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Xiaomi MiMo-V2.5 drops 310B MoE

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Xiaomi MiMo-V2.5 drops 310B MoE
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// 96d agoMODEL RELEASE

Xiaomi MiMo-V2.5 drops 310B MoE

Xiaomi’s MiMo-V2.5 is a native omnimodal open model built on a sparse MoE backbone with 310B total parameters and 15B activated per token. It pairs 1M context with text, image, video, and audio support, so the pitch is clear: frontier-ish capability with a lighter active compute footprint than the Pro variant.

// ANALYSIS

The interesting part is not the headline parameter count; it’s the gap between total size and activated size, which makes this feel much more practical than a brute-force 310B dense model. That said, “more human” is still an inference, not a promise of laptop-class deployment.

  • Sparse MoE plus 15B activated parameters means lower per-token compute, but the full 310B weight stack still keeps deployment serious
  • The 1M-token context and native multimodal stack make it more than a text model with extras; it is aimed at agent workflows, not just chat
  • Xiaomi is clearly building an ecosystem around MiMo, with API, Studio, and adjacent voice models to keep developers inside its stack
  • For local users, the appeal is obvious, but quantization and memory pressure will still decide whether this is workable outside datacenter or high-end workstation setups
  • If the benchmarks hold up in real use, this could become a credible open alternative for multimodal agent work
// TAGS
xiaomi-mimomimo-v2-5llmmultimodalagentopen-sourceinference

DISCOVERED

96d ago

2026-04-28

PUBLISHED

96d ago

2026-04-28

RELEVANCE

9/ 10

AUTHOR

LegacyRemaster