Technical Brief
Cadence Quantus DSPF Interactive Output – A Revolutionary Circuit Debugging Tool Delivering Faster TAT
Overview
Introduction
Cadence Quantus DSPF Interactive Output introduces groundbreaking functionalities that transform the debugging process for circuit design and verification. In contrast to the traditional Detailed Standard Parasitic Format (DSPF), presented as an ASCII file, the Quantus I-DSPF Output provides engineers with enhanced interactive capabilities, significantly reducing the time and effort required for debugging. This innovative feature empowers engineers with an efficient and streamlined approach, ultimately leading to the fastest design closure with tight integration in the Virtuoso Studio schematic and layout.
Challenges with Traditional DSPF Debugging
Currently, the DSPF file, being in the ASCII format, poses challenges for designers to essentially find a needle in a haystack. The sheer volume of data and the manual effort required for debugging make the design process cumbersome, time-intensive, and often prone to oversights, often leading to delays in design closure turnaround time. Design engineers also face the challenge of efficiently navigating through intricate details, leading to prolonged debugging cycles. In addition, the ASCII file format lacks interactivity, making it time-consuming for designers to pinpoint and address issues within their designs. The need for a more efficient debugging solution prompted the development of Quantus I-DSPF Output.
Summary
Quantus I-DSPF Output marks a paradigm shift in circuit design debugging, offering engineers a powerful and efficient tool to expedite the design closure process. With its interactive capabilities and visual representation, this technology empowers engineers to navigate, identify, and address issues with unprecedented efficiency, ultimately leading to accelerated product development cycles.
Learn more about the intelligent output file formats inside the Quantus Extraction Solution.
Further Information
Learn more about Quantus Extraction Solution.