Available Now

NVIDIA HGX B300 GPU Servers, Ready to Deploy

Platform Overview

Built on NVIDIA Blackwell architecture

The NVIDIA HGX B300 is a current-generation GPU platform engineered for the demands of modern AI infrastructure. It delivers meaningful gains in training throughput, inference latency, and memory bandwidth over previous generations.

NVIDIA HGX B300 8-GPU baseboard render
NVIDIA Blackwell Architecture
Available Systems

NVIDIA HGX B300 systems from leading OEM partners

Choose from validated HGX B300 platforms built for production AI. Each system is ready to deploy and optimized for high-density GPU environments.

Platform Specs

NVIDIA HGX B300 8-GPU baseboard

At the core of each system is the NVIDIA HGX B300 8-GPU baseboard. It is the foundation of current-generation Blackwell infrastructure, purpose-built for sustained performance at scale.

NVIDIA HGX B300 8-GPU baseboard render
Compute

8x Blackwell GPUs

Eight NVIDIA Blackwell GPUs per node, delivering the compute density needed for large-scale training and inference.

Interconnect

High-bandwidth NVLink

Fast GPU-to-GPU interconnect for efficient distributed training and minimal communication overhead.

Workloads

Training and inference

Optimized for both distributed model training and real-time production inference workloads.

Reliability

Production-grade uptime

Built for 24/7 sustained operation in production environments with enterprise reliability requirements.

Use Cases

Common workloads

Training

AI model training

Train foundation models, fine-tune open-source LLMs, and run large-scale distributed training jobs. The B300 platform provides the memory bandwidth and interconnect speed needed to keep GPU utilization high across multi-node runs.

Inference

Inference and production AI

Serve models in production with the throughput and latency profile your application demands. The HGX B300 handles real-time inference for LLMs, vision models, and multi-modal pipelines at scale.

Scientific Computing

HPC and scientific computing

Run compute-intensive simulations, molecular dynamics, climate modeling, and other HPC workloads that benefit from dense GPU compute and high memory bandwidth.