How to see the frame rate curve in 3dmark - How to see the frame rate curve in 3dmark

3DMark is the world's most authoritative professional hardware performance testing software, developed by UL Benchmarks. It is mainly used to evaluate the game graphics performance of computers (especially graphics cards). It comprehensively stresses the hardware and generates accurate performance scores by running a series of highly complex real-time 3D rendering tests that simulate the graphics load of the latest game masterpieces. The software provides a full set of test items from entry-level equipment to high-end ray-tracing graphics cards, supports cross-platform performance comparison, and is an industry standard tool for DIY players, overclocking enthusiasts and hardware evaluation institutions to check system performance and conduct stability tests. Next, let Huajun editor explain to you how to view the frame rate curve in 3dmark and how to view the frame rate curve in 3dmark!

first step

3DMark main interface → [Options] → [SystemInfo] tab in the upper right corner

Step 2

Check [Scan for SystemInfo] (automatically detect hardware information) and check [SystemInfo Hardware Monitoring] (enable real-time monitoring)

Step 3

Select the target test (such as Steel Nomad) on the [Benchmarks] interface. Click [Run] to start the test, and do not touch the keyboard/mouse during the entire process (to avoid interfering with data collection). After the test is completed, it will automatically jump to the results page and wait for the data to load (about 10-15 seconds).

Step 4

Test results page → Scroll down to the [Detailed Monitoring] area → Click the [FPS] tab

View switching:

Default view: Displays the overlay curve of frame rate, CPU/GPU temperature, and clock frequency.

Independent view: Right-click the [FPS] curve → select [Isolate] to zoom in on the frame rate curve individually.

Step 5

Horizontal axis (X-axis): Time axis (unit: seconds), marking key stages of testing (such as loading, combat, explosion scenes).

Vertical axis (Y-axis): frame rate (FPS), focus on:

Average frame rate: overall smoothness benchmark (such as 60FPS as the smooth threshold).

1% Low FPS: The lowest point of the curve, reflecting the risk of freezing in extreme scenarios (such as a sudden frame drop to 20FPS).

0.1% Low FPS: Stricter stuttering indicator (applicable to e-sports-grade equipment).

Step 6

Multidimensional correlation analysis

Combined with the temperature curve:

If the CPU/GPU temperature exceeds 90°C when the frame rate drops, the cooling system needs to be checked (such as dry silicone grease or fan failure).

Combined with the load curve:

If the GPU load is lower than 80% for a long time but the frame rate is low, it may be a CPU bottleneck (such as i3 processor with RTX 4090).

Combined with the clock frequency curve:

If the GPU frequency drops simultaneously when frames are dropped, it means that the power consumption wall is triggered (the TDP limit needs to be adjusted in the BIOS).

Step 7

Save the current test results (click [Export] → select [CSV] format). Repeat the test after modifying the test conditions (such as overclocking the CPU/GPU, changing the cooling solution). Superimpose the frame rate curves of the two tests in Excel to visually compare the optimization effects (for example, 1% Low FPS increases by 15% after overclocking).

The above is how to view the frame rate curve in 3dmark and how to view the frame rate curve in 3dmark compiled by Huajun editor for you. I hope it can help you!