1Legion, a GPU infrastructure provider specialized in AI, media, and high-performance creative workloads, has announced the acquisition and availability of the NVIDIA RTX Pro 6000 Blackwell Server across its data centers in Europe and Canada.
The new systems are now available for deployment to customers running production-grade AI video, VFX rendering, animation, and real-time inference workloads that require predictable performance, low latency, and transparent costs.
Built on NVIDIA’s latest Blackwell architecture, the RTX Pro 6000 Server is designed for enterprise and studio environments where stability, sustained performance, and deterministic behavior are critical. By adding this platform to its infrastructure portfolio, 1Legion strengthens its position as a specialized alternative to hyperscale cloud providers for media and AI workloads.
“We see strong demand from AI video teams, VFX studios, and media technology vendors that need production-ready GPU infrastructure, not shared cloud instances,” said David Vargas, CEO at 1Legion. “The RTX Pro 6000 Blackwell Server allows us to deliver professional-grade GPU compute with the performance consistency and cost transparency our customers expect.”
Unlike traditional cloud environments, 1Legion deploys the RTX Pro 6000 in dedicated, bare-metal configurations, ensuring customers have full access to GPU performance without virtualization overhead, throttling, or unpredictable egress costs. The new servers are optimized for always-on workloads such as AI-powered video generation, rendering pipelines, simulation, and advanced graphics processing.
With availability in both Europe and Canada, 1Legion enables customers to deploy workloads closer to end users and production teams, supporting data residency requirements and reducing latency for distributed pipelines.
The RTX Pro 6000 Blackwell Server complements 1Legion’s existing GPU portfolio and is available under flexible on-demand and reserved contracts, allowing customers to scale infrastructure in line with project needs without long-term lock-in.
