Digital Design Studio
Write the source. Explore the circuit. Understand the result.
One workspace for hardware development.
Windows · Linux · Cloud
Hover or select a dot to explore the workspace.
Move between saved runs and their waveforms, schematics, performance results, and reports.
Review the performance chart alongside its interpretation and source artifact.
Read performance metrics, interpretation, and supporting artifacts in one report.
Move between saved runs and their waveforms, schematics, performance results, and reports.
Review the performance chart alongside its interpretation and source artifact.
Compare observed results with requirements and review the next action for each gate.
Inspect clock period, arrival time, estimated frequency, and resource headroom from the current run.
Review timing, power, area, and evidence together on the signoff command board.
Compare observed results with requirements and review the next action for each gate.
Inspect clock period, arrival time, estimated frequency, and resource headroom from the current run.
Follow the design hierarchy through module blocks, ports, and routed connections.
Inspect the selected module and choose which data, signal, clock, and label layers are visible.
Explore RTL modules and their connections in a three-dimensional hierarchy view.
Follow the design hierarchy through module blocks, ports, and routed connections.
Inspect the selected module and choose which data, signal, clock, and label layers are visible.
Navigate module instances and their source locations without losing the project structure.
Review inputs, outputs, and internal signals alongside the active source file.
Edit SystemVerilog with the module hierarchy and signal outline beside the source.
Navigate module instances and their source locations without losing the project structure.
Review inputs, outputs, and internal signals alongside the active source file.
Inspect a module and follow its incoming and outgoing connections across the schematic.
Review the selected cell’s ports, nets, signal categories, and connected peers.
Trace modules, ports, and nets in the hierarchical schematic.
Inspect a module and follow its incoming and outgoing connections across the schematic.
Review the selected cell’s ports, nets, signal categories, and connected peers.
See how the work connects
01 · Write
Bring RTL/SystemVerilog development and ISA design into one workspace. Edit .sv, .svh, .v, and .vh sources with module hierarchy and signal outlines nearby. Move from an instance to its source while keeping the surrounding design in view.
Explore the workspace02 · Explore
Trace modules, ports, and nets through the schematic. Switch to the 3D hierarchy to see how the pieces of a larger design fit together.
Explore the interactive preview03 · Analyze
Review timing, power, area, and reports alongside the run that produced them. Keep analysis, verification, trace, and Evolve work connected to the project.
Explore analysis and EvolveChoose where you work
Use the desktop app, open a Cloud workspace, or bring the CLI into your automation.
Work with local files in Digital Design Studio on Windows or Linux.
Choose your downloadSign in to Altifigence and open your workspace from the browser.
Open CloudUse Altifigence CLI with scripts and CI workflows.
Get the CLIStart with your next design
