visualizer Debug ...
Low-power design is a systemic discipline, so it naturally follows that a design flow intended to address low-power design should also approach the task from a holistic point of view. This has been ...
Simulation-based debug challenges arise when verifying the behavior of a power-managed SoC from the front-end design phase through the back-end implementation phase. We'd also like to recognize the ...
WILSONVILLE, Ore. --April 8, 2013 — Mentor Graphics Corp. (NASDAQ: MENT) today announced availability of the first, comprehensive IP to System, UPF-based low-power verification flow. The IEEE-1801 ...
John Eschenberg, interim manager of the Department of Energy’s Oak Ridge Office, has been tapped to lead the design and construction efforts of the Uranium Processing Facility at the Y-12 National ...
The cause of a costly design mess-up on the Uranium Processing Facility can be traced to a decision four years ago to freeze the dimensions of the 388,000-square-foot building — even though designs ...
The Unified Power Format (UPF) Successive Refinement Methodology enables the incremental specification and early verification of power management intent. The Questa ® Power Aware Simulation solution ...
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