SoftRank: 6.82 |
A constraint- and design-rule driven interactive and fully automatic shape-based router. It supports block authoring and chip authoring solutions for designs at any level of the hierarchy. |
 |
SoftRank: 6.82 |
Enables fast and streamlined adoption of RF SiP design techniques by providing an integrated set of products built around proven methodologies that maximize SiP design productivity and predictability. |
 |
SoftRank: 6.82 |
The Incisive Palladium series offers acceleration and emulation technology that delivers up to 100x for simulation acceleration and 10,000x for in-circuit emulation with multi-user capability and optional acceleration-on-demand. |
 |
SoftRank: 6.82 |
A combination of four fast, silicon-accurate simulation engines into a comprehensive solution that delivers the SPICE, FastSPICE, RF, and analog mixed-signal capabilities. |
 |
SoftRank: 6.82 |
An easy-to-use mixed-signal simulation solution for the design and verification of the largest and most complex mixed-signal SoCs. |
 |
SoftRank: 6.82 |
First Encounter provides a clear path to synthesize to a virtual prototype implementation including full-chip, routed wires—right at the beginning of the design cycle. |
 |
SoftRank: 6.82 |
Fire & Ice QXC has redefined the accuracy requirements for cell-based digital designs—it is 2X more accurate as other extraction technologies and handles in-die process variations that often occur in advanced processes as 130nm and below. |
 |
SoftRank: 6.82 |
Analyzes the combined impact of major noise sources including crosstalk, IR drop, and propagated noise on the design for custom digital circuits. |
 |
SoftRank: 6.82 |
Encounter RTL Compiler delivers global synthesis for smaller, faster, and low-power chips in less time. It uses a unique set of patented global focus algorithms that maximize the performance of the most challenging designs. |
 |
SoftRank: 6.82 |
A silicon-proven, 3D, hierarchical, grid-less, space-based, full-chip and block routing convergence system for advanced mixed-signal, analog, and custom digital designs at 65nm and below. |
 |