Without the correct constraints, there is no correct analysis, and the correctness and integrity of the timing constraints are the prerequisites for the timing analysis to sign off. In recent years, soc chip systems have become more and more complex, bringing endless challenges to timing constraint management. TAI Constraints has a variety of functions such as constraint generation, management, and verification, making time-consuming and error-prone constraint signing simple and easy.
Static timing analysis is the gatekeeper of chip performance, which guides P&R, ECO and other tools to continuously improve and improve the timing performance of chips. TAI STA not only scrutinizes all timing paths in detail and analyzes latency with high accuracy, but also provides unique high-speed iteration solutions for large-scale, high-complexity chips such as GPUs, CPUs, 5Gs, and SOCs to accelerate the design process. TAI STA fully supports various STA functions, such as GBA, PBA, LVF, MMMC, etc
Chip power and its corresponding effects are becoming increasingly important in modern chip design. Tai systems use modern computing architectures to assist in power analysis, quickly pointing out possible hidden dangers for designers in advance. Power analysis, IR-drop, and the TAI STA engine combine to bring users complete chip analysis information, with one stop indicating how to fix it. TAI Power and IREM products will be launched.
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