Overview
Calibre xACT Extraction
With its integrated fast 3D field solver and highly parallel architecture, the Calibre xACT parasitic extraction tool combines accuracy with the performance needed for multi-million instance designs.
Get in touch with our technical team: 1-800-547-3000
Performance and Accuracy for Leading-Edge Designs
Versatile parasitic extraction platform provides accurate, deterministic, repeatable results with 10x the performance of previous solutions to handle a wide range of designs and advanced processes
Highest Extraction Accuracy
Supports the most advanced foundry device models, including FinFET, and leading edge process nodes with accurate, deterministic results. Results from simultaneous multi-corner extraction precisely match single-corner results.
Fast, Scalable Performance
Efficient algorithms, advanced computational methods, and a multi-threaded, distributed processing architecture provide performance and capacity to handle multi-million instance digital designs.
Foundry Support, Standard Flows
The Calibre xACT tool uses standard SVRF rule files to produce parasitic netlist formats. Interoperable with Calibre nmLVS and Calibre nmDRC platforms and supported by all major foundries. Provides trusted device recognition, connectivity extraction, and ease-of-use in existing user sign-off flows.
Ready to learn more about Calibre?
We're standing by to answer your questions! Get in touch with our team today:
Call: 1-800-547-3000
Calibre Consulting Services
We help you adopt, deploy, customize, and optimize your complex design environments. Direct access to engineering and product development lets us tap into deep domain and subject matter expertise.
Support Center
The Siemens Support Center provides you with everything in one easy-to-use location -
knowledgebase, product updates, documentation, support cases, license/order information, and more.
Design with Calibre blog
Across all process nodes and design styles, the Calibre toolsuite delivers accurate, efficient, comprehensive IC verification and optimization, while minimizing resource usage and tapeout schedules.