Cadence Introduces Genus Synthesis Solution, Delivering Up to 10X Improvement in RTL Design Productivity

Cadence Design Systems, Inc. (NASDAQ: CDNS) today unveiled the Cadence® Genus™ Synthesis Solution, its next-generation register-transfer level (RTL) synthesis and physical synthesis engine, to address the productivity challenges faced by RTL designers. Genus Synthesis Solution incorporates a multi-level massively parallel architecture that delivers up to 5X faster synthesis turnaround times and scales linearly beyond 10M instances. In addition, the tool's new physically aware context-generation capability can reduce iterations between unit- and chip-level synthesis by 2X or more. This powerful combination enables up to 10X improvement in RTL design productivity.

For more information on Genus Synthesis Solution, please visit www.cadence.com/news/genus.

Key Genus Synthesis Solution features and capabilities include:

• Massively parallel architecture - The tool performs timing-driven distributed synthesis of a design across multiple cores and machines. All key steps in the synthesis flow leverage both multiple machines and multiple CPU cores per machine.
• Physically aware context generation - The complete timing and physical context for any subset of a design can be extracted and used to drive RTL unit-level synthesis with full consideration of chip-level timing and placement, significantly reducing iterations between chip-level and unit-level synthesis runs.
• Unified global routing with Innovus™ Implementation System - Genus Synthesis Solution and Cadence Innovus Implementation System, a next-generation physical implementation solution, share an enhanced 4X faster timing-driven global router that enables tight correlation of both timing and wirelength to within 5 percent from synthesis to place and route.
• Global analytical architecture-level PPA optimization - The solution incorporates a new datapath optimization engine that concurrently considers many different datapath architectures across the whole design and then leverages an analytical solver to pick the architectures that achieve the globally optimal PPA. This engine delivers up to 20 percent reduction in datapath area without any impact on performance.

"Processors for automotive and industrial markets are driving higher-levels of integration and complexity. This requires larger design partitions to deliver the efficiencies and time-to-market demanded by our customers," said Anthony Hill, Director of Processor Technology, Texas Instruments (TI). "The highly-scalable Genus Synthesis Solution from Cadence has enabled more than a 5x improvement in turnaround time, enabling us to realize production-quality timing-driven synthesis of up to three-million instance partitions in less than eight hours."

"With Genus Synthesis Solution, we see a significant opportunity to improve RTL design productivity and make more aggressive architecture-level optimizations to improve PPA," said Dr. Anirudh Devgan, senior vice president and general manager of the Digital & Signoff Group at Cadence. "Early customers are already deploying the solution in their RTL design flows and reporting significantly better turnaround times and throughput compared to competing solutions."