Hardware Detail

Hardware: Intel Iris Xe Graphics Mobile (80EUs, Tiger Lake)

Specs:

Architecture : Tiger Lake
Codename : Tiger Lake GT2
Chip : -
Core : 80
Memory : SHARED
Bus Width : 128 bit
Core Clock : 400MHz - 1300MHz
Memory Clock : 2000MHz
TDP : -
Technology : 10nm
Bus Interface : Integrated
CPU : Intel Core i5-1135G7

See more specification...

Software Detail

Software: Unigine Tropics

Score: 2373 points

About: Unigine Tropics

Unigine Tropics is a graphics benchmark designed to test a system's ability to render 3D environments with highly detailed graphical effects, emphasizing the rendering of nature, lighting, and textures in a highly realistic tropical scene. The benchmark uses advanced rendering technologies to assess the performance of the GPU and CPU in handling various visual effects such as dynamic shadows, water reflections, volumetric lighting and highly detailed vegetation. Unigine Tropics uses modern graphics APIs such as DirectX and OpenGL to give an accurate picture of the system's performance when handling 3D rendering at high resolutions.

The test simulates a tropical world full of trees, water, and atmosphere set under changing lighting conditions. With many natural elements to render in real-time, Unigine Tropics challenges the GPU to handle complex graphics loads and ensures that the system can maintain a stable frame rate throughout the test. This benchmark is particularly useful for testing GPU performance in demanding graphics applications such as open-world games or 3D simulations that require high detail and rich visual quality.

The resulting benchmark scores from Unigine Tropics provide an evaluation of the system's ability to run graphics-intensive applications with a high degree of realism, providing insight into visual processing power and hardware acceleration utilization on complex 3D workloads. This test is often used to compare the performance of various graphics cards, especially at high resolutions, and provides a good overview of the hardware's ability to handle realistic graphics environments.