Heaven Benchmark
Performance and stability test for PC hardware
Heaven Benchmark is a benchmark with support for DirectX 11 and earlier versions of this API, built on the Unigine engine. This is one of the most popular programs used to test the performance and stability of graphics adapters.
To create the maximum load on the graphics card benchmark can use the most advanced and resource-intensive graphics technologies, such as tessellation, surround lighting, fog and stereo effect. The main test parameters are selected before the benchmark itself is launched. In addition to the above mentioned technologies, you can choose the image resolution in the start menu, the general preset of the quality used by the API (DirectX 9, DirectX 10, DirectX 11, OpenGL) and enable the matrix. Part of the parameters of the program allows you to change directly during the testing process.
Heaven Benchmark allows users to stress-test their graphics card performance using advanced graphics technologies, providing real-time reports on frame rate and GPU temperature.
Heaven Benchmark provides frame rate, GPU temperature and current memory usage. This information changes in real time as the benchmark scenes change. During the testing process, the program records detailed statistics and creates a CSV report with the minimum and maximum values of FPS, duration of testing, total number of rendered frames and other important information. Unfortunately, reports are only available in a paid version of Heaven Benchmark. Also, users without a license cannot switch to the software rendering mode and use the tool of frame-by-frame analysis.
This benchmark is designed primarily as a solution for powerful systems focused on heavy-duty three-dimensional graphics. The Heaven Benchmark is extremely popular with overclockers because it allows them to evaluate the overclocking results of the GPU, as well as to maximize the load on the adapter for the sake of monitoring peak temperatures.
- Built-in support for DirectX 9, DirectX 10, DirectX 11 and OpenGL;
- Support for technologies such as tessellation, bulk lighting, advanced anti-aliasing;
- Simulation of complex calculations of object physics;
- support for ATI Eyefinity technology;
- Real-time changes in FPS, temperature and memory frequency of the graphics adapter;
- saving CSV reports;
- software rendering mode.
PROS
Straightforward interface, easy for beginners.
Supports multiple hardware and systems.
CONS
Sometimes shows inaccurate benchmark results.
Limited customization options available.
Dylan
Heaven Benchmark is a tool that puts graphics cards to the great test by pushing them to their limits in order to assess their stability and effectiveness, under conditions. It provides evaluations of capabilities with a specific focus on graphics card performance making it perfect for passionate gamers. This feature packed application offers presets for comparison of results supports DirectX 9, DirectX 11 and OpenGL 4.0 and includes sky with volumetric clouds, real time global illumination, multi monitor setups, GPU temperature monitoring, command line automation, customizable reports and multi language support. Its user friendly interface enables benchmarking and exploration of the 3D environment while allowing you to adjust settings like resolution and quality. Additionally it provides monitoring of FPS (frames per second) temperature levels and overall system performance metrics. With its customization options and reliable performance evaluation capabilities Heaven Benchmark proves to be a tool for assessing system capabilities and meeting the demands of discerning users. In summary Heaven Benchmark is a GPU testing tool that evaluates the stability of graphics cards as well as the performance of cooling systems. It offers results across platforms along, with extensive customization options. However it does not have automated benchmark execution and it might necessitate users to explore settings prior, to conducting tests. This could potentially complicate the benchmarking procedure, for individuals looking for a approach.
Sat, Feb 3, 2024
