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GLM-5.3 NVFP4

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  1. 13 Nov 2026
    Scaling Large MoE Models Across Multiple NVIDIA DGX Stations
    ParameterBeforeNow
    Context windowNot specified98304 tokens
    Speculative decodingNot specifiedMulti-token prediction (4 tokens)
    KV-cacheNot specifiedFP8 storage

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Scaling Large MoE Models Across Multiple NVIDIA DGX Stations

NVIDIA has released a technical workflow for serving the 753B parameter GLM-5.3 MoE model across two GB300-equipped DGX Stations. By utilizing tensor parallelism (TP=2) over RDMA connections and vLLM, you can overcome single-GPU memory constraints (252 GB HBM3e) for massive frontier-scale models.

NVIDIA Developer
GLM-5.3 NVFP4 · TENESYS AI NEWS