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Home Глосарій Qwen3.5 – what is it?
Qwen3.5 – what is it?

Qwen3.5 – what is it?

2026-05-04

Qwen3.5 is a major update to Alibaba Group’s Qwen LLM family. The emphasis here is on multimodality, agentic scenarios and multilingual support. The model can understand text, images, code and context. A useful consequence of this multimodality is the ability to process technical documentation with diagrams and other visual materials. This makes it possible, for example, to implement automatic parsing of network topology diagrams to create text reports on the state of IT infrastructure. This is only one possible scenario for using the model.

The family was released in stages. First came the 397B-A17B variant with a sparse mixture-of-experts architecture, followed by 122B-A10B, 35B-A3B, 27B, 9B, 4B, 2B and 0.8B. In other words, the series covers a very broad range of tasks, from complex reasoning and coding to local applications. Smaller models up to 9B, for example, are well suited to deployment on edge servers or isolated workstations for running local automation scripts. Qwen3.5 also supports official distribution of weights through Hugging Face Hub and ModelScope, which simplifies integration into existing MLOps processes.

The key feature of this generation is the combination of multimodal training, sparse expert blocks and scaled reinforcement learning. The official documentation states support for more than 200 languages, including dialects. A typical scenario for this and similar LLMs is the creation of an AI agent that receives B2B support requests in different languages, analyses attached screenshots of logs and automatically creates tickets in the system. The model is available under the Apache 2.0 licence, meaning it can be deployed in a company’s own closed cloud or on-premise infrastructure. Its resource requirements should be taken into account, especially for larger versions of 27B and above. Incidentally, quantisation methods are often used to optimise performance in on-premise environments so that powerful models can be run without extreme hardware costs.

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