Refik Anadol Studio has opened Dataland in Los Angeles, a museum featuring a custom on-site edge computing facility powered by 130 Nvidia Blackwell GPUs to render generative AI art in real-time. The installation utilizes a complex, bespoke media pipeline and synchronized AV infrastructure to manage high-resolution generative content across multiple galleries.
The launch of this facility marks a transition from fixed-media immersive experiences to live, generative environments that require massive localized compute. By integrating a high-performance edge computing facility directly into the architecture, Refik Anadol Studio bypasses the bandwidth and latency constraints of cloud-only rendering for high-bit-depth video. This shift forces a convergence between traditional AV integration and data center engineering, as cultural institutions must now manage server-grade power, cooling, and networking to support AI-driven content. Watch for whether other immersive venues adopt this bespoke software approach over standard proprietary control platforms to handle increasing resolution demands.
The reliance on high-density hardware like the NVIDIA Blackwell series mirrors broader AI content creation trends currently impacting network and infrastructure requirements across the industry. This trend toward localized, high-performance infrastructure is also being seen in distributed edge network deployments aimed at managing massive data loads.
Refik Anadol Studio has opened Dataland in Los Angeles, a museum featuring an on-site data center powered by 130 Nvidia Blackwell GPUs. This infrastructure enables real-time generative AI rendering, eliminating cloud latency for high-resolution visuals. This shift marks a transition toward live, generative environments that require massive, localized compute power for immersive experiences.
Dataland utilizes 130 Nvidia Blackwell GPUs housed in an on-site data center to render real-time generative AI art.
On-site computing allows the museum to bypass cloud latency and bandwidth constraints, ensuring high-resolution visuals are synchronized across projectors and MicroLED walls.
The museum uses a custom media pipeline built on VVVV and Unreal Engine rather than proprietary black-box software.
The on-site infrastructure occupies approximately one-third of the 25,000-square-foot museum space.
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