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NeoHorse-Jev-4B GGUF

The GGUF edition of TokenRhythm's NeoHorse-Jev-4B: BF16 through Q2_K quantizations that each bundle the language backbone, visual weights, decision head, and tokenizer, plus a shared runtime for text and single-image requests.

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TokenRhythm
Last verified
Oct 2026

Highlights

  • Five quantizations: BF16 at 9.11 GB down to Q2_K at 2.60 GB, with Q4_K_M at 3.39 GB about 63% smaller than BF16.
  • Q4_K_M posts the best three-benchmark average, 83.77% across Nimble, VitaminC, and MASSIVE.
  • Each GGUF bundles the language backbone, visual weights, decision head, and tokenizer; no separate mmproj or original weights are needed.
  • Ships a shared runtime/ directory whose Python runtime handles text requests and single-image-plus-text requests.
  • Q8_0 leads Nimble at 87.59%, while Q3_K_M records the best VitaminC (77.96%) and MASSIVE (87.43%).

Watch out

Apache-2.0 quantized weights of the NeoHorse-Jev-4B checkpoint, with llama.cpp's own licence file included for runtime components. Accuracy falls at the small end: Q2_K averages 81.02% against Q4_K_M's 83.77%. The three-benchmark numbers are the card's own accuracy runs on 282, 599, and 350 examples, and the decision demos shown are of the original model.

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LinkedIn: What multimodal decision models actually change, and what they do not.

LinkedInJevDirectory.org

Hacker News: Pointer to a DiffusionGemma plus vLLM tutorial for a Jev-shaped classifier.

1 pointHow to build a Jev-style classifier with DiffusionGemma and vLLMRead the thread on Hacker News

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