Whether you are building new infrastructure, expanding existing capacity, or evaluating next-generation systems, Arc's GPU servers are designed to match your performance requirements, timeline, and deployment model.
Rack-scale AI infrastructure with 72 Rubin Ultra GPUs in a single liquid-cooled rack. Designed for large-scale training, inference, and next-generation AI workloads.
Next-generation HGX server platform built on Rubin architecture, expected to deliver significant performance and efficiency gains for AI infrastructure.
Rack-scale AI infrastructure with 72 Blackwell Ultra GPUs in a single liquid-cooled rack. Built for hyperscale deployments and AI factory environments.
Current-generation Blackwell GPU servers built for AI training and large-scale inference. Shipping now.
Blackwell GPU servers available through secondary market sourcing. Arc Compute validates, configures, and deploys B200 systems from trusted supply channels.
PCIe-based GPU servers built on Blackwell architecture for AI development, inference, rendering, and professional workloads. Flexible configurations for data center, lab, and workstation environments.
Hopper-generation GPU servers with high memory capacity, built for AI training, inference, and production workloads. In stock and shipping now.
The industry standard for AI infrastructure, available through trusted secondary market sourcing. Arc Compute validates, configures, and deploys H100 systems from vetted supply channels.
Rubin platforms are designed for organizations planning future AI workloads and large-scale infrastructure. Start early to align facility, power, and cooling requirements with next-gen systems.
Blackwell platforms, particularly B300, provide the best balance of performance, availability, and scalability for teams deploying infrastructure today.
Hopper platforms offer stable, widely deployed infrastructure with a mature software ecosystem. A strong choice for production environments and organizations that value operational track record.
PCIe systems like the RTX PRO 6000 provide accessible, versatile GPU compute for AI development, inference, visualization, and smaller-scale deployments.