Now available on mobile
What is ray tracing?
Since the early days of 3D, traditional rendering has been performed using rasterisation, where the geometry of objects are built up using a mesh of triangles and then ‘shaded’ to create their appearance. However, with rasterisation the way the world is lit can only be approximated.
Ray tracing is different. It mimics how light works in the real world, where photons are emitted from a light source and bounced around the scene until they reach the eye of the viewer. As the light interacts with objects it is blocked, reflected, or refracted by the objects along the way, depending on their material properties, creating realistic shadows and reflections, even off off-screen objects.
This approach to lighting scenes helps delivers graphics with far greater realism, improving the visuals while simplifying the lighting process for content creators.
To better understand the fundamentals of ray tracing read our white paper, “Shining a Light on Ray Tracing”.
Our unique approach
Ray tracing is computationally expensive making it challenging to achieve in real-time. To make it a reality, our unique architecture contains patented specialist hardware blocks that enable either faster full ray tracing or an efficient hybrid rendering approach that combines traditional rasterisation techniques with ray tracing for realistic lighting, reflections and shadows.
Through this, Imagination has created a solution that offers an optimal balance between image quality and performance.
Our PowerVR Photon architecture
As ray tracing can be done with varying levels of performance and efficiency, we established the Ray Tracing Levels System (RTLS), ranging from Level 0 to Level 5.
The PowerVR Photon architecture represents the first Level 4 ray tracing solution. This is thanks to a new GPU block called the Ray Acceleration Cluster (RAC), enhancing ray tracing performance and efficiency to deliver a desktop-quality ray traced experience for mobile gamers and developers.
What level are you at?
Ray tracing in the palm of your hand
A sweetspot core for premium mobile devices, CXT enables advanced effects like ray traced soft shadows, reflections and global illumination to create beautifully realistic game worlds, previously reserved for the highest level desktop GPUs.
The most advanced ray tracing architecture in the world, enabling desktop-level ray tracing for mobile.
A visual revolution
As the realism that ray tracing provides becomes the norm on PCs and consoles consumers will expect similar levels of quality on their portable devices. Imagination’s PowerVR architecture-based GPUs are renowned for delivering console-quality graphics on portable devices and Imagination Ray Tracing will deliver the same for the next generation of devices.
Our ‘mobile-first’ approach to ray tracing, with efficiency at its heart, makes it an ideal fit for battery-constrained devices, and promises to bring new levels of visual quality to mobile.
Ray tracing can also be used to enhance a variety of mobile applications, such as augmented reality apps that bring virtual objects into the real world, while VR games can reach even higher levels of immersion.
Cloud-based gaming is expanding the range of options for gamers, but power consumption and heat management are key challenges faced by server farms. Imagination’s highly scalable ray tracing solution will enable cutting-edge cloud gaming, delivering stunning visual-effects quality combined with low power consumption delivering the robustness demanded by high-volume cloud gaming environments.
The interiors of modern cars are dominated by displays and the quality of their visuals is becoming a key differentiator for premium brands. Ray tracing can raise the bar for in-car graphics in numerous ways. Surround-view is a key technology that will be increasingly relied upon to deliver safety-critical information to the driver and ray tracing can add unprecedented realism to the images. The distortion correction process surround-view requires can be created more easily and with lower latency using ray tracing. It can also enable distorted or curved rendering in a single pass to precisely map the head-up display (HUD) onto the windscreen.
Many markets rely on pre-visualisation applications to create highly realistic models for virtual prototyping. Industries such as architecture, interior design, property development, and product design all leverage the power of ray tracing for more realistic visualisations. Traditionally, generating these types of images takes a long time to render, but Imagination Ray Tracing could enable physically-based models to be created in real-time, reducing time to market and improving client satisfaction.
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