TESLA A100│A100 80GB
►NVIDIA Ampere Architecture ►HBM2 Memory ►Third-Generation Tensor Cores ►Multi-Instance GPU (MIG) ►Structural Sparsity ►Next-Generation NVLINK
TESLA A800
►NVIDIA Ampere Architecture ►HBM2 Memory ►Third-Generation Tensor Cores ►Multi-Instance GPU (MIG) ►Structural Sparsity ►Next-Generation NVLINK
TESLA H100
►Transformational AI Training ►Real-Time Deep Learning Inference ►Exascale High-Performance Computing ►Accelerated Data Analytics ►Enterprise-Ready Utilization ►Built-In Confidential Computing ►Unparalleled Performance for Large-Scale AI and HPC
TESLA H800
►Transformational AI Training ►Real-Time Deep Learning Inference ►Exascale High-Performance Computing ►Accelerated Data Analytics ►Enterprise-Ready Utilization ►Built-In Confidential Computing ►Unparalleled Performance for Large-Scale AI and HPC
TESLA A40
►NVIDIA Ampere Architecture CUDA® Cores ►Third-Generation NVIDIA NVLink® ►Second-Generation RT Cores ►Virtualization-Ready ►Third-Generation Tensor Cores ►PCI Express Gen 4 ►48GB of GPU Memory ►Data Center Efficiency and Security
TESLA A30
►NVIDIA Ampere Architecture CUDA® Cores ►Third-Generation NVIDIA NVLink® ►Second-Generation RT Cores ►Virtualization-Ready ►Third-Generation Tensor Cores ►PCI Express Gen 4 ►48GB of GPU Memory ►Data Center Efficiency and Security
TESLA A16
►Designed for Accelerated VDI ►More than 2x the Encoder Throughput ►Superior User Experience ►Highest Quality Video ►Double the User Density ►PCI Express Gen 4 ►High Resolution Display ►NVIDIA Ampere Architecture
TESLA A10
►NVIDIA Ampere Architecture CUDA Cores ►Second-Generation RT Cores ►Third-Generation Tensor Cores ►24 GB GDDR6 ►PCIE Express GEN 4 ►Data Center Efficiency and Security
TESLA T4
►The small-form-factor, 70-watt (W) design ►The NVIDIA T4 data center GPU ►Turing Tensor Core technology ►Turing’s powerful RT Cores
TESLA A2
►Third-Generation Tensor Cores ►Root of Trust Security ►Second-Generation RT Cores ►Hardware Transcoding Performance