GLM-4.5 vs Qwen3-235B-A22B

GLM-4.5 (358.3B parameters) and Qwen3-235B-A22B (235.1B parameters) side by side: the memory each needs at every precision, what it costs to run on a live GPU, and the context window, KV cache and license where they are published. Numbers are computed from the models' published specs; this page does not rank quality.

Side by side

FactGLM-4.5Qwen3-235B-A22B
Parameters358.3B235.1B
ArchitectureGrouped-query attention; mixture of 160 experts, 8 active per tokenGrouped-query attention; mixture of 128 experts, 8 active per token
Context length131,072 tokens40,960 tokens
License––
Published precisionBF16BF16
VRAM needed, As published801 GB525 GB
VRAM needed, FP8400 GB263 GB
VRAM needed, INT4200 GB131 GB
Cheapest live fit, As publishedNo live fitRTX PRO 6000 × 6 · $8.25/hr
Cheapest live fit, FP8RTX PRO 6000 × 5 · $6.88/hrRTX PRO 6000 × 3 · $4.13/hr
Cheapest live fit, INT4RTX A6000 × 5 · $1.81/hrRTX A5000 × 6 · $1.06/hr
KV cache per token (16-bit)368 KB188 KB
KV cache at 32k tokens11.5 GB5.88 GB
KV cache at 128k tokens46.0 GB23.5 GB

VRAM is the weight size at each precision times a flat 1.2 overhead; see the methodology. The FP8 and INT4 rows need a quantized checkpoint or an engine that quantizes on load. The fit is the lowest-priced single GPU type that holds the model at that precision, or the lowest-priced multi-GPU set (up to 8) when none does. KV cache is for one sequence at 16-bit, computed from each model's config where the attention layout is known.

Which to pick

  • Qwen3-235B-A22B needs less VRAM at its published precision (525 GB against 801 GB), so it fits on a smaller GPU.
  • GLM-4.5 lists the longer context window (131,072 tokens against 40,960).
  • Qwen3-235B-A22B caches less per sequence at 32k tokens (5.9 GB against 11.5 GB), leaving more memory for batching.

These follow only from the facts in the table above. Whether either model does your task well is a separate question this page does not answer.

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