Apple’s FastVLM is a groundbreaking Vision Language Model known for its speed and accuracy, using FastViTHD for real-time performance and efficiency.
Its smallest variant surpasses competitors in speed, being 85x faster Time-to-First-Token and 3.4x smaller in size.
FastVLM's larger models outperform competitors with 7.9x faster Time-to-First-Token using just a single image encoder.
To install and run FastVLM, prerequisites include a GPU like RTX A6000, 100GB storage, 16GB VRAM, and Anaconda installed.
Using a GPU-powered Virtual Machine by NodeShift simplifies Cloud deployments and meets high computing requirements.
Steps include setting up a NodeShift account, creating a GPU node, selecting configurations for GPU and storage, choosing authentication method, and deploying the node.
Connecting to the active Compute Node via SSH, setting up the project environment with dependencies, and downloading and running the model are integral parts of the process.
To run inference with FastVLM, users can describe images or extract text using specific commands on chosen models and image files.
FastVLM's innovative FastViTHD encoder reduces visual token counts and latency, ensuring real-time performance even with high-resolution images.
NodeShift cloud provides GPU-powered Virtual Machines for efficient FastVLM deployment, compliant with industry standards for seamless integration and performance.
By leveraging NodeShift's platform, developers can easily set up and run FastVLM, catering to diverse applications from mobile devices to large-scale cloud environments.