Free Download Synopsys IC Compiler II W-2024.09-SP2 | 3.6 GbIC Compiler II is a netlist-to-GDSII implementation system for semiconductor physical design. It covers stages ranging from early design exploration and prototyping through design planning, block implementation, chip assembly, and sign-off-oriented design closure.
The platform is intended for advanced integrated circuit designs where performance, power, area (PPA), and development schedules are important considerations. Its implementation flow includes design planning, placement and optimization, clock tree synthesis, routing, manufacturing compliance, and sign-off closure.
IC Compiler II also incorporates technologies for flat and hierarchical design planning, congestion-aware placement, advanced-node routing, concurrent clock and data optimization, and machine learning-driven optimization. Fusion technologies extend the flow with sign-off-oriented analysis and optimization capabilities.
IC Compiler II provides a physical implementation environment for taking a synthesized netlist through place-and-route and toward GDSII output. The workflow includes early design exploration, design planning, block implementation, chip assembly, and design closure activities.
The platform supports both flat and hierarchical design approaches and provides placement and optimization functions that account for congestion and routing requirements. Clock tree synthesis, advanced-node routing, manufacturing compliance, and sign-off closure are integrated into the implementation flow.
Its optimization framework includes parallel processing, multi-objective global placement, routing-driven placement optimization, and concurrent clock and data optimization. The flow also addresses total power optimization and includes multi-pattern and FinFET-aware technologies.
Key Features- Implement designs from netlist through GDSII-oriented physical design stages.
- Support early design exploration and prototyping.
- Provide flat and hierarchical design planning.
- Support block implementation and chip assembly.
- Perform congestion-aware placement and optimization.
- Provide clock tree synthesis capabilities.
- Support advanced-node routing convergence.
- Address manufacturing compliance and sign-off design closure.
- Use a parallel optimization framework for physical implementation tasks.
- Provide multi-objective global placement.
- Apply routing-driven placement optimization.
- Perform concurrent clock and data optimization.
- Support total power optimization.
- Provide multi-pattern and FinFET-aware implementation technologies.
- Use machine learning-driven optimization for design closure.
- Provide sign-off IR drop-driven optimization through Fusion technologies.
- Perform PrimeTime delay calculation within the IC Compiler II environment.
- Support exhaustive path-based analysis (PBA).
- Provide sign-off ECO capabilities within the place-and-route flow.
Why Choose IC Compiler IIIC Compiler II is designed for semiconductor physical implementation workflows that require coordinated planning, placement, clocking, routing, and design closure. Its integrated approach covers multiple stages of the implementation process from early exploration through sign-off-oriented closure.
The platform is particularly suited to complex designs where PPA requirements and physical implementation constraints must be addressed together. Its optimization and sign-off technologies provide tools for analyzing and refining designs throughout the place-and-route process.
System RequirementsFrequently Asked QuestionsWhat is IC Compiler II used for?IC Compiler II is used for semiconductor physical implementation, including design planning, placement, clock tree synthesis, routing, chip assembly, and sign-off-oriented design closure.
What design flow does IC Compiler II support?The platform supports a netlist-to-GDSII implementation flow that includes early design exploration, prototyping, planning, block implementation, chip assembly, and physical design closure.
Does IC Compiler II support hierarchical designs?Yes. The software provides design planning technologies for both flat and hierarchical implementation flows.
Does IC Compiler II include machine learning optimization?Yes. The source article identifies machine learning-driven optimization as one of the technologies used for fast and predictive design closure.
What sign-off capabilities are included?The source identifies sign-off IR drop-driven optimization, PrimeTime delay calculation, exhaustive path-based analysis, and sign-off ECO within the place-and-route flow.
Home Pagewww.synopsys.com
Product Information- Software Name: IC Compiler II
- Version: W-2024.09-SP2
- Architecture: x86_64
- Languages: english
- License type: Full Version
- File Size: 3.6 Gb
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