3DMark: what it is, how it works and what it does

3DMark is a benchmarking tool designed to measure the three-dimensional graphics performance of a device. It operates by executing predefined test scenarios that stress the graphics processing unit (GPU) and, in some cases, the CPU, producing quantifiable rendering-capacity metrics.

Operating principles

The system runs one or more test scenarios that simulate graphics workloads. Each scenario generates three primary metrics:

• Overall Score: expressed in points, representing the aggregate result of the test.
• Average FPS: the sustained frame rate achieved during the test.
• Stability: a percentage reflecting the consistency of performance throughout the run, i.e., the device's ability to maintain a performance level without significant degradation.

Test scenarios

Available evidence documents the following scenarios within the suite:

Solar Bay

A test scenario that produces an overall score and an average FPS value. In one recorded measurement, 12,472 points and 47.42 fps average were obtained. An Extreme variant, aimed at higher-capability devices, was recorded at 1,416 points on a device identified as "8 Elite Gen 5".

Steel Nomad Light

A lower-demand graphics scenario designed for a broader range of devices. One measurement yielded 2,789 points and 20.66 fps average. On the "8 Elite Gen 5" device, an approximate score of 3,100 points was recorded.

Wildlife

A scenario that generates an overall score and an average FPS. One measurement recorded 1,832 points and 13.58 fps. Its Wildlife Extreme variant produces a substantially higher score; one measurement yielded 8,794 points.

Interpreting results

The presence of 3DMark results in a product's technical sheet or review indicates that the device has undergone standardised graphics performance testing. Interpretation should consider:

1. Comparability within the same scenario: scores are directly comparable only between devices tested with the same benchmark (e.g., Solar Bay vs. Solar Bay).
2. Difference between standard and Extreme variants: "Extreme" scenarios apply heavier loads and are not numerically equivalent to their standard counterparts.
3. The stability index: a low value (e.g., 69.65 %, recorded in one measurement) suggests the device does not maintain consistent performance, which may indicate thermal or power-management limitations.

Scope and limitations

Available data come from technology review sources (gadgets.beebom.com, gizmochina.com, nanoreview.net) with moderate authority. The scores reflect the performance of specific devices under specific test conditions and do not constitute manufacturer specifications. Variability between devices and between scenarios prevents establishing a single performance scale; each test measures a different aspect of graphics capability.

3DMark scores must always be read in the context of the specific scenario and the device evaluated; an isolated score without reference to these variables has no comparative meaning.

Aliases and alternative names

• 3DMark
• 3DMark Solar Bay
• 3DMark Steel Nomad Light
• 3DMark Wildlife
• 3DMark Wildlife Extreme
• 3DMark Solar Bay Extreme