Nodes/MiniMax H3 Audio T8/MiniMax H3 RAVEN Streaming Profile / 流式参数配置 (Advanced EXP/T8)
ComfyUI Node

MiniMax H3 RAVEN Streaming Profile / 流式参数配置 (Advanced EXP/T8)

One knob panel for the whole RAVEN streaming chain

By T8mars·Created 20 days ago·Updated a day ago· 807
MiniMax H3 RAVEN Streaming Profile / 流式参数配置 (Advanced EXP/T8)
    • steps
    • video_shift
    • audio_shift
    • sink
    • window
    • kv_cache_storage
    • profile_json
    presetpublished_preview_4nfe
    manual_steps4
    manual_video_shift12.00
    manual_audio_shift3.00
    manual_sink2
    manual_window2
    manual_kv_cache_storagecpu_pinned

    This node is the parameter hub of the RAVEN streaming chain: it emits one synchronized set of sampling parameters that feeds both the T8 audit node and the external RAVEN Streaming Sampler, so you tune in exactly one place instead of chasing the same five numbers across three nodes. Its whole job is to be the single source of truth - and, by default, to keep you on the published profile instead of free-styling.

    How it works

    preset defaults to published_preview_4nfe, which fixes the reviewed configuration: 4 steps, video/audio shifts 12/3, sink/window 2/2, CPU-pinned KV. That's the profile the README validates as the T8-unified 4-NFE route. The alternative is manual_experimental, which forwards whatever you type in the manual_* fields exactly as-is - and the tooltip is careful to call that unreviewed. The node won't stop you, but it won't pretend you're on the blessed path either.

    Outputs mirror the inputs so you can fan them out: steps, video_shift, audio_shift, sink, window, kv_cache_storage as typed values, plus a profile_json string for the audit. Wire the typed outputs into the RavenRequestAudit node and the same values into the external sampler, and the two can't drift.

    Why the default matters

    RAVEN's published preview is a 4-NFE flow-matching setup - the whole "few steps" trick that makes streaming H3 practical. Crank manual_steps to 20 because that's what you're used to from stock sampling and you've left the reviewed envelope. There's a version of that that works, but it's not this profile, and the pack's philosophy is to make the unreviewed path visible rather than seamless. The shifts deserve special attention too: video_shift 12 / audio_shift 3 are the H3 dual-clock defaults and the sane place to start; if you change one, change the audio one to match what your model actually wants.

    Installing

    In the T8mars MiniMax H3 Audio T8 pack:

    cd ComfyUI/custom_nodes
    git clone https://github.com/T8mars/comfyui-minimax-h3-audio-T8
    

    or ComfyUI Manager → "MiniMax H3 Audio T8". No pip deps. It's a pure parameter node - no model loading, no VRAM cost, no GPU time. That makes it the cheapest node in the RAVEN stack to tinker with, which is exactly why it exists: experiment here, not by editing a sampler mid-run.

    The take

    Honestly, the value is discipline, not magic. On the default preset this node is a glorified constant; its real worth is the moment you decide to experiment, because it forces you to acknowledge "manual_experimental" and keep the audit and sampler on the same numbers. If you're not using RAVEN at all, skip this entirely - it does nothing in a stock H3 workflow.

    CategoryT8/MiniMax H3/RAVEN Streaming/Experimental

    Inputs (7)

    NameTypeDefaultDescription
    presetCOMBOpublished_preview_4nfePublished mode fixes 4 steps, shifts 12/3, sink/window 2/2 and CPU-pinned KV. Manual mode is forwarded exactly but is unreviewed.
    manual_stepsINT41–100
    manual_video_shiftFLOAT12.000.01–100
    manual_audio_shiftFLOAT3.000.01–100
    manual_sinkINT20–64
    manual_windowINT21–64
    manual_kv_cache_storageCOMBOcpu_pinned3 options: cpu_pinned, cpu, gpu

    Outputs (7)

    NameTypeDescription
    stepsINT
    video_shiftFLOAT
    audio_shiftFLOAT
    sinkINT
    windowINT
    kv_cache_storageCOMBO
    profile_jsonSTRING