Are you looking to showcase your brand in front of the gaming industry’s top leaders? Learn more about GamesBeat Summit sponsorship opportunities here.
Nvidia introduced Latte3D, harnessing generative AI technology to create 3D shapes from text instantly. This text-to-3D AI model can swiftly produce high-quality 3D shapes, revolutionizing the creative process.
Developed by Nvidia’s AI lab team in Toronto, Latte3D marks a significant breakthrough in artificial intelligence, enabling near-real-time generation of detailed 3D objects and animals from simple text inputs, as praised by Nvidia.
Sanja Fidler, Nvidia’s Vice President of AI Research, lauded Latte3D as a game-changer across various industries for its rapid text-to-3D generation capabilities.
“We can now produce results an order of magnitude faster, putting near-real-time text-to-3D generation within reach for creators across industries,” said Fidler in a statement.
GB Event
GamesBeat Summit Call for Speakers
We’re thrilled to open our call for speakers to our flagship event, GamesBeat Summit 2024 hosted in Los Angeles, where we will explore the theme of “Resilience and Adaption”.
Apply to speak here
At the core of Latte3D is its ability to translate text inputs into elaborate 3D representations, akin to a virtual 3D printer. Utilizing a single GPU like the Nvidia RTX A6000, the model can generate complex 3D shapes instantly, eliminating the need for time-consuming rendering processes.
Creators can now rely on Latte3D to bring their ideas to life swiftly and efficiently, avoiding the manual design of objects or searching through 3D asset libraries. The model offers a variety of shape options based on each text input, enabling users to choose the most suitable design for their requirements.
While discussing with experts in the field, concerns were raised about modifying generative images to match specific preferences. Latte3D aims to address this challenge by offering fast and responsive text-to-3D generation capabilities.
Latte3D is adaptable beyond its initial training datasets, allowing developers to train the model on diverse data types for applications in landscape design, robotics, and other domains. For landscape designers, the model can expedite the process of creating realistic garden renderings, while robotics developers can simulate environments for training personal assistant robots.
Powered by Nvidia A100 Tensor Core GPUs and trained on varied text prompts from ChatGPT, Latte3D showcases Nvidia’s commitment to enhancing AI-driven content creation tools. The model’s capability to interpret a wide range of text descriptions ensures accurate and tailored shape generation to meet user needs.
As part of Nvidia Research’s ongoing pursuit of advancing AI and computer graphics, Latte3D demonstrates the company’s dedication to innovation. With a global team of scientists and engineers, Nvidia continues to make strides in AI, computer vision, self-driving cars, and robotics.
