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Compare / GPU

COMPARE COMPUTE.

Choose up to three GPUs. Suitability depends on the workload — use the reference model to see how each one fits.

Compare / Up to 3 GPUs
3 selected
Precision
Workload

Model fit uses an estimated 158.0 GB at 8K context, batch 1. Blue marks the strongest value in a row — suitability depends on your workload, so there is no universal “best GPU”.

NVIDIA

A100 80GB
VRAM
80 GB
Memory type
HBM2e
Memory bandwidth
2.04 TB/s
GPU class
Datacenter
Architecture
Ampere
Workload type
InferenceFine-tuningTraining
Model fit · Llama 70B FP16
4 × A100 80GB162.0 GB headroom
Power
400 W
Interconnect
NVLink 3 · 600 GB/s
Typical use
Training and serving of 7B–70B models

NVIDIA

RTX 4090
VRAM
24 GB
Memory type
GDDR6X
Memory bandwidth
1.01 TB/s
GPU class
Consumer
Architecture
Ada Lovelace
Workload type
InferenceFine-tuningTraining
Model fit · Llama 70B FP16
8 × RTX 409034.0 GB headroom
Power
450 W
Interconnect
PCIe 4.0
Typical use
Developer workstation inference and small-model fine-tuning

NVIDIA

H100 SXM
VRAM
80 GB
Memory type
HBM3
Memory bandwidth
3.35 TB/s
GPU class
Datacenter
Architecture
Hopper
Workload type
InferenceFine-tuningTraining
Model fit · Llama 70B FP16
4 × H100 SXM162.0 GB headroom
Power
700 W
Interconnect
NVLink 4 · 900 GB/s
Typical use
Large-scale training and high-throughput serving