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NVIDIA A100 80GB | Tensor Core GPU for AI Training & CHP

Still the Most Deployed AI Training GPU in Production Data CentersThe H100 gets the headlines. The A100 gets the work done. Despite the H100 launch, the NVIDIA A100 80GB remains the most widely deployed AI training GPU in enterprise data centers — and for good reason. It supports FP64 Tensor Cores for HPC, MIG (Multi-Instance GPU) for secure multi-tenant inference, and NVLink for multi-GPU training at scale. At roughly 55-65% of the H100 price, it is the pragmatic choice for training 13B-70B parameter models and running mixed HPC-plus-AI workloads.Technical SpecificationsParameterSpecificationGPU ArchitectureNVIDIA Ampere (GA100)CUDA Cores6,912Tensor Cores432 (3rd Gen)Memory80 GB HBM2eMemory Bandwidth2,039 GB/s (HBM2e, 5 stacks)Memory Bus5,120-bitInterfacePCIe 4.0 x16 (or SXM4 for NVLink)NVLink600 GB/s (PCIe variant: via NVLink Bridge for 2 GPU;…

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Still the Most Deployed AI Training GPU in Production Data Centers

The H100 gets the headlines. The A100 gets the work done. Despite the H100 launch, the NVIDIA A100 80GB remains the most widely deployed AI training GPU in enterprise data centers — and for good reason. It supports FP64 Tensor Cores for HPC, MIG (Multi-Instance GPU) for secure multi-tenant inference, and NVLink for multi-GPU training at scale. At roughly 55-65% of the H100 price, it is the pragmatic choice for training 13B-70B parameter models and running mixed HPC-plus-AI workloads.

Spécifications techniques

Paramètre spécification
GPU Architecture NVIDIA Ampere (GA100)
CUDA Cores 6,912
Tensor Cores 432 (3rd Gen)
Mémoire 80 GB HBM2e
Memory Bandwidth 2,039 Go/s (HBM2e, 5 stacks)
Memory Bus 5,120-peu
Interface PCIe 4.0 x16 (or SXM4 for NVLink)
NVLink 600 Go/s (PCIe variant: via NVLink Bridge for 2 GPU; SXM4 variant: jusqu'à 8 GPU)
FP64 Performance (Tensor Core) 19.5 TFLOPS
FP32 Performance 19.5 TFLOPS
TF32 Tensor Core (with sparsity) 312 TFLOPS (624 TFLOPS with sparsity)
FP16 Tensor Core (with sparsity) 312 TFLOPS (624 TFLOPS with sparsity)
INT8 Tensor Core (with sparsity) 624 TOPS (1,248 TOPS with sparsity)
MIG (Multi-Instance GPU) Jusqu'à 7 isolated GPU instances (10/20/40/80 GB each)
TDP (Max) 300O (PCIe) / 400O (SXM4)
Facteur de forme PCIe: dual-slot FHFL, passive cooling | SXM4: mezzanine module
Power Connector 1x PCIe CEM 8-pin CPU power (PCIe variant)
Mémoire CCE Full HBM2e ECC (not optional — always on for data integrity)
Physical Dimensions PCIe: 267 X 112 millimètre (dual-slot), 1.24 kg
Température de fonctionnement 0°C à 45°C
garantie 3-year (manufacturer)

A100 vs H100 vs L40S — When Each One Wins

Decision Factor A100 80GB H100 80GB L40S 48GB
Best for full training (70B+ models) Good with NVLink Best. FP8 + Transformer Engine + NVSwitch Not recommended
Best for inference (7B-13B) Good. 80GB headroom Overkill for most inference Best price-performance
Best for HPC (FP64) Best. FP64 Tensor Cores = 19.5 TFLOPS Limited FP64. A100 is the HPC GPU No FP64 Tensor Cores
Best for MIG / multi-tenant Excellent. 7 MIG instances Excellent. 7 MIG instances, higher throughput Not supported
NVLink multi-GPU Jusqu'à 8 GPU (SXM4) Jusqu'à 8 GPU (SXM5 + NVSwitch) Not supported
Mémoire 80 GB HBM2e 80 GB HBM3 48 GB GDDR6 ECC
Memory Bandwidth 2.0 TB/s 3.35 TB/s 864 Go/s
Prix (relative to H100) ~55-65% 100% (baseline) ~25-30%

Where the A100 Still Outperforms the H100

The A100 has one capability that the H100 deliberately limited: full-speed FP64. The H100 delivers ~34 TFLOPS FP64, but only on its Tensor Cores and at reduced rates compared to A100. For workloads that depend on double-precision math — computational fluid dynamics, molecular dynamics, climate modeling, financial risk simulation — the A100 is actually faster per-dollar than the H100. If your workload mix includes both AI training and traditional HPC, the A100 may be the better fit even at the same price point.

MIG: The Feature That Makes A100 a Cloud GPU

Multi-Instance GPU partitions a single A100 into up to 7 fully isolated GPU instances, each with its own dedicated memory, cache, and compute resources. A cloud provider can sell one physical A100 to seven different customers with guaranteed performance isolation. An enterprise can run seven different inference models on one GPU without crosstalk. MIG is supported on A100 but was deprecated on L40S — if MIG matters to your deployment, A100 (or H100) is the only path.

Compatible Server Platforms

PCIe variant compatible with Dell PowerEdge R760xa, R770, R7715, XE9680, xFusion G5500 V7, 2288H V7, and any server with 300W GPU power delivery and adequate chassis airflow. SXM4 variant requires SXM4-compatible baseboard — contact our engineering team for platform compatibility verification.

Source Through Xincuan

We supply A100 GPUs pre-installed in Dell and xFusion servers, or as upgrade kits for existing platforms. Factory-direct pricing, 3-an de garantie, global shipping, and free GPU architecture consultation.

Request an A100 configuration and quote

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