Former Berkeley Lab Supercomputer Facility Eyed for Data Center Conversion
A former Lawrence Berkeley National Laboratory supercomputer facility in downtown Oakland is being considered for development into a data center and artificial intelligence complex.

San Francisco Oakland San Jose, CA, August 16, 2026 —
A former Lawrence Berkeley National Laboratory (LBNL) supercomputer facility located in downtown Oakland is under consideration for a significant redevelopment. The proposal aims to transform the existing site into a modern data center and artificial intelligence (AI) complex.
The facility, which previously housed advanced computing resources for scientific research, is now being evaluated for its potential to support the growing demands of data-intensive industries. The proposed conversion would repurpose the infrastructure to accommodate the specialized needs of data centers, including high-density computing power, advanced cooling systems, and robust network connectivity.
The development plan also includes integrating capabilities for artificial intelligence, a field that requires substantial computational resources for training complex models and processing vast datasets. The strategic location of the former LBNL site in downtown Oakland is seen as advantageous for such a project, offering access to existing infrastructure and potential workforce resources.
Details regarding the specific timeline for the consideration process, the entities involved in the potential development, and the projected costs were not immediately available. Further information regarding the scope of the AI complex and the specific technologies to be employed is also pending.
The potential conversion of this former scientific computing hub into a data center and AI complex signifies a shift in the utilization of such specialized facilities, reflecting the evolving landscape of technology and its increasing demand for advanced computing infrastructure.
Story summarized from the original created by KGO on abc7news.com, see more information here.
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