What's new in NVIDIA OptiX SDK 3.0.0
Feb 1, 2013
- Callable Programs:
- Enables the assignment of arbitrary CUDA functions to OptiX variables enabling shade trees, referenced procedurals, and a far more diverse set of shading and rendering algorithms.
- OptiX-CUDA Interop:
- Allows efficient sharing of data between OptiX and other CUDA applications.
- Bindless Textures:
- Textures now have indirect access by using CUDA RT_TEXTURE and storing this handle within OptiX variables and buffers.
- Improved Performance:
- Better performance when using GL interop input buffers with multiple GPUs.
- Far Faster Times for SBVH - our highest Performance acceleration Structure Type
- The build times for SBVH are now far faster for assemblies, and general compile times are over 2X faster.
- Better Multi-GPU Load Balancing:
- The algorithm for partitioning work across multiple GPUs has improved, increasing multi-GPU scalability.
- More Efficient Compilation:
- The need to compile when the scene changes is far less frequent than in previous releases.
- Expanded Out of Core support:
- NVIDIA GTX class products can now page to system RAM when exceed on-board GPU memory.
- New Texture Wrap Modes:
- For RT_WRAP_MIRROR and RT_WRAP_CLAMP_TO_BORDER
- TCC Driver Support:
- OptiX is now compatible with NVIDIA Tesla boards using the TCC driver for either single or multiple GPU usage, allowing OptiX applications to be fully compatible with NVIDIA Maximus system configurations.
- New SDK Source Examples:
- Demonstrating: Callable Programs, Multiple Importance Sampling, Ray Differentials and CUDA Interop
New in NVIDIA OptiX SDK 2.6 (Feb 1, 2013)
- Kepler GPU Support
- CUDA LLVM Optimizations
- CUDA 4.2 Support
New in NVIDIA OptiX SDK 2.5.1 (Feb 1, 2013)
- Out-of-Core Memory Paging
- Unlimited textures
- Ultra-Fast Acceleration Structure building
- Increased performance on divergent rays by up to +80%
- Visual Studio 2010 support
New in NVIDIA OptiX SDK 2.1.1 (Feb 1, 2013)
- Fixed known issues when targeting sm_20.
- Fixed several bugs related to using Transforms in user CUDA programs.
- Fixed some compilation issues when using double precision in user CUDA programs.
- Fixed optixpp_namespace.h compile error when using SelectorObj::getChild(), GroupObj::getChild(), and TransformObj::getChild().
New in NVIDIA OptiX SDK 2.1 (Feb 1, 2013)
- Performance improvements of up to +70% for many heavy workloads over previous OptiX versions.
- 64-bit device code compilation, allowing access to the full 6GB of Quadro 6000 and Tesla 2070 solutions
- CUDA 3.1, CUDA 3.2 and CUDA 4.0 B2 support
- Universal binary (i386 + x86_64) support for Mac OptiX libraries
- New rtuTraversal API for easily computing batches of ray intersections with geometry without the need to setup an OptiX pipeline - an optimal means for operations like light baking, occlusion culling, and collision detection.
- CPU fallback for the new Traversal API.
New in NVIDIA OptiX SDK 2.0 (Feb 1, 2013)
- All CUDA-capable GPUs (G80 generation and later)
- Optimizations for Fermi-class GPUs
- Direct 3D Support
- Fast Interop with both Direct3D and OpenGL
- Mac OS
- Endless rendering (for avoiding driver time outs)
- Numerous improvements for applications making scene updates