datacenter
Louer Nvidia B300 MIG 34GB.
Blackwell
34GB VRAM
Price history
Daily median across providers.
Loading...
Where to rent it
All providers carrying this GPU.
No fresh prices yet.
FAQ
Frequently asked.
What AI models can I run on a Nvidia B300 MIG 34GB?
The grid above lists every open-weights model with a recommended GPU configuration for this card. Each row tells you the minimum GPU count and the quantization level (FP16, FP8, INT8, INT4) needed to load the model in 34GB of VRAM.
What's the VRAM minimum to run a model on the Nvidia B300 MIG 34GB?
Rule of thumb: a model needs roughly (parameters × bytes-per-weight × 1.2) of VRAM to load, plus headroom for the KV cache during inference. FP16 = 2 bytes/weight, FP8/INT8 = 1 byte, INT4 = 0.5 bytes. A 70B model at FP16 needs ~168GB; at INT4 it drops to ~42GB and fits a single high-VRAM card.
How does quantization (FP16 vs FP8 vs INT4) affect what fits?
Lower-precision quantization shrinks the memory footprint nearly linearly with the bit count. The trade-off is output quality: FP16 is the reference, FP8 is usually indistinguishable for most prompts, INT8 introduces small quality losses, INT4 is noticeably degraded on reasoning-heavy tasks but fine for chat. The badge on each row tells you which level the recommendation assumes.
Can I fine-tune on the Nvidia B300 MIG 34GB or only do inference?
Fine-tuning needs 4–8× more VRAM than inference at the same model size — gradients, optimizer state, and activations all live in memory. LoRA / QLoRA cut that overhead dramatically (often 4–10×). The notes column flags whether a row is an inference-only recommendation or includes a fine-tuning path.
Where do these GPU-count recommendations come from?
We curate them from official model cards, community benchmark threads (r/LocalLLaMA, HuggingFace forum), and known-good configurations published by the model makers. Each recommendation has been verified to load at the stated quantization on the listed GPU count — though throughput and context-length still vary by workload.
AI models
INT4
INT4
FP16
FP16
FP16
INT4
INT4
INT4
FP8
FP8
FP8
FP8
FP8
FP8
FP8
FP8
FP8
FP8
FP8
Models that run on this GPU.
GPU-count + quantization recommendations covering fine-tuning, inference, and run-it-yourself scenarios on the Nvidia B300 MIG 34GB.
nim/nvidia/llama-3.3-nemotron-super-49b-v1
by Nvidia
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
49B
Context
16K tokens
NVIDIA: Llama 3.3 Nemotron Super 49B V1.5
by Nvidia
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
49B
Context
131K tokens
LLaVA 13B
by LLaVA Project
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
13B
Context
4K tokens
Code Llama 13B
by Meta AI
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
13B
Context
16K tokens
Baichuan2-13B
by Baichuan Inc.
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
13B
Context
4K tokens
?
FP16
ReMM SLERP 13B
by Undi95
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
13B
Context
6K tokens
?
FP16
MythoMax 13B
by Gryphe
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
13B
Context
4K tokens
?
INT4
TheDrummer: Skyfall 36B V2
by Thedrummer
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
36B
Context
33K tokens
Qwen: Qwen3.5-35B-A3B
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
35B
Context
262K tokens
Qwen3.6 35B A3b Fp8
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
35B
Context
262K tokens
Qwen: Qwen3.6 35B A3B
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
35B
Context
262K tokens
Gemma 3 27B
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B (27B active)
Context
128K tokens
Gemma 2 27B
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
8K tokens
Qwen: Qwen3.6 27B
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
Qwen: Qwen3.5-27B
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
Gemma 3 27B It
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
66K tokens
Gemma 3 27B Pt
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Medgemma 27B Text It
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
131K tokens
Gemma 3 27B It Lora
by Google DeepMind
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Qwen3.5 27B Lora
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
Qwen3.6 27B Lora
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
?
FP8
Ternary Bonsai 27B
by Prism ML
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
Qwen: Qwen3.8 27B
by Alibaba (Qwen Team)
Required GPUs
1× Nvidia B300 MIG 34GB
Total VRAM
34 GB
Parameters
27B
Context
262K tokens
Renting for inference?
Pair these models with the cheapest provider on the rental table.
See rental rates on the Overview tab →
FAQ
AI models on this GPU.
What AI models can I run on a Nvidia B300 MIG 34GB?
The grid above lists every open-weights model with a recommended GPU configuration for this card. Each row tells you the minimum GPU count and the quantization level (FP16, FP8, INT8, INT4) needed to load the model in 34GB of VRAM.
What's the VRAM minimum to run a model on the Nvidia B300 MIG 34GB?
Rule of thumb: a model needs roughly (parameters × bytes-per-weight × 1.2) of VRAM to load, plus headroom for the KV cache during inference. FP16 = 2 bytes/weight, FP8/INT8 = 1 byte, INT4 = 0.5 bytes. A 70B model at FP16 needs ~168GB; at INT4 it drops to ~42GB and fits a single high-VRAM card.
How does quantization (FP16 vs FP8 vs INT4) affect what fits?
Lower-precision quantization shrinks the memory footprint nearly linearly with the bit count. The trade-off is output quality: FP16 is the reference, FP8 is usually indistinguishable for most prompts, INT8 introduces small quality losses, INT4 is noticeably degraded on reasoning-heavy tasks but fine for chat. The badge on each row tells you which level the recommendation assumes.
Can I fine-tune on the Nvidia B300 MIG 34GB or only do inference?
Fine-tuning needs 4–8× more VRAM than inference at the same model size — gradients, optimizer state, and activations all live in memory. LoRA / QLoRA cut that overhead dramatically (often 4–10×). The notes column flags whether a row is an inference-only recommendation or includes a fine-tuning path.
Where do these GPU-count recommendations come from?
We curate them from official model cards, community benchmark threads (r/LocalLLaMA, HuggingFace forum), and known-good configurations published by the model makers. Each recommendation has been verified to load at the stated quantization on the listed GPU count — though throughput and context-length still vary by workload.