Your Hardware Infrastructure Partner for the Age of AI

About Conduit Capital Group

Conduit Capital Group provides access to specialized NVIDIA L40S GPU infrastructure optimized for artificial intelligence and general compute workloads. The L40S, based on NVIDIA’s Ada Lovelace architecture, represents a strategic choice in the current GPU landscape. With 48GB of memory and exceptional computational capabilities, these GPUs deliver strong performance while consuming approximately half the power of the H100, enabling higher deployment density and lower operational costs.

Our infrastructure strategy focuses on the intersection of performance and practicality. While the L40S provides approximately 40-45% of H100 performance in general AI workloads, it excels in specific applications where its architectural advantages shine. The advanced graphics capabilities make our infrastructure particularly effective for computer vision tasks, with the ability to efficiently process multiple concurrent video streams for real-time applications.

This thoughtful approach to infrastructure allows organizations to achieve their AI objectives without the capital intensity of top-tier GPU deployments. Our L40S capacity provides sufficient computational power for inference workloads, model fine-tuning, and computer vision applications while maintaining cost structures that make sense for production deployments. The architecture also enables faster deployment times compared to more complex specialized systems, addressing the immediate needs of organizations ready to scale their AI initiatives.

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Strategic Partnership with the Scott Data Center

Proven Reliability and Uptime

• 100% uptime since opening in 2006
• Tier III certified for both design and construction (one of only ~20 facilities nationwide)
• Every critical system has backup: redundant power, cooling, and network paths
• All maintenance performed without service interruption
• RESULT: Your AI workloads run continuously without disruption, even during upgrades

Tier III certification means the facility operates with complete concurrent maintainability—any component can be serviced, replaced, or upgraded without affecting operations. This design philosophy extends throughout the facility, from dual utility feeds and 2N UPS systems to diverse chilled water paths and N+1 cooling redundancy. The unbroken uptime record since 2006 demonstrates that this isn’t just theoretical redundancy but proven operational excellence.

Built Beyond Commercial Standards

• Originally constructed for the Department of Defense
• Military-grade physical security
• Natural disaster resistant construction
• Located in stable Omaha, Nebraska—away from earthquake, hurricane, and flood zones
• RESULT: Your infrastructure is protected at levels typically reserved for government operations

This exceptional construction standard means the facility can withstand threats that would disable typical data centers. The reinforced concrete structure resists 250 mph winds, while the entire facility was designed to continue operations through natural disasters that regularly impact coastal regions. This midwest location provides geographic stability while maintaining excellent network connectivity to both coasts.

Power and Capacity for AI Workloads

• 20MW internal power plant built in 2011
• Supports 60-70kW per cabinet (vs typical 5-10kW in standard data centers)
• 110,000 square feet of purpose-built data center space
• Your data and models remain local, private, and fully under your control
• RESULT: Infrastructure specifically designed to handle the density and power demands of GPU computing

The foresight to build massive power capacity in 2011—well before the current AI boom—means Scott Data Center can support GPU deployments that would overwhelm traditional facilities. Four independent 1,500KW diesel generators provide unlimited runtime backup power, while the cooling infrastructure was engineered for the heat densities that high-performance computing generates. This combination of power, cooling, and space creates an environment where GPU infrastructure operates at peak efficiency while maintaining complete data sovereignty for security-conscious organizations.