Six focused engineering tools that cover the physical design flow — from schematic capture through place & route, clock tree synthesis, timing signoff, and SoC partitioning.
One set of tools, tracking every stage of the flow.
Each tool is built for a specific stage of the flow, so your team can move from capture to signoff without switching context.
Schematic capture built for large SoC designs — fast, keyboard-driven entry with live net and pin validation.
Explore post place-and-route layouts, inspect congestion, and trace nets directly against your floorplan.
Run SoC-level connectivity and integration checks across blocks before you commit to the next design stage.
Visualize clock tree and mesh structures after CTS, and spot skew or balance issues before timing closure.
An automated agent that runs static timing analysis passes and surfaces the paths that need your attention.
Optimize feedthrough routing across abutted blocks when partitioning a large SoC into physical sub-blocks.
The six tools group into three phases of the physical design flow — capture, implement, and sign off.
Start from a validated schematic in KTool before anything moves to physical implementation.
Place, route, and build the clock tree with PnrViewer and CTSMeshViewer, tracking congestion and skew as you go.
Verify connectivity, close timing, and optimize block partitioning with SocChecker, StaAgent, and the partition optimizer.
Whether you're capturing a schematic or closing timing on a full SoC, there's a tool built for that stage.