In this article, we will look at a modern GPU renderer that combines interactivity and physical accuracy. The program provides quick real-time feedback when adjusting lighting and materials, while ensuring high-quality final rendering with ray tracing support and an advanced PBR workflow. It is suitable for architectural visualization, product photography, and quick web demonstrations where iteration speed and photorealism are important.
Key Features
Instant real-time preview for accelerated composition and lighting edits.
Full support for physically based rendering and correct material behavior when changing lighting.
Accelerated GPU ray tracing implementation with optimizations for modern cards and Apple Silicon.
Large material library and ready-made material presets for quick PBR material configuration.
AI denoising — noise reduction in early passes and in the final pass for a clean image.
Flexible HDRI lighting editor with local environment and intensity correction.
Reliable path tracing and bi-directional path tracing elements for natural caustics.
Support for depth of field, motion blur, and accurate bloom effects for cinematic quality.
Progressive rendering for quick evaluation of results and time savings in early iterations.
A set of render passes (diffuse, specular, depth, cryptomatte, etc.) for detailed compositing.
ACES color workflow and customizable tone mapping for color consistency in the pipeline.
Scene optimization tools: LOD, texture compression, adaptive sampling, and shadow management.
Hardware acceleration and RTX support option for hardware tracing and reflection acceleration.
Support for camera animation, keyframes, and basic skeletal animation for presentations.
Export/import of popular formats and batch processing of scenes for production tasks.
Built-in studio presets and primitives for object visualization and e-commerce.
Ability to work in web browser rendering mode for remote demonstrations and reviews.
Support for scripts/plugins for automation and batch rendering in the pipeline.
