# Alibaba's open source models just crossed 3 billion downloads

> Source: <https://promptcube3.com/en/news/6425/>
> Published: 2026-08-15 10:15:58+00:00

# Alibaba's open source models just crossed 3 billion downloads

For anyone looking to build a custom AI workflow, the Qwen 2.5 series is currently one of the most practical choices for a real-world LLM agent because of its stability across different quantization levels. I've noticed that while some models fall apart when you squeeze them down to 4-bit or 8-bit to fit on consumer hardware, Qwen maintains a surprising amount of reasoning capability.

If you are trying to get these running locally to avoid API costs, here is a basic deployment path using Ollama, which is probably the most beginner-friendly way to start:

1. Install Ollama on your machine (MacOS, Linux, or Windows).

2. Open your terminal and pull the specific model size you need. For a balance of speed and intelligence, the 7B version is usually the go-to:

```
ollama run qwen2.5:7b
```

3. If you have a beefier GPU and need higher precision for complex prompt engineering tasks, go for the larger parameter count:

```
ollama run qwen2.5:72b
```

The real value here isn't just the download count, but the ecosystem growth. Because so many people are using these models, the community-driven fine-tunes are appearing everywhere. You can find versions optimized for specific languages or specialized for JSON output, which is critical for anyone building a production-ready pipeline.

Comparing Qwen to other open-weights models reveals a few distinct technical edges:

**Coding Proficiency:** It consistently beats out Llama 3 in several Python and C++ benchmarks, making it a legitimate alternative for autonomous coding agents.**Context Window:** The handling of long-context retrieval is significantly more stable, meaning less "forgetting" in the middle of a long conversation.**Multilingual Support:** While Meta is catching up, Qwen's native handling of non-English tokens is more efficient, leading to faster inference speeds for global applications.

For those of us doing a deep dive into local LLM orchestration, the fact that these models are so widely adopted means better support for tools like vLLM and llama.cpp. It reduces the friction of moving from a prototype to a deployed service. Whether you're building a

[RAG](/en/tags/rag/)system or a specialized bot, having a model that is this well-supported by the community makes the development cycle much faster.

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