HPE
HPE V100 16 GB HBM2 workstation graphics card
Workstation GPU with 16 GB HBM2 memory and CUDA cores for accelerated deep learning and HPC workloads
- 16 GB HBM2 memory for large deep-learning models
- Thousands of CUDA cores accelerate HPC workloads
- Dual-slot design fits select HPE ProLiant servers
- Power-efficient GPU computing for scientific applications
- New condition ensures full factory reliability
16 GB HBM2 deep-learning accelerator
The HPE V100 is a workstation graphics card built around a 16 GB HBM2 frame buffer and NVIDIA CUDA cores. It plugs into a dual-slot PCIe space and targets high-performance computing, deep learning and demanding 3D simulations. The board delivers GPU compute density for select HPE ProLiant server families.
Suits GPU-heavy workloads, not general graphics
Researchers and engineers running large-scale simulations or training neural networks will use the parallel architecture. IT buyers who only need display output or light CAD work should look at something else. The part also requires a compatible HPE server chassis with adequate power and cooling.
16 GB HBM2 capacity
The 16 GB HBM2 memory size is the single figure that decides fit. Models that exceed this frame buffer will spill to system memory and lose performance. Buyers needing more than 16 GB of device memory must choose a different accelerator.
Highlights
- 16 GB HBM2 memory for large deep-learning models
- Thousands of CUDA cores accelerate HPC workloads
- Dual-slot design fits select HPE ProLiant servers
- Power-efficient GPU computing for scientific applications
- New condition ensures full factory reliability
Specifications
No published specifications for this item yet.
Questions about this item
Should I pick the 16 GB version or is there a smaller capacity available?
This card is offered only with 16 GB of HBM2 memory, so there is no lower-capacity alternative to consider.
What does the 100 GB/s bandwidth actually deliver inside a workstation?
The 100 GB/s HBM2 bandwidth feeds the CUDA cores so large deep-learning or HPC datasets move without stalling the compute pipeline.
Which interface does the card use and what throughput ceiling does it impose?
The accelerator installs in a dual-slot PCIe slot, and the PCIe generation of your server caps the host-to-card transfer rate.
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