The Cadence Allegro IC-Package-PCB co-design platform optimizes the system interconnect, reduces costs, and accelerates time to market by enabling a constraint-driven, collaborative design across all three system domains.
Front-end PCB design requires functional conflict resolution and the unambiguous capture of goals and constraints.
Cadence® technology supports multiple design approaches for accurate simulations and tradeoffs
Allegro Design Authoring
Provides a multi-style logic authoring-driven, constraint-driven flow. Manages design constraints, net classes, buses,
extended nets, and differential pairs. Learn More
Allegro Design Entry CIS
Enables rapid, intuitive schematic editing and hierarchical design with optimized sharing and reuse of components and
subassemblies. Automates integration of field programmable gate arrays (FPGAs) and programmable logic devices (PLD's). Learn More
Allegro Design Publisher
Converts Allegro Design Authoring schematics and Allegro PCB Designer PCBs to content-rich PDF's, creating a secure, single-file
representation of the design. Learn More
Integrating large-pin-count FPGAs with many different types of user-configurable pins and assignment rules extends the time to
do pin assignment. Manual pin assignment approaches can extend design cycles and increase the risk of unnecessary PCB re-spins.
Cadence replaces manual and error-prone processes with two placement-aware technologies that automate pin assignment.
Allegro FPGA System Planner
The Allegro FPGA System Planner offers a complete, scalable technology for FPGA-PCB co-design that allows users to
automatically create an optimum placement-aware initial pin assignment for one or more FPGAs. It also allows users to
optimize pin assignment after placement or during routing of signals on the PCB. Learn More
Finding problems early with accurate simulations before fabrication saves time and budget. Cadence® analog/mixed-signal (AMS)
simulators enable accurate modeling, verification, and optimization of designs to reduce risk.
Allegro AMS Simulator
Delivers advanced simulation capabilities for analog/mixed-signal development. Provides design entry feedback, component
modeling, stress analysis, and yield projections. Learn More
Shrinking design cycles and a growing number of nets with constraints require customers to adopt PCB design methodologies that
increase predictability and accelerate design turnaround. Cadence® layout and routing technology offers a scalable, easy-to-use,
constraint-driven PCB design solution for simple to complex PCBs, including those with RF etch components.
Allegro PCB Designer
Speeds designs from placement and routing through to manufacturing with powerful features such as design partitioning,
RF design capabilities, and interconnect design
planning. Production-proven to increase productivity and help engineers quickly ramp up to volume production. Learn More
Stresses on signal and power integrity grow with every increase in speed, complexity, and miniaturization.
Cadence® technology helps you address everything from simple electrical analysis to multi-board signal simulations
in the multi-gigabit range
Allegro PCB SI
Provides advanced interconnect modeling for constraint development and electrical analysis of multi-gigabit designs.
Simulates high-speed signals, systems, and power delivery networks at the single- or multi-board level. Learn More
Desktop access to current component information and design data is vital to cost-effective, on-time project delivery.
The Cadence® library and design data management environment provides advanced features for intra-company and design chain
collaboration and control.
Allegro Design Workbench
Provides a collaborative environment that integrates design tools, library development and distribution, data management,
and process control—all aimed at increasing productivity, reducing errors, and eliminating redundancy. Learn More
Allegro PCB Librarian
Significantly accelerates creation and validation of schematic, PCB footprint and digital simulation map files.
This enables librarians, engineers and/or designers to reduce development time for high-pin-count devices from days
to minutes. Learn More