F Lite is a large diffusion model developed by Freepik and Fal with 10 billion parameters specially trained on copyright-safe and suitable work environments (SFW). Based on Freepik’s internal dataset, the model contains approximately 80 million legally compliant images, marking the first time that the publicly available model is focused on legitimate and secure content on this scale. Its technical reports provide detailed model information and are distributed using the CreativeML Open RAIL-M license. The model is designed to promote the openness and usability of artificial intelligence.
Demand population:
"This product is suitable for designers, artists and developers who need high-quality image generation, and can help them quickly generate legal and compliant visual content and improve their creative efficiency."
Example of usage scenarios:
Create visual content for social media and enhance brand influence.
Quickly generate promotional materials and images for advertising companies.
Provide developers with image materials and enrich the user experience of the application.
Product Features:
Generate high-quality images: F Lite generates high-resolution images suitable for commercial and design purposes.
Support long prompt generation: Using long prompts can improve the quality of generated results.
Compatible with multiple tools: Can be used with the diffusers library and ComfyUI.
Can be used for interactive demonstrations: Users can experience it in real time through Hugging Face or fal.ai.
Copyright-secured content generation: Ensure that the generated content does not infringe copyright and complies with SFW standards.
Provide technical reports: Detailed documentation allows users to gain insight into the technical details of the model.
Tutorials for use:
Visit F Lite 's interactive demo page.
Select or enter a prompt to generate an image.
Sets the parameters for image generation, such as resolution and style.
Click the Generate button, wait for the model to process and return the result.
Download or use the generated image.