Liquid AI has released LFM3, a family of six models derived from the same 1.7-billion-parameter backbone and sized for local deployment. The LFM3 release spans text, vision, audio, multimodal generation, and structured decision models. The vision-capable d1-2B weights drew particular attention because the model returns typed answers and probabilities in one forward pass.

The family targets developers who need lower latency, local data processing, or predictable inference costs. Liquid says each model can be fine-tuned on a single GPU and deployed on phones, laptops, private servers, or cloud infrastructure. Developers select a specialized model instead of serving the entire family.

Six models from one backbone

Liquid trained the shared LFM3-1.7B-Base backbone on 22 trillion tokens, then adapted it for six model variants:

Three layer types trim inference costs

Liquid’s “tri-hybrid” architecture combines gated short convolutions, sliding-window attention, and global attention. Short convolutions process nearby token patterns cheaply. Sliding-window layers extend the working range while limiting how many tokens each position can inspect. Global attention lets tokens interact across the full context, carrying the highest memory and compute cost.

The 24-layer d1-2B stack contains 13 gated short-convolution layers, five sliding-window attention layers, and six global-attention layers. Liquid selected those ratios through a hardware-in-the-loop search that scored model quality, measured latency, and memory use across 14 processor classes. Targets included the Galaxy S26 Ultra, OnePlus 15, Apple M4 Max, Ryzen AI laptops, Raspberry Pi 5, and Qualcomm Hexagon NPU.