CPU and GPU Rendering Workstation and Servers

Accelerating Your Rendering Workloads

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Remote and Distributed Rendering Systems

sabre edge 2u 1
ES2-6107209

AMD EPYC 9005 4x GPU 2U Server

  • Processor: 1x AMD EPYC 9004 Series
  • Drive Bays: 2x 2.5" & 4x 3.5" Hot-swap drives
  • Supports: 4x PCI-E 5.0 x16 Double-Wide cards
  • Rack Height: 2U
sabreedge 4u 1
ES2-9272254

NVIDIA MGX Dual EPYC 9005 8x GPU 2U Server

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sabreedge 2u 4
ES4-9121986

NVIDIA MGX 2x Xeon 6700 8x GPU 4U Server

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Local Rendering

Local Rendering

Workstations designed specifically for rendering and visualization offer optimized performance for visual tasks. With the ability to develop, design, and render on the same machine, these workstations provide flexible options for CPU and GPU configurations.

Remote Rendering

Remote Rendering

For rendering tasks that require more power than a single workstation can provide, dedicated rendering hardware offers a solution. With the ability to support up to eight single GPUs and dense CPU options, these systems are ideal for tackling large rendering jobs.

Distributed Rendering

Distributed Rendering

For teams working on high-resolution, feature-length animated films, rendering resources are critical. Leverage scalable hardware options and access the rendering power you need, whether through colocation, a private cloud, or on-premises. Accelerate your render jobs with an entire HPC cluster.

comparison

CPU vs. GPU Rendering

Both CPU-based renderers and GPU-based renderers are perfect for their specific tasks. While GPU rendering has gained a lot of traction, CPU rendering still provides stability for rendering static scenes of 3D environments.

GPUs serve to enhance your current CPU system to significantly accelerate image rendering. The GPU tackles resource-intensive 3D visualization while the CPU crunch down on complex tasks. With rendering, you will need both a powerful CPU and GPU.

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