Can I Run / Ministral 3 14B 2512 / on Apple M3 Max (36GB)

Can I Run Ministral 3 14B 2512 on a Apple M3 Max (36GB)?

Yes

Runs at full precision (fp16). Zero quality loss.

Model size
13.9B
GPU memory
36.0GB
Smallest quant
Q2_K
Best fit
fp16

12 quantizations fit your 36.0GB

QuantMin VRAMRecommendedFile sizeHeadroom
fp16BEST28.8 GB30.3 GB0.9 GB+7.2 GB
Q8_015.8 GB17.3 GB14.4 GB+20.2 GB
Q6_K12.4 GB13.9 GB11.1 GB+23.6 GB
Q5_K_M10.9 GB12.4 GB9.6 GB+25.1 GB
Q5_K_S10.6 GB12.1 GB9.4 GB+25.4 GB
Q4_19.7 GB11.2 GB8.6 GB+26.3 GB
Q4_K_M9.4 GB10.9 GB8.2 GB+26.6 GB
Q4_K_S9.0 GB10.5 GB7.8 GB+27.0 GB
Q4_08.8 GB10.3 GB7.8 GB+27.2 GB
Q3_K_M6.8 GB8.3 GB6.7 GB+29.2 GB
Q3_K_S6.3 GB7.8 GB6.1 GB+29.6 GB
Q2_K5.6 GB7.1 GB5.3 GB+30.4 GB

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Full model details
Ministral 3 14B 2512

All quant variants, benchmark scores, and use-case tags.

Best models for this GPU
Apple M3 Max (36GB)

Top-ranked open-source models that fit in 36.0GB.

FAQ

Can the Apple M3 Max (36GB) run Ministral 3 14B 2512?

Yes. The Apple M3 Max (36GB)'s 36.0GB of unified memory is enough to run Ministral 3 14B 2512 at fp16 quantization (28.8GB required).

What's the best quantization to use?

fp16 is the highest-precision quantization that fits in your 36.0GB. It uses about 28.8GB of memory and 30.3GB recommended for comfortable inference.

What if I need more headroom for context length?

KV cache memory grows with context length. The numbers above assume a baseline 2K-4K context. For long-context use (32K+), add another 2-6GB depending on the model architecture.