Already deployed on hundreds of designs, IC Compiler II addresses today's hypersensitive time-to-market needs by delivering superior quality of results and significant productivity gains with 10X faster design planning, 5X faster implementation and 2X more capacity. The reference flow features support for low-power techniques such as power-aware clock tree synthesis, power gating and physical optimization, enabled by industry standard IEEE-1801 UPF (Unified Power Format) power intent. Use of the reference flow allows designers to gain performance, power efficiency and chip density advantages while achieving predictable design closure.

The Lynx technology plug-in for the SMIC 28-nm HKMG process extends the reference flow to accelerate design setup and closure with Synopsys' Lynx Design System, a full-chip design environment providing innovative automation and visualization capabilities. This plug-in includes additional process technology information and representative flow and tool settings that help reduce the time it takes to get to optimized design results.

"Designers require a reference flow that addresses both high-performance and low-power requirements," said Tianshen Tang, senior vice president of Design Service at SMIC. "With the release of the SMIC-Synopsys 28-nanometer reference flow, we are enabling IC designers to accelerate release of their designs into manufacturing through the combination of SMIC's 28-nanometer High-K Metal Gate process technology and Synopsys' technology-leading design and IP solutions."

"Our mutual customers have always been at the forefront of innovation," said Bijan Kiani, vice president of marketing for the Design Group at Synopsys, Inc. "Through our collaboration with SMIC, we are delivering a proven high-performance, low-power reference flow and Lynx technology plug-in that utilize our industry-leading tools, including IC Complier II to accelerate design closure and tapeout readiness for SMIC's 28-nanometer manufacturing process."