4.8B diffusion transformer
According to the model card, the model is a scalable Linear-Diffusion-Transformer text-to-image model with 4.8B parameters in torch.bfloat16 precision.
Open Source Model Profile · Efficient-Large-Model
SANA1.5_4.8B_1024px is a text-to-image diffusion model from Efficient-Large-Model. According to the model card, the 4.8B BF16 model generates 1024px-based images with efficient training and inference scaling.
SANA1.5_4.8B_1024px is published by Efficient-Large-Model as a text-to-image model. The captured record identifies the sana library with a recorded apache-2.0 license. According to the model card, developed by NVIDIA with Sana, it is a 4.8B-parameter BF16 Linear-Diffusion-Transformer for 1024px-based image generation.
According to the model card, the model is a scalable Linear-Diffusion-Transformer text-to-image model with 4.8B parameters in torch.bfloat16 precision.
According to the model card, it generates 1024px-based images with multi-scale height and width.
According to the model card, it scales from 1.6B to 4.8B with 60% training-cost savings, supports depth pruning, and uses VLM selection-based inference scaling.
According to the model card, source code is available through the NVlabs Sana repository, which the publisher recommends for research training and inference.
Source: Efficient-Large-Model/SANA1.5_4.8B_1024px
Captured: Unknown. Processed: 2026-09-07T19:35:05.050006+00:00.
🐱 Sana Model Card Model We introduce SANA-1.5 ,an efficient model with scaling of training-time and inference time techniques. SANA-1.5 delivers: efficient model growth from 1.6B Sana-1.0 model to 4.8B, achieving similar or better performance than training from scratch and saving 60% training cost; efficient model depth pruning , slimming any model size as you want; powerful VLM selection based inference scaling , smaller model+inference scaling > larger model; Top-notch GenEval & DPGBench results. Detailed results are shown in the below table. Source code is available at https://github.com/NVlabs/Sana . Model Description Developed…
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