Tezzaron Cuts Design Time in Half with Cadence Full-Flow Digital RTL-to-Signoff Solution

SAN JOSE, CA --- Cadence Design Systems, Inc. reveals that Tezzaron Semiconductor has adopted the Cadence full-flow digital register-transfer level (RTL)-to-signoff solution for its networking and supercomputing system on chips (SoCs), cutting its development schedules in half. Tezzaron, best known for 3D-ICs and advanced memory devices, has incorporated Cadence tools in its design work from the very beginning. Over the years, Tezzaron's products have increased in size, sophistication and complexity, prompting the adoption of the full-flow solution.

Chip designers strive for low power, high performance and small area—collectively known as 'PPA'. 3D-ICs typically demonstrate increased performance in a smaller footprint and their short vertical interconnects dramatically reduce power usage. However, optimizing these advantages in a 3D design presents a profoundly complex set of challenges. Cadence addresses these challenges with unified engines and a common data model across the solution, providing best-in-class PPA. The massively parallel architecture and computation allow speedy completion of high-quality SoCs.

For implementation, Tezzaron uses the Cadence Genus™ Synthesis Solution and Innovus™ Implementation System. This part of the flow incorporates key technologies such as GigaPlace™ solver-based placement technology, GigaOpt™ low-power optimization, and CCOpt™ concurrent clock and datapath optimization. Tezzaron has seen marked improvement in both runtime speed and PPA.

For signoff, Tezzaron uses the Tempus™ Timing Signoff Solution, the Voltus™ IC Power Integrity Solution and the Quantus™ QRC Extraction Solution. These tools employ a system of physically aware timing and power optimization capabilities that significantly shorten time to signoff. Tezzaron reports faster runtimes for single- and multi-corner extraction and best-in-class timing and power signoff accuracy, with engineering change order (ECO) iterations reduced by an order of magnitude.

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