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Qwen3.6 Local Inference Watch: MoE, GGUF, 튜닝

16 articles Updated Apr 29, 2026 #qwen#local-llm#open-weights#benchmarks

Current state

Qwen3.6-35B-A3B 공개부터 HN coding-performance 논쟁, pelican benchmark, GGUF quant 선택, --n-cpu-moe 튜닝, M5 Max 64k context 실측까지 local inference 운영 흐름을 순서대로 묶습니다.

What changed recently

  • Qwen 3.6 27B 양자화 비교, LocalLLaMA가 꽂힌 건 Q4_K_M… 그런데 숫자 논쟁
  • RTX 3090에서 거의 2배, LocalLLaMA가 Luce DFlash에 몰린 이유
  • Qwen3.6 27B, RTX 5090 한 장에서 100 tps… LocalLLaMA가 바로 물은 건 품질이었다

Key tensions

Optimistic case: Qwen3.6 Local Inference Watch: MoE, GGUF, 튜닝 unlocks real, compounding leverage.
Skeptical case: reliability, cost, and control around Qwen3.6 Local Inference Watch: MoE, GGUF, 튜닝 remain unresolved.

Signals to watch

  • Momentum and new coverage around “qwen”
  • Momentum and new coverage around “local-llm”
  • Momentum and new coverage around “open-weights”

Timeline

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LLM Hacker News Apr 16, 2026 1 min read

HN이 먼저 본 포인트는 open weights였다. 35B MoE지만 active parameter가 3B인 모델이 실제 coding agent 일을 버틸 수 있느냐가 핵심이었다. Qwen은 Qwen3.5-35B-A3B 대비 큰 개선을 내세웠고, 댓글은 곧바로 GGUF 변환, Mac 메모리 한계, open model끼리만 비교한 benchmark 해석으로 옮겨갔다.

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