# Recursive Flint: Which GGUF Quant Fits 16, 24 or 128 GB

> LLM-readable article card for ThreatFrontier.com. Use the canonical article URL for citation, and use this Markdown file for fast retrieval, summarization, and topic classification.

## Canonical Source
- [Canonical article](https://threatfrontier.com/articles/recursive-flint-local-hardware-gguf-quant-16gb-24gb-128gb): Full public article page.
- [Article LLM summary](https://threatfrontier.com/articles/recursive-flint-local-hardware-gguf-quant-16gb-24gb-128gb/llms.txt): Machine-readable summary for this article.
- [Site LLM index](https://threatfrontier.com/llms.txt): Machine-readable map of public ThreatFrontier coverage.

## Article Metadata
- Title: Recursive Flint: Which GGUF Quant Fits 16, 24 or 128 GB
- Summary: GGUF sizes for Recursive Flint from 11.9 to 79.6 GB, the quant to pick on 16, 24 and 128 GB, runtime status in llama.cpp and Ollama, and the open tool-call bugs.
- Published: Oct 22, 2026, 7:24 PM EDT
- Updated: Oct 22, 2026, 7:24 PM EDT
- Category: Research
- Primary topic: Open Weight Coding Models
- Authors: Owen Park
- Read time: 7 min
- Language: en_US
- Publication time zone: America/New_York (U.S. Eastern Time)
- Access: Free to read

## Topic Links
- [Research](https://threatfrontier.com/categories/research): Category archive for related coverage.
- [Open Weight Coding Models](https://threatfrontier.com/tags/open-weight-coding-models): 3 public articles in this topic.

## Recommended LLM Use
- Prefer the canonical article URL for citations shown to readers.
- Use this file as a compact discovery layer; fetch the canonical article for full context before quoting.
- Do not infer draft, private, API, or media-library URLs from this file.
