In today’s interconnected world, the relentless pursuit of technological advancement reigns supreme, propelling society forward in unprecedented ways. At the forefront of this revolution stands MediaTek, an industry leader shaping the landscape of semiconductor innovation. MediaTek’s success lies in its unique approach to chip development, which combines cutting-edge research, customer-centricity, and adaptability to emerging trends.
Maintaining these stands, the Taiwanese company has announced a joint partnership with Unity China to unveil the Dimensity 9200 and Dimensity 9200+ chips natively supported Unity engine. These semiconductors have officially become the flagship mobile chips that natively support the Unity engine.
Reports pointed out that developers can fully exploit the capabilities of Dimensity 9200 series chips which produce more mobile games that support ray tracing technology, and give players an immersive experience with light and shadow. Thanks to the effective development environment created by the integration of software and hardware.
Enhancing Unity Engine with MediaTek’s Dimensity 9200/9200 + Chips
As popularly known for creating the Unity engine, which is widely used for developing video games and other interactive 3D applications, Unity China (Unity Technologies China) will use MediaTek’s duo Dimensity 9200/9200+ chips to enhance the Unity engine.
Leading support for mobile hardware ray tracing technology is provided by MediaTek’s flagship Dimensity 9200 and Dimensity 9200+ mobile CPUs. The Unity engine has been used to create a number of mobile games that utilize Dimensity 9200 series mobile CPUs. Turn on the terminal device’s ray-tracing feature.
Moreover, developers using the Dimensity 9200 series mobile CPUs now have access to Ray Query technology built on Vulkan and Unity URP, according to Unity China. Additionally, it enables soft shadow (Shadow), ambient occlusion (AO), refraction (Refraction), reflection (Reflection), and other ray tracing effects as standard features for developers.
In addition, the performance output is powerful and reliable when ray tracing is enabled, thanks to MediaTek’s technological support, which gives developers a reference model scenario and significantly increases the efficiency of Unity developers in implementing ray tracing.
