Can RX 7700 XT 12GB run gemma-3-1b-it?

AMD · 12 GB GDDR6 · 432 GB/s bandwidth · Google · 1.0B · model ctx up to 32K

Yes — the RX 7700 XT 12GB (12 GB GDDR6) can run gemma-3-1b-it. At Q4 with the default 8K context it needs ≈ 1.75 GB VRAM (weights 0.55 GB + KV cache 0.2 GB + 1 GB runtime overhead), which fits within 12 GB. Decode at Q4/8K: ≈ 274.9 tok/s (estimated, batch 1). FP16 (≈ 3.2 GB) also fits, at ≈ 75.6 tok/s (estimated). Estimates come from memory-bandwidth math; rows tagged measured override estimates. Relative ranking is more reliable than absolute tok/s. Methodology.

Fit & speed by quant and context

Quant	Context	VRAM needed	Fits?	tok/s (decode)
Q4	4K	1.65 GB	Yes	274.9 est.
Q4	8K default	1.75 GB	Yes	274.9 est.
Q4	32K	2.35 GB	Yes	274.9 est.
FP16	4K	3.1 GB	Yes	75.6 est.
FP16	8K default	3.2 GB	Yes	75.6 est.
FP16	32K	3.8 GB	Yes	75.6 est.

Fits = weights + KV(ctx) + 1 GB overhead ≤ 95% of VRAM. Measured anchors are context-agnostic; the fit verdict is recomputed per context. A missing tok/s means the model is far beyond this card (offload-only territory).

VRAM breakdown at 8K context

Quant	Weights	KV cache	Overhead	Total needed	RX 7700 XT 12GB VRAM
Q4	0.55 GB	0.2 GB	1 GB	1.75 GB	12 GB
FP16	2.0 GB	0.2 GB	1 GB	3.2 GB	12 GB

Other GPUs that run gemma-3-1b-it

• B200 192GB SXM — ≈5000 tok/s Q4 est.
• MI300X 192GB — ≈3372.7 tok/s Q4 est.
• H200 141GB SXM5 — ≈3054.5 tok/s Q4 est.
• H100 80GB SXM5 — ≈2131.8 tok/s Q4 est.
• Gaudi 3 128GB — ≈2084.7 tok/s Q4 est.
• A100 80GB SXM4 — ≈1297.5 tok/s Q4 est.
• RTX 5090 32GB — ≈1140.4 tok/s Q4 est.
• RTX 4090 24GB — ≈641.5 tok/s Q4 est.

All GPUs for gemma-3-1b-it →

Other models for the RX 7700 XT 12GB

• Qwen3-0.6B — ≈343.6 tok/s Q4 est.
• Llama-3.2-1B-Instruct — ≈229.1 tok/s Q4 est.
• Qwen3-1.7B — ≈137.5 tok/s Q4 est.
• Llama-3.2-3B-Instruct — ≈85.9 tok/s Q4 est.
• Phi-4-mini-instruct — ≈72.3 tok/s Q4 est.
• Phi-4-mini-reasoning — ≈72.3 tok/s Q4 est.
• gemma-3-4b-it — ≈70.5 tok/s Q4 est.
• Qwen3-4B-Instruct-2507 — ≈68.7 tok/s Q4 est.

All models on the RX 7700 XT 12GB →