GravityMark - Benchmark Tool for GPU Acceleration

Assessing the real capabilities of your graphics card requires a powerful benchmark tool to run stress tests that can unveil the power of the GPU. One of the applications that you can call to is GravityMark, a benchmark tool for graphical processing units that uses GPU acceleration to render objects in real time.

Features:

• Support for Vulkan, OpenGL, Direct3D12, and Direct3D11 APIs


• Configurable test settings in windowed, full-screen, or full desktop mode


• Show FPS rate, sensors, and additional information during the test


• Select specific resolution and computer monitor for the test


• Run stress tests with varying numbers of rendered elements

GravityMark is easily installed in Windows and, as soon as the setup process is complete, it opens a browser window where you can configure its basic settings. A link to the application's manual is there, alongside one-click access to the leaderboard to compare your results to others.

The benchmark tool can make use of various APIs to run its tests. It provides support for Vulkan, OpenGL, as well as Direct3D12 and Direct3D11. Depending on the API you choose, the test can be run in windowed, full-screen or full desktop mode.

Render Capabilities:

• Utilizes NASA images and Milky Way panoramas for rendering


• Select the number of rendered elements for stress testing


• Evaluate GPU capabilities with real-time rendering of objects

GravityMark makes use of NASA images and Milky Way panoramas to render an impressive number of asteroids. In fact, you are the one to choose the number of rendered elements. In other words, GravityMark allows you to run different stress tests on your GPU and check out the results to assess its true capabilities.

GravityMark renders an enormous number of objects in real time to let you evaluate just how powerful and reliable your GPU is. Please keep in mind that you should close all the other applications in Windows before using a benchmark tool, so as to obtain results that are as accurate as possible.