The Core Design Difference
Hyperscale facilities in the UAE — typically built for a single large cloud or enterprise tenant — are designed around that tenant's specific power density, rack layout and network architecture requirements, known well in advance. Colocation facilities must instead design for a range of unknown future tenants with varying density and connectivity needs, which fundamentally changes the design approach for power distribution, cooling zoning and cross-connect infrastructure.
Power Density Planning
UAE hyperscale halls increasingly design for 15-30kW+ per rack to support AI/ML compute density, driving liquid cooling adoption. Colocation facilities typically design flexible zones supporting a mixed range — conventional 4-8kW racks alongside higher-density zones — so the facility can serve both traditional enterprise tenants and higher-density AI workload tenants without a full redesign.
Cabling Architecture Differences
Hyperscale cabling is typically optimised around a known, fixed network topology (spine-leaf architectures sized for the tenant's specific traffic patterns). Colocation cabling design instead prioritises a flexible meet-me-room and cross-connect architecture, since tenants need to interconnect with multiple carriers and other tenants without requiring facility-wide re-cabling for each new customer.
Designing for Tenant Flexibility
Colocation facility design for the UAE market should plan structured cabling pathways, power distribution and cooling zoning with enough headroom to onboard tenants of varying density without disruptive retrofits — a design discipline ASDV builds into colocation-facility cabling and containment schemes from the concept stage, informed by TIA-942 data centre infrastructure standards.