Last updated on Apr 24, 2026.
Hardware Benchmark for Revit measures practical workstation performance for Revit-specific CPU and GPU tasks. It is intended to show how a machine behaves under a consistent test workload instead of relying only on general-purpose benchmark scores.
Use it when you want a repeatable way to compare laptops, desktops, or power profiles against a known Revit test routine.
Getting started
Overview
The benchmark combines CPU and GPU exercises into one workflow. The CPU portion focuses on model creation and related operations, while the GPU portion stresses a realistic 3D display workflow with repeated view updates.
The tool also reads hardware information such as CPU, RAM, and GPU identity so the final results can be compared more meaningfully.
Requirements
- A supported Revit installation with Hardware Benchmark installed.
- The packaged benchmark template present in the installed Benchmark folder.
- Access to any network service used for percentile scoring.
- A workstation state that is stable enough for a fair comparison, especially power mode on laptops.
Install and uninstall
Deploying to multiple machines? This section covers standard local installation. For automated deployment by IT administrators or BIM managers, see the Silent Installer Guide.
Install
- Close Revit.
- Run the Hardware Benchmark installer with administrator rights.
- Complete the installer steps.
- Start Revit and confirm the benchmark command is available.
Uninstall
- Close Revit.
- Use the Windows uninstall entry for Hardware Benchmark.
- Confirm removal and reopen Revit only after the process completes.
Benchmark workflow
Run the test
- Open the benchmark command from the ribbon.
- Confirm the machine is in the power and graphics mode you actually want to measure.
- Start the test and let both CPU and GPU phases finish without interruption.
- Wait for the result summary before closing the tool.
CPU and GPU phases
The CPU portion measures Revit work such as model creation and related operations. The GPU portion focuses on 3D display behavior, realistic views, and repeated navigation or redraw cycles. Treat the combined result as a Revit workflow indicator, not as a generic gaming or rendering score.
Results and scoring
Understanding the scores
The result screen combines raw timing data with percentage-style scoring and percentile comparisons. These values are most useful when comparing machines against the same benchmark conditions rather than mixing results from uncontrolled sessions.
Hardware detection
Hardware Benchmark records CPU, GPU, memory, and related workstation information. Laptop or desktop context and power profile matter when comparing results, especially if a mobile workstation can switch between battery and plugged-in modes.
Troubleshooting and FAQ
The benchmark will not start
Cause: Required template or support files are missing from the installation.
Fix: Reinstall the benchmark package and confirm the benchmark template is present.
The results look inconsistent
Cause: Background load, power mode changes, or interrupted test conditions affected the run.
Fix: Repeat the benchmark under controlled conditions and keep the machine in a consistent power state.
Percentile scoring is unavailable
Cause: The tool could not reach the service used for comparison data.
Fix: Check network access and rerun the comparison once connectivity is available.
What should I compare between two machines?
Compare the final score, the raw timing trend, and the detected hardware profile together. A faster CPU score with a weaker GPU phase can still reveal a different workstation balance than a more even result.