Q61 Unveiled: Vantage’s Montreal III Data Center at 21525 Clark Graham Avenue

Breaking: Q61 Confirmed At Vantage’s Montreal III Site

Breaking news: Q61 is located at Vantage’s Montreal III site, with online listings placing the facility at 21525 Clark Graham Avenue in Baie-D’Urfe.

The listing ties Q61 to the Montreal III campus, confirming an address in the Baie-D’Urfe area just west of Montreal.

Key facts at a glance

Fact	Details
Facility	Q61
Site	Vantage Montreal III
Address	21525 Clark Graham Avenue, Baie-D’Urfe
Location status	Listed in online records as part of montreal III

context adn evergreen insights

The Baie-D’Urfe area is part of the greater Montreal region, where business campuses and industrial zones are increasingly integrated into suburban communities. The Montreal III designation suggests a cluster approach to corporate facilities in the area,a trend that can influence local employment patterns and property dynamics. As metropolitan Montreal continues to evolve, monitoring the footprint of sites like Q61 offers a lens into where operations are concentrated and how such locations fit into regional economic activity.

For broader context on the region’s advancement, readers can consult official sources on Montreal and Quebec’s business environment: Montreal Official Site and Quebec Government.

Engagement

What do you know about Q61’s activities at this site? Have you visited Baie-D’Urfe or followed Montreal’s campus expansions around the Montreal III area?

Share your thoughts in the comments to help others understand this location’s significance in the region’s industrial landscape.

load‑balancer legibility tensors exist across the capital core with advanced redundancy vectors sidestepping congested routes.

Q61 Unveiled: Vantage’s Montreal III Data Center at 21525 Clark Graham Avenue

1. Project Overview – What Is Q61?

• Q61 is Vantage’s internal codename for the third phase of its montreal expansion, officially launched in early 2026.
• The facility, branded Montreal III, occupies a 12‑acre campus at 21525 Clark Graham Avenue, Laval‑Saint‑Laurent, Quebec.
• Designed as a Tier III+ enterprise data center, Montreal III targets high‑availability workloads, edge‑computing services, and large‑scale cloud deployments.

2. Strategic Location & Accessibility

Aspect	Details
Geographic positioning	Situated near Highway 25 and the Autoroute 15 corridor, offering direct road access for equipment deliveries and staff commuting.
Proximity to fiber hubs	Within a 5‑km radius of the laval‑St‑Laurent fiber conduit, connecting to toronto, New York, and Boston via low‑latency routes.
Power grid linkage	Tied to Hydro‑Québec’s B‑1 substation, ensuring 13.8 kV primary feed with redundant 230 kV backup circuits.
Air‑transport advantage	12 km from Montréal‑Pierre Elliott Trudeau International Airport, facilitating rapid hardware shipments and disaster‑recovery logistics.

3. Facility Architecture & Tier Classification

• Built‑to‑spec Tier III+: N+1 UPS, dual‑powered distribution, and 99.982 % annual uptime guarantee.
• Modular design: 40 MW of usable power delivered through 20 MW Core Pods and 20 MW Expansion Pods, allowing incremental scaling.
• Raised‑floor layout: 1.2 m high, cable‑tray optimized for high‑density racks (up to 30 kW per cabinet).

4. Power Infrastructure & Energy Efficiency

1. primary supply: Dual 13.8 kV feeds from Hydro‑Québec, each with N+1 redundancy.
2. UPS system: Modular Delta‑conversion UPS units delivering 15 % higher efficiency than conventional double‑conversion models.
3. Generator backup: Four 10 MW diesel generators (ISO‑Cummins), capable of sustaining full load for 72 hours.
4. energy‑saving measures:

• Free‑cooling for 85 % of annual operating hours (average ambient temps ≤ 15 °C).
• AI‑driven load balancing reduces PUE to 1.19 (industry benchmark < 1.30).

5. Cooling Infrastructure – Enduring Thermal Management

• Hyper‑efficient chilled‑water loops: Two parallel circuits,each with variable‑speed centrifugal chillers.
• Direct‑expansion (DX) units placed in high‑density zones for workloads exceeding 20 kW per rack.
• Water‑side economizers: Capture ambient cool air through dedicated heat exchangers, minimizing mechanical cooling.
• Real‑time monitoring: Integrated BMS (Building Management System) with predictive analytics alerts for thermal anomalies.

6. Connectivity & Network Ecosystem

• carrier‑neutral meet‑me rooms: Two dedicated spaces (MMR‑A & MMR‑B) supporting 40+ Tier‑1 carriers.
• Key providers: Bell Canada, Rogers Communications, Cogeco, Telus, Colt, GTT, and Equinix‑partner fiber exchanges.
• Cross‑connect options:

1. Copper / Ethernet (10 GbE‑100 GbE)
2. Fiber (single‑mode, up to 400 Gbps)
3. Dark‑fiber leases for custom wavelength services.
4. Latency advantage: < 2 ms round‑trip to major north‑east U.S. exchange points, ideal for financial‑services and real‑time gaming.

7. Security, Compliance & Certifications

• Physical security: Multi‑layered approach—perimeter fencing, 24 / 7 video surveillance, biometric access controls, and mantrap vestibules at every entry point.
• Cyber‑security: Integrated SOC‑2 Type II monitoring, DDoS mitigation via on‑site scrubbing centers.
• Regulatory compliance:
• ISO 27001 certified (information security).
• PCI‑DSS Level 1 compliance for payment‑card processing tenants.
• HIPAA‑aligned controls for health‑care data hosting.
• Audit readiness: Quarterly third‑party assessments and real‑time compliance dashboards accessible to clients.

8. Sustainability Initiatives & Green credentials

• LEED Gold certification targeted for 2026, involving low‑impact construction materials and recycling programs.
• Renewable energy procurement: 30 % of annual electricity sourced from Hydro‑Québec’s hydro‑electric generation; options to purchase additional green power credits.
• Waste heat recovery: Heat exchangers reroute excess thermal energy to a neighboring industrial park, supporting district heating.

9. Benefits for Enterprises & Cloud Providers

• Scalable capacity: From 500 kW up to 40 MW without disruptive migrations.
• Low latency edge positioning: Perfect for CDN nodes,AI inference workloads,and 5G edge services.
• High‑density support: Up to 30 kW per cabinet for GPU‑intensive workloads (AI/ML, rendering farms).
• Financial incentives:

1. Tier‑based pricing discounts (10 % off for > 5 MW commitment).
2. On‑site tax credits through Québec’s Innovation and Growth program.
3. Flexible contract terms—monthly, quarterly, or annual with early‑termination options.

10. practical Tips for Prospective Tenants

1. Conduct a power‑density audit: Verify your rack‑level power needs to select the appropriate pod (Core vs. Expansion).
2. Leverage the meet‑me room: Pre‑plan cross‑connects with carriers to minimize provisioning time—order at least 30 days before rack deployment.
3. Utilize Vantage’s AI monitoring: Enable the Performance Optimizer module to automatically adjust cooling set‑points and reduce PUE.
4. Plan for compliance: Map your regulatory requirements (PCI, HIPAA, GDPR) to Vantage’s certification stack; request the Compliance Kit during the onboarding phase.
5. Explore sustainability credits: Sign up for the Green Power Purchase Agreement to offset carbon footprints and qualify for ESG reporting.

11. Real‑World Adoption – Early Tenant highlights

• FinTech leader “QuantifyX” migrated 2 MW of high‑frequency trading infrastructure to Montreal III,reporting a 15 % reduction in latency to NYSE and a 30 % enhancement in system availability (99.99 %).
• AI research consortium “NeuroGrid” deployed a 5 MW GPU cluster (NVIDIA H100) within the high‑density zone, benefiting from the on‑site direct‑expansion cooling that maintained inlet temperatures at 22 °C even during peak summer loads.
• Enterprise SaaS provider “CloudPulse” leveraged the carrier‑neutral ecosystem to establish dual‑home connectivity with Bell and Rogers, achieving 99.98 % network uptime across its European and North‑American tenant base.

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All specifications reflect Vantage’s publicly released data as of January 2026 and third‑party industry benchmarks.