Training
Allocate memory for weights, optimizer state and activations. Multi-GPU training also needs a suitable interconnect.
HOPPER · DATA CENTER
80 GB of HBM3 memory for workloads where the memory budget shapes the architecture. Plan your training or inference server around the model, dataset and GPU topology.
View configurationsYOUR SERVER
GPU memory is one part of the server. Specify CPU, system RAM, storage and region to check the complete configuration.
WORKLOADS
Allocate memory for weights, optimizer state and activations. Multi-GPU training also needs a suitable interconnect.
Plan VRAM for the model and KV cache together. Context length and concurrent requests influence memory demand.
Match the numerical precision and CUDA software requirements to your calculation before choosing the host.
LOCATION
Keep compute close to your data and users. Capacity is checked for the selected model and location.
Availability on request
Availability on request
Availability on request
COMPARE
Established CUDA workloads and model training
Memory-intensive LLM inference and scientific computing
Prototyping, image generation and rendering
The reference specification is H100 SXM 80 GB. PCIe and NVL variants differ; the precise GPU variant must be confirmed in the server configuration.
No. Weights, precision, activations and cache share the memory budget. Check your framework and test the intended workload.
Yes, include GPU count and interconnect requirements in your request. Capacity and topology need confirmation before deployment.
YOUR CONFIGURATION
Choose resources and operating time. We will confirm a price for your configuration.
Each resource has its own listed configuration. Multiple GPU servers do not form an NVLink cluster. Monthly rates cover the full billing period; storage and traffic outside the configuration are not included.