L2D2 + NVIDIA
The Infrastructure Stack Powering AI Stack
L2D2 delivers the physical foundation of NVIDIA’s compute stack — a sovereign-grade infrastructure platform aligned with the Hopper → Blackwell → Rubin roadmap.

Five synchronized layers — Power, Cooling, Water, Gas, and Fiber — integrated into one ready-to-deploy platform that eliminates infrastructure friction and engineered, permitted, and certified ahead of deployment.
NVIDIA GPU Demand Is Exploding. Infrastructure Isn't
The NVIDIA GPU infrastructure market faces an unprecedented supply-demand imbalance. Industry analysts project over 10 gigawatts of new NVIDIA GPU data center capacity required by 2027 for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures, yet more than 60% of planned projects face significant delays.

60% of NVIDIA's client projects delayed by more than 24 months due to utilities & permits.
10GW
NVIDIA GPU Capacity Demand
Projected new data center capacity needed by 2027
60%
NVIDIA AI Projects Delayed
Infrastructure projects facing utility and permitting constraints
$3B
Lost GPU Sales Opportunity
Each 100 MW delay defers ≈ $3B in GPU sales
The Problem: Slow Pathways to NVIDIA GPU Deployment
New market entrants—from sovereign AI initiatives to enterprise private cloud deployments—need faster, simpler pathways to deploy NVIDIA Hopper, Grace Hopper, Blackwell, and Rubin racks at scale.
Traditional data center development timelines of 36-48 months are incompatible with NVIDIA AI innovation cycles and competitive positioning requirements.

L2D2 eliminates 18-24 months of development risk and enables deployment velocity that matches NVIDIA chip supply cycles.
Solution : Introducing the L2D2 Infrastructure Stack
Unlike traditional greenfield projects that treat each utility as a separate procurement, L2D2 unifies every critical element of NVIDIA’s AI infrastructure into a single, modular stack — engineered, permitted, and certified ahead of deployment.

Each stack layer — Power, Cooling, Water, Gas, and Fiber is optimized to eliminate integration risk and accelerate GPU readiness from 36 months to 18 months or less.
The L2D2 Infra stack features 800VDC power delivery and full support for 100% liquid-cooled racks, accommodating power densities of 30-80kW per rack. It is also future-proofed for Kyber rack architectures and MGX platforms.deAligned to NVIDIA DGX GPU + GH200, Blackwell, and Rubin Infrastructure Profiles (targeted certification for NVL144)

Accelerate NVIDIA client AI deployment by 24 months with L2D2 pre-certified stack.
L2D2 Infrastructure Stack
A Strategic Ecosystem Catalyst for NVIDIA AI Deployments
L2D2 de-risks NVIDIA's client deployments by transforming AI infrastructure stack from a bottleneck into a competitive advantage, purpose-built for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures.
Infrastructure Comparison: L2D2 vs. Traditional
L2D2 Infrastructure Stack is purpose-built to accelerate NVIDIA's advanced GPU roadmap, including Hopper, Grace Hopper, Blackwell, and Rubin (NVL144), by providing pre-certified infrastructure engineered for next-gen AI deployments. It leverages 800VDC, 100% liquid cooling, and Kyber readiness to overcome traditional data center development bottlenecks and drastically reduce time-to-market.
L2D2 Infrastructure Stack Advantage
Traditional sites assemble utilities piecemeal; L2D2’s pre-integrated Stack compresses development timelines, de-risks procurement, and ensures NVIDIA rack readiness from day one.

24-month time advantage eliminates deployment risk and accelerates the rollout of NVIDIA's AI deployments and revenue recognition.
Inside L2D2 Infrastructure Stack
Engineered for NVIDIA AI Deployments
Traditional data center development requires tenants to independently negotiate utility capacity, cooling infrastructure, and connectivity—a fragmented process that introduces delays, cost overruns, and technical risk. L2D2 uniquely delivers all critical utilities as a bundled P3 platform, providing turnkey infrastructure stack that is Rubin-ready and engineered to match NVIDIA's demanding technical specifications for next-gen AI deployments and deployment timelines.

L2D2 infrastructure stack is specifically engineered to support emerging 800VDC direct power distribution, seamlessly integrating with NVIDIA's Kyber-generation rack architectures and unlocking up to 25% power efficiency gains with lower copper and conversion losses, crucial for platforms like Blackwell and beyond
Power
On-site 1.2GW gas generation plus 138kV and 345kV utility tie with N+1 redundancy. Future-proofed with 800VDC busbar architecture for high-density liquid-cooled racks at 30kW–80kW. Guaranteed power allocation for NVIDIA Hopper, Blackwell, and Rubin-class AI loads with no utility queue or capacity constraints.
Cooling
District chilled water system with advanced 100% liquid cooling capability, engineered to support extreme high-density deployments like NVIDIA's Rubin NVL144 and Kyber-generation racks. Rack-ready thermal infrastructure also enables heat reuse strategies aligned with tenant ESG goals for AI deployments.
Water
6-7 million gallons per day with industrial reuse and recycling capability. Sustainable water management supporting PUE optimization and ESG commitments, critical for large-scale liquid cooling systems powering NVIDIA MGX platforms.
Fiber
Fiber utility Hub with Carrier-neutral architecture with multiple Tier 1 providers and low-latency routing, ideal for interconnecting NVIDIA Grace Hopper Superchips and building expansive AI deployments. Open-access connectivity eliminating vendor lock-in and supporting hybrid architectures.
L2D2 Infrastructure Stack saves 18-24 months in development timeline, reduces capital requirements by 15-20%, and eliminates the technical integration risk that plagues traditional greenfield projects. For NVIDIA clients leveraging Hopper, Grace Hopper, Blackwell, and Rubin architectures, it means deployment certainty that matches chip procurement and business planning cycles for next-gen AI deployments.
L2D2: Engineered for NVIDIA's Next-Gen AI Deployments
L2D2 is purpose-built to unleash the full potential of NVIDIA's next-generation AI infrastructure stack, providing unparalleled performance and scalability for AI deployments leveraging Hopper, Grace Hopper, Blackwell, and Rubin architectures.
Optimized for NVIDIA's Kyber rack architectures and advanced GPU architectures, ensuring maximum power efficiency and lower conversion losses for next-gen rack-level AI infrastructure.
Engineered for 100% liquid-cooled racks supporting 30-80kW densities, specifically designed for extreme performance requirements of NVIDIA's Rubin NVL144 and other modern AI workloads.
Future-Proof NVIDIA Compatibility
Fully ready to support Hopper, Grace Hopper, Blackwell, Rubin NVL144, Kyber rack architectures, and MGX platforms.
Fiber Utility Hub Hyperscale Connectivity
Robust, low-latency fiber infrastructure with diverse routes, eliminating vendor lock-in and ensuring open access.
Accelerated Delivery Timelines
Achieve deployment in just 18 months, aligning with critical chip procurement and business planning cycles.
Comprehensive Utility Bundling
Integrated power, cooling, water, gas, and fiber utilities, providing a seamless and predictable deployment experience.
Phased Delivery Aligned with NVIDIA's Advanced GPU Roadmap
L2D2's phased development model balances immediate deployment capability with long-term scalability, synchronizing infrastructure delivery with NVIDIA's advanced GPU roadmap and tenant demand cycles, ensuring readiness for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures. This approach ensures you get the capacity you need, when you need it, with clear milestones for growth.
150MW
Phase 1
In-service in 18 months
925MW
Total Buildout
Full campus capacity
800VDC
Power Rails
Future-proofed infrastructure
NVIDIA
AI Ready
Pre-certified for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures
Phase 1: 150MW (Year 1-2)
Initial capacity delivered within 18 months, enabling immediate deployment for NVIDIA Hopper and Grace Hopper AI deployments. Tenant zones activated: 10-25MW.
Phase 2: Additional 200MW (Year 2-3)
Rapid expansion aligned with NVIDIA's Blackwell and future Grace Hopper chip releases. Continued availability of 10-25MW tenant zones.
Phase 3: Additional 275MW (Year 3-4)
Sustained growth supporting escalating NVIDIA Blackwell and Rubin (NVL144) AI demands. Flexible tenant zone allocation.
Phase 4: Remaining 300MW (Year 4-5)
Full campus buildout, reaching 925MW total capacity. Optimized for future hyperscale NVIDIA Rubin (NVL144) and next-generation AI platforms.
Each tenant zone, ranging from 10 to 25 megawatts, is engineered for next-gen rack-level AI infrastructure and is NVIDIA-certified. They are rack-ready, pre-validated for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures, featuring 800VDC power distribution and 100% liquid-cooled racks supporting densities from 30-80kW. Kyber rack architectures and MGX platforms are fully supported. This certification eliminates technical qualification cycles and enables clients to move from letter of intent to operational deployment in record time for their NVIDIA AI deployments.
This phased approach de-risks capital deployment while maintaining infrastructure optionality. Tenants benefit from proven operations in Phase 1, while NVIDIA gains visibility into a multi-year deployment pipeline that supports chip sales forecasting and supply chain planning.
Direct Benefits for NVIDIA Clients
NVIDIA-Certified & Future-Ready
Pre-validated sites eliminate months of technical due diligence, ensuring immediate compliance for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures with 800VDC power and Kyber readiness.
Accelerated AI Deployment
Rapidly deploy NVIDIA AI deployments, reducing infrastructure setup from 36+ months to under 18, unlocking faster ROI for next-gen GPU deployments like Blackwell and Rubin.
Optimized CapEx & OpEx
Reduce CapEx by 15-20% and lower OpEx through integrated utility delivery and shared infrastructure systems, purpose-built for NVIDIA's high-density, liquid-cooled MGX platforms.
Advanced AI Lab Access
Optional on-site AI Lab integration supports benchmarking and proof-of-concept development for NVIDIA's most advanced GPU solutions, including Blackwell and Rubin, and Kyber rack architectures.

Strategic Impact: By providing a future-proof foundation with 100% liquid-cooled racks for 30-80kW densities and Kyber-ready infrastructure, L2D2 enables NVIDIA clients to accelerate AI build-outs, focusing capital and attention on AI model development and innovation with Hopper, Blackwell, and Rubin-class hardware, rather than complex infrastructure planning.
NVIDIA Client Ecosystem at L2D2: Engineering Next-Gen AI Deployments
Sovereign AI Deoloyments
(25MW zones)
  • National NVIDIA AI deployments powered by Rubin (NVL144) for advanced research
  • Government cloud deployments utilizing Kyber-ready infrastructure
  • Strategic computing reserves with 800VDC and 100% liquid cooling
Enterprise Private AI Cloud
(15-20MW zones)
  • Fortune 500 AI transformation on NVIDIA MGX platforms
  • Hybrid cloud architectures engineered for Hopper/Blackwell
  • Compliance-focused deployments with 100% liquid-cooled racks (30-80kW)
LLM Startups & Scale-ups
(10-15MW zones)
  • Rubin-ready infrastructure for hyper-scale model training and inference
  • Rapid scaling capability with 800VDC power delivery
  • Cost-optimized infrastructure with high-density liquid cooling for Grace Hopper
Hedge Funds & Trading
(10-12MW zones)
  • High-frequency trading AI on Blackwell architectures
  • Risk modeling and analytics with ultra-low latency (Kyber-ready)
  • 800VDC power and 100% liquid cooling for peak performance
Cloud Service Providers
(20-25MW zones)
  • Regional NVIDIA AI service delivery
  • Edge computing nodes on MGX platforms
  • Multi-tenant AI platforms with 100% liquid-cooled, 30-80kW density racks
Research Universities & Academic Labs
(8-15MW zones)
  • AI research partnerships on Hopper/Grace Hopper architectures
  • Student training programs utilizing Kyber rack architectures
  • Open-source model development with advanced 800VDC and liquid cooling

Flexible tenant zones (10-25MW) are engineered for next-gen rack-level AI infrastructure, featuring 800VDC, 100% liquid cooling for 30-80kW densities, and Kyber readiness, accommodating diverse NVIDIA client requirements for Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) architectures.
Advanced NVIDIA AI Infrastructure: Risk Management & Mitigation Strategy
L2D2 employs a comprehensive risk management framework, integrating proactive mitigation strategies into every phase of development and operation. Our approach ensures project resilience and investor confidence by systematically addressing potential challenges, specifically engineered for NVIDIA's advanced GPU roadmap and next-gen AI deployments.
This structured approach minimizes exposure to common infrastructure project risks, ensuring timely delivery, cost efficiency, and operational excellence for all stakeholders within the rapidly evolving NVIDIA AI ecosystem.
Strategic Partnership: Accelerating NVIDIA's AI Deployment
L2D2 offers NVIDIA a strategic, time-sensitive opportunity to lead the deployment of advanced GPU architectures like Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) in high-growth Tier 2 markets. We propose a direct partnership to secure NVIDIA's ecosystem dominance in these AI deployments without the burden of real estate ownership.
Certify L2D2 as NVIDIA's Reference AI Model
Formally certify L2D2 as NVIDIA's reference AI for Kyber rack architectures and MGX platforms in Central Texas, setting the standard for next-gen AI hubs designed for Hopper, Grace Hopper, Blackwell, and Rubin GPUs.
Direct NVIDIA Clients to L2D2's AI Deployments
Funnel NVIDIA clients requiring 5-50MW of turnkey capacity for 100% liquid-cooled racks (30-80kW densities) directly to L2D2's 800VDC, Kyber-ready infrastructure for rapid, risk-free deployment of their Hopper, Blackwell, and Rubin-class systems.
Accelerate NVIDIA GPU Sales & Revenue
Secure accelerated sales velocity and revenue recognition for Hopper, Blackwell, and Rubin GPUs through pre-negotiated off-take commitments and streamlined deployment into L2D2's purpose-built AI deployments.
Establish Co-Branded NVIDIA AI Presence
Co-brand "NVIDIA AI " with on-site AI Labs, demonstration environments showcasing Hopper, Blackwell, and Rubin performance, and visible ecosystem presence.
Strategic Value Creation
  • Market leadership in next-gen AI infrastructure standards without capital intensity
  • Accelerated deployment of Hopper, Blackwell, and Rubin GPUs through pre-qualified, Kyber-ready infrastructure pathways
  • Ecosystem influence from land development to advanced AI application layers
  • Replicable model for Tier 2 market expansion across North America, focusing on 800VDC and liquid cooling
Competitive Differentiation
  • First-mover advantage in certified AI infrastructure engineered for Rubin (NVL144)
  • Reduced client acquisition cost through infrastructure matchmaking for MGX platforms
  • Platform capture increasing switching costs for competitors with 100% liquid-cooled, 30-80kW rack densities
  • Strategic optionality for future market expansion with purpose-built AI designs
This is a critical window to establish first-mover advantage and capture a rapidly expanding market for next-gen AI deployments. We request an executive briefing to align our roadmaps and formalize a partnership that will secure NVIDIA's leadership in the AI infrastructure ecosystem, specifically for Hopper, Grace Hopper, Blackwell, and Rubin architectures.
Strategic Central Texas Location: NVIDIA AI Ready
L2D2 represents over 300 acres of master-planned, NVIDIA AI ready infrastructure district, specifically designed and permitted for hyperscale AI deployment at unprecedented speed. This shovel-ready site, with zoning, environmental clearances, and utility agreements already secured, is engineered for the rapid construction of facilities ready for NVIDIA's next-gen architectures including Hopper, Grace Hopper, Blackwell, and Rubin (NVL144).
Central Geographic Hub
Midpoint between Dallas and Austin, accessing both talent pools and enterprise markets without urban congestion, ideal for supporting NVIDIA AI innovation.
Abundant Land for AI Deployments
Over 300 acres of master-planned space dedicated to hyperscale NVIDIA AI development, accommodating massive compute infrastructure.
Seamless Transport Logistics
Direct I-35 access and Class I railway for efficient, large-scale equipment logistics and supply chain for NVIDIA GPU deployments.
Robust, Low-Latency Connectivity
Fiber Utility Hub with Multiple Tier 1 long-haul fiber routes with carrier-neutral design provide ultra-low-latency connectivity essential for distributed NVIDIA AI workloads and clustered GPU architectures.
Entitlement Complete for Rapid Deployment
Fully permitted with zoning, environmental clearances, and executed utility capacity agreements, ensuring immediate readiness for NVIDIA AI infrastructure build-out without delays.
Advanced Utility & Cooling Infrastructure
Pre-negotiated utility packages deliver 800VDC power, 100% liquid-cooled racks supporting 30-80kW densities, and Kyber readiness, eliminating procurement complexity for NVIDIA MGX platforms and future Rubin-ready AI deployments.
Ready to Accelerate NVIDIA's Advanced AI Infrastructure Together?
Infrakey invites NVIDIA to partner in defining the future of NVIDIA's advanced AI infrastructure deployment through L2D2: NVIDIA's AI Campus Model. L2D2 is engineered specifically for NVIDIA's next-gen rack-level AI infrastructure, supporting Hopper, Grace Hopper, Blackwell, and future Rubin (NVL144) architectures with 800VDC, 100% liquid-cooled racks for 30-80kW densities, and Kyber-ready design. This strategic platform aligns infrastructure velocity with chip innovation cycles, creating a competitive advantage for your clients and securing NVIDIA's market leadership.
Next Steps: Executive Briefing
We propose an executive briefing to:
  • Align L2D2's advanced infrastructure roadmap, including Kyber rack architectures and MGX platforms, with NVIDIA's Hopper, Grace Hopper, Blackwell, and Rubin (NVL144) chip deployment strategy.
  • Explore partnership structures that match your strategic objectives.
  • Establish the framework for ecosystem collaboration and faster revenue recognition for NVIDIA's AI deployments.
L2D2 is the infrastructure canvas NVIDIA's next-gen AI ecosystem needs. Let's paint it together.
Schedule your briefing today to unlock faster revenue, de-risk client deployment, and establish platform leadership in NVIDIA's AI infrastructure.
Ready to Schedule Your Strategic Briefing?
Contact Braham Singh directly to explore partnership opportunities and align L2D2's infrastructure roadmap with NVIDIA's chip deployment strategy.
Next Step: Executive briefing to discuss ecosystem collaboration and accelerated revenue recognition

The L2D2 Infrastructure Stack represents a generational shift in how GPU infrastructure is deployed, transforming power, cooling, and connectivity into a single, unified foundation. For NVIDIA, this isn’t just a site partnership it’s an infrastructure platform alignment that accelerates every generation of your hardware roadmap.