AIAny
AI Model2026
Icon for item

Qwen3-VL-32B Ultra Uncensored Heretic — MiniMax-H3 ComfyUI INT8 ConvRot

Provides ComfyUI-ready INT8 MiniMax‑H3 checkpoints (conditioning encoder plus optional generation tail) for a Heretic-edited Qwen3‑VL‑32B source; preserves the vision tower in BF16 and uses row-wise ConvRot INT8 quantization to reduce VRAM needs for ~32GB GPUs. Not a full Transformers generation repository.

Introduction

Why this matters Most full Qwen3‑VL‑32B checkpoints require large VRAM budgets and heavy BF16 shards. This package splits the model into a ComfyUI conditioning encoder (layers 0–49, vision tower retained in BF16) and an optional generation tail (layers 50–63) quantized with learned row-wise INT8 ConvRot. That trade lets users run multimodal conditioning and prompt enhancement workflows on ~32GB GPUs while keeping the vision tower exact.

What Sets It Apart
  • Split packaging: a 24.55 GiB INT8 conditioning checkpoint and a separate 7.09 GiB INT8 generation tail let ComfyUI load only what is needed for encode vs. generation, avoiding duplication of embeddings or the vision tower.
  • Quantization approach: learned ConvRot row-wise INT8 matrices for most transformer weights, a simple INT8 token embedding layout for ComfyUI compatibility, and selective BF16 retention of 551 tensors (including the full vision tower and all norms) to preserve quality where it matters.
  • ComfyUI integration: designed to be selected via CLIPLoader type minimax and used with the MiniMax‑H3 Prompt Enhancer node; the tail is loaded temporarily for generation and unloaded afterward to leave the conditioning CLIP unchanged.
  • Runtime-validated: tested on a 32 GB RTX 5090 with PyTorch/CUDA combinations, showing finite conditioning outputs, measured VRAM usage, and correct layer counts after tail unload.
  • Provenance and tradeoffs: derived from an "uncensored/Heretic" ARA-edited upstream source that reduces refusal rates; ablation edits are present but may alter model quality and safety behavior.
Who it's for — and tradeoffs

Great fit if you need to run Qwen3‑VL multimodal conditioning or prompt enhancement inside ComfyUI on a single high‑memory consumer GPU (≈32 GB) and want a smaller INT8 footprint while preserving the vision tower exactly. It is also appropriate when you want an optional generation tail that avoids duplicating large BF16 shards. Look elsewhere if you require an out‑of‑the‑box Hugging Face Transformers generation repo, a full BF16 copy of the model, or strict safety/refusal behavior guarantees — this package is a ComfyUI checkpoint bundle derived from an uncensored finetune and explicitly not a complete generation repository. Also note recommended ComfyUI/comfy‑kitchen and CUDA/PyTorch compatibility for best performance.

Information

Categories

More Items

Hugging Face
AI Model2026

A 350M-parameter multilingual bidirectional masked-language encoder with an 8,192-token context window, intended for fine-tuning on classification, token-level tasks, retrieval/reranking and semantic-similarity; optimized for long-context CPU inference and on-device use.

Hugging Face
AI Model2026

Provides a 750-billion-parameter multilingual Mixture-of-Experts (MoE) foundation language model optimized for long-context understanding, agentic workflows, and instruction following. Key features include a 262,144-token context window, speculative decoding (MTP/DSpark), 37B active parameters, 10-language support, and an Apache-2.0 license.

Hugging Face
AI Model2026

27B multimodal reasoning model built on Qwen3.5-27B that preserves the base model's native multi-token-prediction head, full vision tower, and a 1,048,576-token YaRN context window. Designed for agentic tool use, long-context reasoning, and research deployments; released under Apache-2.0.