The is the single source of truth for Physical Design. Keep a copy on your local desktop, learn how to search it for error codes, and—for the love of Moore’s Law—make sure you are using the right version (ICC1 vs. ICC2).
: An optimization engine that simultaneously analyzes clock and data paths to meet aggressive performance targets while minimizing the power footprint.
The exact or structural violation you are trying to fix?
Check your Synopsys SolvNet portal today. If you have access to version M-2017.06-SP4 , look specifically for the "User Guide" PDF. Review Chapter 7 (Placement) and Chapter 12 (Routing) before starting your next block.
CTS automatically inserts clock buffers and uses Non-Default Routing (NDR) rules (such as double spacing and double width) to shield critical clock lines from cross-talk. Primary Execution Command:
Defining the shape (width vs. height) of the core.
Which is causing issues (e.g., Floorplanning congestion, CTS clock skew, Route DRCs)?
The primary utility of ICC lies in its ability to execute a convergent, single-pass physical design flow. The user guide outlines three critical commands that drive the majority of the implementation process:
Floorplanning defines the physical boundaries of your chip, block, or macro. The guide details how to:
The is the single source of truth for Physical Design. Keep a copy on your local desktop, learn how to search it for error codes, and—for the love of Moore’s Law—make sure you are using the right version (ICC1 vs. ICC2).
: An optimization engine that simultaneously analyzes clock and data paths to meet aggressive performance targets while minimizing the power footprint.
The exact or structural violation you are trying to fix? synopsys icc user guide pdf
Check your Synopsys SolvNet portal today. If you have access to version M-2017.06-SP4 , look specifically for the "User Guide" PDF. Review Chapter 7 (Placement) and Chapter 12 (Routing) before starting your next block.
CTS automatically inserts clock buffers and uses Non-Default Routing (NDR) rules (such as double spacing and double width) to shield critical clock lines from cross-talk. Primary Execution Command: The is the single source of truth for Physical Design
Defining the shape (width vs. height) of the core.
Which is causing issues (e.g., Floorplanning congestion, CTS clock skew, Route DRCs)? : An optimization engine that simultaneously analyzes clock
The primary utility of ICC lies in its ability to execute a convergent, single-pass physical design flow. The user guide outlines three critical commands that drive the majority of the implementation process:
Floorplanning defines the physical boundaries of your chip, block, or macro. The guide details how to: