Large-scale AI data centers require a fundamentally different approach, pushing site infrastructure and performance far beyond traditional design. Meeting these challenges requires a veteran mission-critical team, experienced in evaluating land, power, facilities, and technology from the inside out, and the expertise in collaborating with multiple stakeholders to accelerate AI infrastructure deployment at unprecedented speed to market.
AI Cloud Providers require a data center advisory and design partner who understands AI as a product, not just a facility, and can enable AI at scale, move quickly, and preserve flexibility.
Data Center Developers need a trusted technical advisor who can de-risk projects from site selection through commissioning, aligning constructability with market and tenant demand.
Asset Owners want a partner who understands how digital infrastructure drives long-term value, helping reposition, modernize, future-proof assets, and unlock new revenue streams.
LEDG designs AI-ready data centers engineered for the next wave of AI platforms. LEDG solves the hardest challenges, such as extreme power density, advanced cooling, high-performance interconnects, and dense GPU/TPU layouts, to create scalable, resilient mission-critical environments. With proven technical leadership since 2007 and the ability to support accelerated delivery, LEDG brings AI infrastructure to market-ready status.
LEDG designs AI-ready data centers engineered for NVIDIA GP300 and the next wave of AI platforms. We solve the hardest challenges, such as extreme power density, advanced cooling, high-performance interconnects, and dense GPU/TPU layouts, to create scalable, resilient mission-critical environments. With proven technical leadership and the ability to support accelerated delivery, LEDG brings AI infrastructure to market-ready status from day one.
LEDG consultants bring decades of mission-critical design and deployment experience to each engagement, combining strategic insight with practical, real-world execution.
Comprehensive Site and Asset Due Diligence
Feasibility Studies
Onsite Power Generation Analysis and Design
Capital Expenditure and Budget Development
Capacity Planning for AI and High-Performance Workloads
AI Workload and Capacity Modeling
Power and Utililty Strategies
High-Density Power and Cooling Strategy
Site and Building Configuration
Network and Connectivity Strategy
Expansion and Scalability Planning
Structural and Site Suitability Validation
Rack Density and MW Capacity Modeling
Power, Cooling, Utility Feasibility
Carrier Entry and Connectivity Review
Preliminary CapEx and Risk Modeling
Constraint and Fatal Flaw Identification
High-Density Power Systems
Advanced Cooling
Architectural
Civil
Structural
Fire Protection
Mechanical
Electrical
Telecommunications
Security
Data Center Monitoring
Technical Requirements
RFP Submissions
Vendor Selection and Negotiations
Equipment Lead Time Strategy and Management
Logistics and Site Delivery Coordination
Independent and Strategic Oversight of Delivery Teams
Project Management and Stakeholder Communications
Vendor and Contractor Coordination
Design and Engineering Oversight
Quality Control and Compliance
Operational Readiness and Handover Management