AI-ready campuses
Phased, high-density environments with power and cooling paths engineered for accelerated computing.
- Planning focus
- Density · liquid cooling · power ramp
- Delivery model
- Build-to-suit or powered shell
DNA TECH GROUPContact DNA Compute Infrastructure04
Compute capacity.
Infrastructure discipline.
Data center planning from first principles: power, cooling, network, land, water, schedule and the long-term relationship with the host community.
High availability Power-integrated Water-aware Workload-ready
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Design brief
Capacity is only valuable when every dependency is ready.
The data center is a physical system serving a digital promise. A disciplined development model aligns utilities, equipment, construction and operating requirements before schedule commitments.
PowerFirm, scalable, transition-ready
CoolingClimate-matched, workload-aware
NetworkDiverse, low-latency, resilient
CommunityTransparent, additive, accountable
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Campus architecture
Designed as layers of resilience.
Critical compute environmentConfigured to tenant + workload
Security + life safety
Thermal systems
Network diversity
Electrical topology
Water stewardship
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Development formats
Different workloads.
Different infrastructure.
Regional cloud facilities
Reliable multi-tenant or dedicated capacity close to demand, network and enterprise ecosystems.
- Planning focus
- Connectivity · availability · flexibility
- Delivery model
- Wholesale or dedicated
Distributed edge
Compact infrastructure supporting latency-sensitive services, industrial operations and underserved markets.
- Planning focus
- Repeatability · remote operations · resilience
- Delivery model
- Modular portfolio
Resource envelope
Efficiency begins before equipment selection.
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Site in the right climate and grid context
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Match cooling architecture to workload
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Reserve potable water for essential uses
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