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3DMark
3DMark software showing a benchmark result. Score of 2514.
3DMark benchmark software showing test results for Fire Strike Extreme, Fire Strike, and Cloud Gate, with FPS and temperature graphs.

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    If you want to evaluate the performance of your PC, take a look at VRMark or PCMark 10.

    3DMark is a computer benchmarking tool created and developed by UL (formerly Futuremark), to determine a computer's 3D graphics rendering performance and processor workload processing capabilities. It is a benchmarking software for PCs, published by Futuremark, which tests a computer's graphics rendering performance.

    3DMark aims to give a machine a standardised score to make it easier to compare the performance of each processor or graphics rendering unit. Execution produces a 3DMark score, with higher numbers indicating better performance.

    Test and compare your PC's gaming performance with 3DMark, the number one benchmarking application for gamers, overclockers and system builders.

    Additional Content:: PCMark 10, PCMark 8, AIDA64, VRMark

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    FAQ - Frequently Asked Questions

    How does 3DMark's Time Spy benchmark utilize DirectX 12's asynchronous compute capabilities to stress the GPU?
    Time Spy leverages DirectX 12's ability to schedule and execute multiple tasks concurrently on the GPU's different compute units, simulating real-world gaming workloads that benefit from these features.
    In the Port Royal benchmark, what specific ray tracing effects are employed, and how are they used to simulate realistic reflections and shadows?
    Port Royal utilizes ray-traced reflections and shadows. These effects are calculated by tracing the path of light rays, accounting for their interactions with surfaces to create realistic visual effects.
    How does the Speed Way benchmark stress the GPU beyond ray tracing, and what features are tested?
    Speed Way incorporates features such as Mesh Shaders and Variable Rate Shading, simulating the intensive workloads found in the newest game generation.
    What role do the CPU tests play in evaluating overall system performance, and what types of calculations are they focused on?
    The CPU tests measure the system's ability to handle physics calculations, AI routines, and other tasks that are heavily reliant on the CPU, identifying potential bottlenecks.
    How does 3DMark's stress tests differ from its benchmarks in terms of the goal of the test?
    Stress tests are designed to check the stability and cooling capabilities of the system under sustained heavy loads, whereas benchmarks aim to measure performance in a controlled environment.
    How does 3DMark's feature test for DirectX Raytracing (DXR) measure ray tracing performance, and what are its key elements?
    The DXR feature test provides a dedicated measure of the system's ray tracing capabilities by using specific ray tracing effects and workloads to measure performance.
    In the Wild Life benchmark, what is the significance of its cross-platform design, and how does it affect performance testing?
    Wild Life's cross-platform design allows for consistent performance comparisons across different devices, including mobile devices and PCs, by utilizing the same scene.
    How are 3DMark's scores normalized to account for variations in display resolution and other system configurations?
    The benchmark scores are normalized to provide a standardized measure of performance, allowing users to compare their results against others regardless of resolution or other settings.
    What type of workloads does the PCI Express feature test assess, and what does it measure?
    The PCI Express feature test assesses the bandwidth of the connection between the graphics card and the rest of the system by transferring a large amount of data.

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