"We are facing shrinking time-to-market windows and intense competitive pressure," said Shoichi Matsumoto, general manager, IC Design Department IV, IC Division at NJR. "In order to retain our competitive edge, it is necessary to have a design closure flow that can deliver best-in-class results in half the time. IC Compiler's concurrent MCMM capability enabled us to reliably and efficiently meet these goals."
Being in the very competitive high-end consumer and automotive market segments requires NJR to deliver high accuracy and reliability in their finished product. These complex devices must operate correctly across all design modes and be 100 percent reliable across all process corners. With several back-to-back tapeouts a year, NJR typically has only a six-week period to place and route a single design. This tight schedule cannot be met if multiple iterations must be performed to close timing. IC Compiler provides them with precisely the solution they need, with concurrent MCMM capability performing simultaneous analysis and optimization across all modes, corners and design costs. With powerful core engines like the IC Compiler placer and Zroute DFM-focused router, combined with tight correlation to the technology-leading PrimeTime® signoff tool, IC Compiler helps deliver optimal results with predictable and accelerated time-to-design closure.
"MCMM, long available in IC Compiler, is now a mainstream design requirement, and dozens of companies worldwide rely on IC Compiler's concurrent MCMM capability to successfully tapeout their complex designs," said Bijan Kiani, vice president, Product Marketing and Business Development Group at Synopsys. "NJR has deployed IC Compiler and experienced the benefits of its concurrent MCMM capability to achieve faster design closure."