[Synopsys IP Resources] EDA on the cloud makes chip innovation "fast, accurate and stable"

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[Synopsys IP Resources] EDA on the cloud makes chip innovation "fast, accurate and stable" [Copy link]

Chip design has always faced two very demanding goals: strict quality requirements and tight time to market.

Computation-intensive applications such as artificial intelligence (AI) and high-performance computing (HPC) have higher requirements for chips, but the cycle time left for chip design and verification has decreased instead of increased. In addition, the ever-increasing costs are gradually squeezing corporate profits.

EDA cloud computing can alleviate these challenges to a great extent and provide new ways for continuous chip innovation. So, what are the advantages of cloud computing?

• Get results faster: Compared with running EDA solutions in local data centers, the cloud can open up more computing resources, which can speed up the design and verification process. In addition, the flexibility of EDA on the cloud also allows developers to quickly expand or reduce their resources according to project requirements.
• Improved quality of results: Nearly unlimited cloud computing resources mean developers can perform large-scale simulation, timing signoff, and physical verification tasks that would otherwise consume local computing resources.
• Save more costs: Cloud solutions allow developers to access the latest computing and storage resources when needed, with a flexible pay-as-you-go pricing model.

The advantages of chip design in a cloud environment are obvious, but security is the biggest prerequisite. Synopsys is committed to creating a more secure EDA cloud solution, providing developers with cloud security, cloud-native processes and technologies, and ensuring security while improving chip development quality.

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