Vendor
LiquidAI
Quantization
MLX 4-bit
Parameters
2.6B
Size
1.4 GB
$ brew install mirai$ mirai --model mlx-community/LFM2-2.6B-4bit

Benchmarks

0.51 s

How long until the model starts responding

lower is better

255 t/s

The speed at which text appears on screen

higher is better

1.55 GB

RAM the model uses while running

lower is better

uzu0.5.14MLX0.31.2llama.cpp0.3.23/1,339 input tokens/512 output tokens

Benchmarked 7 Aug 2026

Integrate with SDK

1
Choose framework
2
Run the following command to install Mirai SDK
https://github.com/trymirai/uzu-swift
3
Apply code
1import Foundation2import Uzu34public func runChat() async throws {5    let engineConfig = EngineConfig.create()6    let engine = try await Engine.create(config: engineConfig)7    8    guard let model = try await engine.model(identifier: "alibaba:qwen3.5:0.8b:mirai:mirai-m:4") else {9        return10    }11    for try await update in try await engine.download(model: model).iterator() {12        print(String(format: "\r\u{001B}[2KDownload progress: %.2f%%", update.progress() * 100), terminator: "")13        fflush(stdout)14    }15    print()16    17    let messages = [18        ChatMessage.system().withText(text: "You are a helpful assistant"),19        ChatMessage.user().withText(text: "Tell me a short, funny story about a robot")20    ]21    let session = try await engine.chat(model: model, config: .create())22    let stream = await session.replyWithStream(input: messages, config: .create())23    var message: ChatMessage? = nil24    for try await update in stream.iterator() {25        switch update {26        case .replies(let replies):27            let reply = replies.last28            message = reply?.message29            print("Generated tokens: \(reply?.stats.tokensCountOutput ?? 0)")30        case .error(let error):31            print("Error: \(error)")32        }33    }34    print("Reasoning: \(message?.reasoning() ?? "empty")")35    print("Text: \(message?.text() ?? "empty")")36}37

Details

A 4-bit quantized version of LiquidAI's LFM2-2.6B, converted to Apple's MLX format for efficient on-device inference on Apple Silicon hardware. This community conversion was produced using `mlx-lm` v0.28.0.

Origin & Architecture

LFM2-2.6B is developed by Liquid AI as part of their LFM2 (Liquid Foundation Model) family, purpose-built for edge deployment. The model is compact at 2.6 billion parameters, and the 4-bit quantization further reduces memory footprint and accelerates inference — making it well-suited for local use on Mac devices without requiring cloud resources.

Multilingual Text Generation

The model supports text generation across eight languages:

  • English, French, German, Spanish
  • Arabic, Chinese, Japanese, Korean

This broad multilingual coverage in a small, quantized package makes it a practical choice for on-device applications that need to handle diverse language inputs.

Key Strengths

  • Edge-optimized: Designed from the ground up for resource-constrained environments, combining a small parameter count with aggressive quantization.
  • MLX-native: Runs natively on Apple Silicon via the MLX framework, leveraging unified memory and GPU acceleration on M-series chips.
  • Low barrier to use: Compatible with the `mlx-lm` Python library, supporting chat templates and standard generation workflows out of the box.

Use Cases

LFM2-2.6B-4bit is a strong fit for local chatbots, lightweight multilingual assistants, text summarization, and any scenario where low-latency, private, on-device inference is preferred over cloud-based API calls. Its small size makes it especially appealing for developers prototyping on laptops or deploying to edge hardware.

> License: Released under the LFM 1.0 license from Liquid AI. Review the license terms before commercial use.

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