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Bare Metal GPUs

A bare metal GPU is a dedicated graphics processing unit that provides direct access to underlying hardware resources without virtualization or abstraction layers. Unlike shared cloud GPU instances, bare metal GPUs give users complete control over hardware configuration, CUDA drivers, and memory management.

AspectBare Metal GPUsCloud GPUs
Hardware AccessDirect, no virtualizationVirtualized through hypervisor
PerformanceConsistent, no overheadVariable due to virtualization and noisy neighbors
ControlFull control over hardware, drivers, and memoryLimited control, managed by cloud provider
ScalabilityFixed resources, requires manual scalingElastic, quick to deploy/terminate
Cost ModelUpfront investment, lower long-term cost for steady workloadsPay-as-you-go, higher long-term cost for continuous use
  • Eliminated Virtualization Overhead: Direct hardware access ensures maximum performance for GPU-intensive workloads
  • Consistent Performance: No noisy neighbor effects from shared resources
  • Precise Optimization: Ability to customize CUDA configurations, kernel development, and system parameters
  • Data Sovereignty: Ideal for organizations with strict compliance requirements needing direct hardware control
  • Large-scale model training requiring minimal latency between GPUs
  • High-throughput inference serving with strict latency requirements
  • Workloads requiring specialized CUDA optimizations or custom GPU kernels
  • Applications with consistent, high-demand AI/ML workloads
  • Industries with strict data compliance needs (e.g., financial fraud detection)
  • Dedicated Bare Metal: Full root access and hardware control for custom implementations
  • Managed Bare Metal: System administration offloaded while maintaining dedicated hardware access, typically using containerization for workload isolation

Bare metal GPUs offer raw compute power and consistent performance, making them a preferred choice for enterprises with demanding AI workloads or strict data requirements, while cloud GPUs remain valuable for flexible, scalable development environments.