Relative Benchmark

Relative Benchmark is a performance testing application designed for the Android platform. It serves to evaluate the graphical capabilities of mobile GPUs, allowing users to determine if their devices can render graphics comparable to those of console games. This benchmark application features a variety of graphical effects and detailed rendering techniques, which are essential for assessing the performance of mobile devices.

The primary focus of Relative Benchmark is to test the rendering performance of graphics processing units (GPUs) through a series of demanding visual tasks. Users can download Relative Benchmark to see how well their device handles complex animations, post-processing effects, and high polygon counts. The benchmark is structured around a scene that contains approximately 22 million polygons, with about 1 million polygons visible at any given time. This level of detail offers an accurate representation of the device's capabilities in rendering intricate graphics.

Among the notable features of the app are its use of advanced graphical techniques such as Depth of Field, God Rays, Screen Space Ambient Occlusion, smooth shadows, antialiasing, and real-time reflections and refractions. These techniques are designed to push the limits of mobile GPUs and provide insights into their performance under demanding conditions. The benchmark's terrain shader utilizes 14 texture units, effectively testing how well the GPU manages multiple texture fetches per pixel.

Relative Benchmark requires OpenGL ES 3.0 for operation, ensuring that only devices with capable graphics hardware can execute the tests. This requirement aligns with the app's goal of providing a realistic assessment of graphics performance. Users are encouraged to follow specific guidelines to optimize their device's performance before conducting the benchmark. These recommendations include disabling antivirus software, closing background applications, restarting the device, and allowing it to cool down if it is overheated.

The app also offers a user-friendly interface that allows navigation within the rendered scene. Users can interact with the benchmark by dragging their fingers across the screen, providing a more immersive experience. This feature not only enhances the usability of the app but also allows users to appreciate the quality of the graphics being rendered in real-time.

Relative Benchmark includes settings that vary the graphical quality across low, medium, and high levels. For example, the Depth of Field effect can be adjusted from a low setting that utilizes a 7x7 kernel to a high setting using a 15x15 kernel, significantly increasing the processing load. Similarly, shadow quality can be modified, with the low setting using a 1024x1024 shadow map and the high setting employing the maximum texture size available on the device. This flexibility enables users to tailor the benchmark experience according to their device's capabilities.

The app's ability to run at a resolution of 4K (3840x2160) is another highlight, provided the device's GPU supports such a resolution. This feature allows for an even more detailed performance assessment and illustrates how well the device can handle high-resolution graphics. Users interested in understanding their device's performance at different resolutions will find this capability particularly beneficial.

In addition to the graphical tests, Relative Benchmark provides users with detailed information about their GPU's OpenGL ES 2/3 extensions. This includes data on anisotropic filtering, antialiasing values, pixel shader float precision, and various OpenGL ES 3 capabilities, such as the maximum number of uniform blocks and texture array layers. This wealth of information equips users with a comprehensive understanding of their device's graphical capabilities.

For those seeking to improve their benchmark scores, the app offers practical advice on enhancing overall performance. Users are instructed to terminate unnecessary applications and processes, ensuring the benchmark runs in an optimized environment. Additionally, the app emphasizes the importance of device temperature management, suggesting that users allow their devices to cool down before running the tests.

The combination of advanced rendering techniques, user-friendly navigation, and detailed performance metrics makes Relative Benchmark a valuable tool for anyone interested in evaluating mobile GPU performance. Whether users are casual gamers or developers testing their applications, the benchmark provides insights that can inform decisions related to device performance and graphics capabilities.

With a straightforward approach to benchmarking, Relative Benchmark stands out as a practical solution for assessing mobile graphics performance.

For more information on the app's availability on other platforms, visit the following links:

iOS: http://bit.ly/WmFW6h

Windows 10: http://bit.ly/X5rx06

Windows Phone: http://www.windowsphone.com/en-us/store/app/relative-benchmark/0b99b556-fc61-493d-b201-f1531a985cc9?appid=0b99b556-fc61-493d-b201-f1531a985cc9