Delivering cutting-edge, competitive products on schedule to markets that move quickly is a problem for IC design businesses due to the never-ending growth in verification and manufacturing requirements. Companies require EDA tools that can give reliable results and assist them in reaching their market objectives if they are to prosper.
The requirement for greater and faster calculation while preserving accuracy and precision has increased due to the increase of design rule checks as well as the check types and operations.
Running and debugging LVS and parasitics to assure circuit predictability can be a time-consuming and resource-intensive task because of dense and hierarchical architectures, growing circuit complexity, and complex foundry rules.
Accurate and complete verification of IC reliability concerns is crucial yet difficult due to growing design complexity and a focus on reliability at all levels of chip design, from IP through full-chip.
DFM optimization aids designers in balancing area, power, and performance against manufacturability, but it can be challenging and time-consuming to consistently use various optimization techniques.
Throughout the design flow, designers must manage and switch between a variety of design and verification tools. Productivity and consistency are decreased by manual invocations, customised interface code, and a lack of standard presentation.
In the EDA sector, Calibre Design Solutions offers the most precise, most reliable, and best-performing IC sign-off verification and DFM optimization.
Calibre Physical Verification
The Calibre nmDRC Platform offers comprehensive, cutting-edge verification technologies for all nodes and processes to foundries, IDMs, and fabless businesses.
Calibre Circuit Verification
Layout vs. schematic (LVS) inspection, reliability verification, and parasitic extraction are all parts of the market-leading Calibre circuit verification toolsuite.
Calibre Reliability Verification
In order to lower the probability of IC failures that are either catastrophic or premature, calibre reliability verification performs checks against electrical and physical design principles and optimises layouts.
Calibre Design for Manufacturing
To improve yield and optimize IC designs, the Calibre DFM tool suite comprises yield analysis, printability, and performance validation tools.
Calibre Interfaces
All significant location and route systems and specialist design tools, as well as all important custom design tools, are all integrated within the Calibre nmPlatform.
