Tag: Calibre Design Solutions

As IC and SoC designs become larger and more complex, physical verification is becoming one of the more time-consuming stages of chip development. Particularly…

During system-on-chip (SoC) development, Physical Verification (PV) is a critical verification step before a design proceeds to tapeout. At each verification iteration, PV reports…

3D-IC technology is gaining attention as an alternative to complement Moore’s Law, which is approaching its physical limits. Unlike traditional 2D IC design, 3D-IC…

Screenshot of the Calibre Interactive GUI showing multiple running jobs. The Calibre Multiple Job Submission (MJS) interface optimizes the IC design verification process As…

Business challenges Integration and verifcation of highly complex AI architecture Create next-generation ultra-performance AI NPU chiplets ETRI's AI NPU Development History The Electronics and…

The Calibre Auto-Waivers tool provides fast, accurate, automated recognition, removal, and tracking of waived design rule violations during DRC. It eliminates costly time and…

As semiconductor designs move from traditional monolithic ICs toward 2.5D and 3D IC architectures, physical verification must extend beyond individual dies to the entire…

Comprehensive industry-leading technology for Calibre multi-patterning decomposition, verification, and error debugging. Supports all major foundry methodologies and processes, and provides unique tool integrations and…