Cadence Kits
Incisive functional verification
Encounter digital IC design
Virtuoso custom design
Allegro IC-PKG-PCB co-design
PRODUCTS
Allegro AMS Simulator
Allegro Design Entry CIS
Allegro Design Entry HDL
Allegro System Architect
Allegro Design Publisher
Allegro PCB Design
Allegro PCB SI
Allegro PCB Librarian
Allegro Design Workbench
Allegro Package Designer
Allegro Package SI
Cadence 3D Design Viewer
DESIGN TASKS
Design creation
Simulation
PCB layout and routing
PCB signal integrity
Library and design data management
IC package co-design
Silicon design-in
OrCAD PCB design
System-in-package design
Design for manufacturing
IP catalog
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IC-Package-PCB co-design

Cadence views IC packaging as the critical link in the IC-package-PCB design flow. Without this link, silicon design can end up difficult and expensive to implement in a system. Cadence® Allegro® IC/Package co-design technology moves chip/package co-design and analysis capabilities to a new level.

Products



Allegro Package Designer XL —provides chip-level I/O planning and co-design capabilities based on First Encounter® and embedded 3D field solver for full package-level simulation modeling
Allegro Package Designer L—offers a constraint-driven layout environment for the physical design of complex, high-density IC packages
Allegro Package SI L —tightly integrated SI solution for advanced IC packages; combines Allegro platform design environment and simulation technology with a proven 3D field solver engine from Optimal Corporation's PakSi-E product


Related products



Cadence 3D Design Viewer —full, solid model 3D viewer and 3D wirebond design rule checking (DRC) solution for complex IC package designs
TSMC Reference Flow 7.0 — the Allegro platform is exclusively featured in TSMC Reference Flow 7.0 to optimize chip and package design flows. Includes new capability of handling simultaneous switching outputs in timing and IR drop analysis
Virtuoso® Analog VoltageStorm® Option — when combined with Allegro Package SI L, this solution allows for IR drop analysis that considers the combined chip and package power delivery system