⭐ Early Birds
Lock in your footprint before New Campus RFS
Get exclusive benefits by reserving your space ahead of general availability.
Immediate colocation available now at our two Tier III Corporate Micro DCs.
Accelerate your New Campus RFS
Migration to Core Connect DC — guaranteed at no cost
Priority cabinet selection
Preferred contract terms & SLA
Direct access to founding team for capacity planning & production scoping
View Early Birds Program →
LIMITED SLOTS · NO UPFRONT COMMITMENT
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Early Birds
⚡ EARLY BIRDS OPEN — Lock in preferential rates before Ready for Service 🏗️ Construction underway — New Campus RFS target: January 2027 📍 Querétaro · Bajío Industrial Corridor · Central México 🔗 Early Birds Program — Immediate colocation in Tier III Corporate Micro DC
Facility at a glance

Engineered for mission-critical uptime

200
CABINETS
Standard and high-density. White Space available.
1 MW
PHASE 1 New Campus RFS
Initial commissioned power. Phased expansion without disruption to active customers.
4 MW
DESIGN CAPACITY
Full build-out across planned phases aligned to demand.
III+
TIER DESIGN
Uptime Institute Tier III+. Concurrent maintainability, N+1 across all critical paths.
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Tier III+ Design

The Uptime Institute Tier III standard is the most widely adopted specification for enterprise and carrier-grade data centers globally. N+1 redundancy on all critical systems. Concurrent maintainability — planned maintenance without taking any customer infrastructure offline.

Core Connect DC is designed to Tier III+, with fault-tolerant architecture on critical distribution paths exceeding baseline Tier III requirements.

III+
Uptime Institute Tier III+Concurrent maintainability · N+1 redundancy · Fault-tolerant distribution
Availability target100%
Max downtime / year10 minutes
Power redundancyN+1
Cooling redundancyN+1
Concurrent maintainabilityYes
Distribution pathsMultiple active/passive
Fault-tolerant designYes — critical paths
Electrical Infrastructure

The power delivery system is the backbone of operational continuity. Core Connect DC architects multiple layers of redundancy from the utility service entrance through to the outlet-level PDU in each cabinet — no single point of failure can interrupt production workloads.

Core Connect DC operates two independent electrical feeds: one sourced from the state of Querétaro and one from the state of Guanajuato — providing state-level distribution network diversity for maximum power resilience.

Utility feedMedium voltage — CFE
Independent feeds2 — Querétaro + Guanajuato
TransformersN+1 redundant
UPS topologyOnline double-conversion, N+1
UPS runtime≥10 min at full load
GeneratorsGas, auto-start ≤20s
ATS transfer time<20ms
Cabinet PDUsSmart PDUs — per-outlet monitoring
PUE target<1.5
UPS and electrical infrastructure
Commissioned Power Roadmap — 1 MW → 4 MW
Phase 1 at New Campus RFS · Q1 2027
Q1 2027
PHASE 1 · 1 MW · New Campus RFS
2027
PHASE 2 · 2 MW
2028
PHASE 3 · 3 MW
2029+
PHASE 4 · 4 MW FINAL
Precision Cooling CRAC/CRAH — Core Connect DC
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Mechanical Cooling

Precision cooling maintains the thermal envelope that protects hardware longevity. Core Connect DC deploys CRAC/CRAH units in hot aisle/cold aisle containment. Liquid cooling-ready infrastructure supports future high-density GPU and AI inference workloads.

TechnologyCRAC / CRAH precision air
ContainmentHot aisle / cold aisle
Temperature setpoint18–27°C (ASHRAE A2)
Humidity40–60% RH
RedundancyN+1
Standard densityUp to 10 kW/cabinet
High-density (future)Up to 40+ kW — liquid cooling
Liquid cooling readyYes
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Physical Security

Defense-in-depth across multiple security perimeters — site boundary to individual cabinet. All access events logged, timestamped, and immutably stored.

Data center physical security
Access controlBiometric + smart card (2FA)
Video surveillanceHD CCTV — 360° coverage
CCTV retention90-day minimum
Smoke detectionVESDA — aspirating early warning
Fire suppressionClean agent — FM-200 / Novec 1230
Perimeters≥3 differentiated security zones
On-site securityPermanent 24/7 guard
Audit logImmutable — full event history
NOC & DCIM Monitoring — Core Connect DC
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DCIM & NOC Monitoring

Integrated DCIM platform monitors all critical variables continuously — temperature, humidity, power draw, network health, and physical access events — with proactive threshold alerting. Self-service customer portal for real-time footprint metrics.

PlatformIntegrated DCIM — 24/7
VariablesTemp, humidity, power, network, access
AlertingProactive threshold-based
Per-outlet monitoringSmart PDU — real-time kW
Customer portalSelf-service footprint metrics
NOC24/7/365

Specific
technical requirements?

Our infrastructure team will prepare a detailed technical proposal for your power density, redundancy, and connectivity needs.