Data Centre Axis provides data centre consultancy and advisory for sites, capacity, capital and transactions. For capacity procurement across the Phoenix metropolitan area, our team conducts an initial review of your requirement and commercial evidence to compare prospective buildings, critical IT load and carrier connectivity against sourced facility information without technical assurance.
What you get when sourcing Greater Phoenix colocation capacity
We match your deployment requirements against facilities across the Valley so you can compare deliverable halls directly:
- A screened facility shortlist across Phoenix, Chandler, Mesa and Tempe matched to your kW or MW load, rack density, carrier and cloud on-ramps, and target live date.
- Operator proposals compared side by side across power billing models, desert heat-rejection and cooling designs, cross-connect fees and ramp schedules.
- Direct introductions to operators with deliverable Greater Phoenix halls, or to AI, cloud and enterprise tenants if you are filling capacity.
Phoenix, Chandler, Mesa and Tempe facilities and submarkets
Operator materials in the Greater Phoenix market frequently group multiple municipalities under a Phoenix label. Procuring capacity begins by confirming the physical street address, municipality and offered data hall across United States data centers:
- Phoenix: Digital Realty lists PHX10 at 120 East Van Buren Street, Phoenix, AZ 85004.
- Chandler: Digital Realty lists PHX15 at 2121 South Price Road, Chandler, AZ 85286, marketed within its Phoenix portfolio while physically situated in Chandler.
- Mesa: NTT Global Data Centers lists Phoenix PH1 at 10256 Elliot Rd., Mesa, AZ 85212, and EdgeCore lists its Greater Phoenix campus in Mesa (EdgeCore).
- Tempe: EdgeConneX describes its Phoenix EDC as located near the Arizona State University campus in Tempe.
Compare Greater Phoenix alongside other western and national hubs on our US colocation data centers page.
What to verify in Phoenix colocation proposals
When comparing proposals across Phoenix, Chandler, Mesa and Tempe, verify four technical and commercial areas:
- Power definitions and utility resilience: Differentiate contracted critical IT load at the power distribution unit (PDU) from gross facility power, check whether the site has dual utility feeds from independent substations, and review UPS redundancy, generator fuel autonomy and concurrent maintainability across retail and wholesale data center colocation.
- Mechanical heat rejection and liquid cooling: Review the cooling design and ambient operating envelope for Arizona summer peaks, and confirm whether dense AI workloads require rear-door heat exchangers or direct-to-chip liquid cooling.
- Meet-me room connectivity: Obtain the building’s carrier list to verify which operators maintain active fiber terminations in the Meet-Me Room (MMR), confirm diverse building entry conduits, and establish whether cloud access uses local native on-ramps or metro transport back to downtown Phoenix.
- Full quote and deployment schedule: Compare non-recurring setup charges (NRC), monthly recurring charges (MRC), committed versus metered power billing (data center colocation pricing), remote hands scope and agreed hall readiness dates.
How we source Greater Phoenix colocation data centers
Outline your preferred Greater Phoenix municipality, required rack count or critical IT load in kW or MW, cooling parameters, carrier routes and target operational date. We match colocation, wholesale and AI-ready capacity requirements to suitable facilities across Phoenix, Chandler, Mesa and Tempe, compare operator proposals side by side, and introduce you directly to the operators.
Compare Phoenix, Chandler, Mesa and Tempe locations
Operator materials in the market can distinguish Phoenix facility labels from physical addresses located in Chandler or Mesa. Buyers should confirm the exact municipality, building and data hall specified in any capacity proposal rather than relying on a general metropolitan label.
Procuring colocation begins by confirming the physical street address, municipality and offered data hall rather than relying on metro branding. Published market examples illustrate these municipal distinctions:
- Phoenix: Digital Realty lists PHX10 at 120 East Van Buren Street, Phoenix, AZ 85004.
- Chandler: Digital Realty lists PHX15 at 2121 South Price Road Chandler, AZ 85286, marketed within its Phoenix portfolio while physically situated in Chandler.
- Mesa: NTT Global Data Centers lists Phoenix PH1 at 10256 Elliot Rd. Mesa, AZ 85212. EdgeCore lists its Greater Phoenix campus in Mesa (EdgeCore).
- Tempe: EdgeConneX describes its Phoenix EDC as located near the heart of the Arizona State University Campus in Tempe.
These published locations are individual examples, not a complete market inventory, operator endorsement or confirmation of available space. Buyers must verify the exact hall assigned to their deployment. For broader context, compare our overview of US colocation and directory of US data centres.
Confirm connectivity at the offered building
Establish the exact network path and carrier connections available within the offered building. When reviewing a prospective building, buyers must verify how their required network carriers and cloud destinations are delivered:
- Carrier presence: Obtain the facility’s carrier list and verify which network operators maintain physical optical fibre terminations and active transmission equipment inside the Meet-Me Room (MMR). Confirm diverse building entry conduits from separate property boundaries.
- Cross-connect versus transport: Establish whether connectivity to specific networks requires an intra-building cross-connect or off-site metro transport. Check external transport responsibilities, connectivity charges, latency evidence and applicable service level agreements if off-site routing or metro links are required.
- Demarcation and installation: Confirm demarcation points, installation schedules and recurring charges for copper and optical cross-connects.
- Route diversity and latency: Assess offered physical fibre routes, measured round-trip latency and path diversity against your specific network endpoints and replication requirements rather than relying on estimated distances.
- Cloud on-ramps: Verify whether access to public cloud providers is achieved through local native on-ramps or backhauled over leased wavelengths to remote interconnection facilities.
Match power and cooling to your workload
Review power provisioning and mechanical plant design against your specific workload requirements:
- Power definitions: Differentiate contracted critical IT load at the power distribution unit (PDU) from gross facility power. Compare your day-one draw against contracted and expandable thresholds to avoid paying for unutilised capacity commitments.
- Electrical redundancy: Ask the operator to document UPS and component redundancy, actual power distribution paths, and maintenance or failure handling procedures to verify continuous power delivery.
- Rack densities: Check expected and maximum IT load per cabinet, in-rack power distribution limits and whether installed cooling can support your planned workload density.
- Mechanical heat rejection: Review the offered cooling design and heat rejection operating envelope, and ask how thermal performance will be evidenced under your expected workload and operational conditions.
- High-density and liquid cooling: For intensive workloads, check whether the building supports rear-door heat exchangers or direct-to-chip liquid cooling. Review our specialist guide to liquid cooling colocation for secondary fluid loop and coolant distribution requirements.
- Wholesale deployments: If specifying dedicated halls or multi-megawatt capacity, review our analysis of wholesale colocation contracts and delivery formats.
Check reliability and business continuity requirements
Facility resilience requires examining backup power systems, maintenance procedures and operational staffing:
- Utility feeds: Determine whether the site is served by dual utility feeds from independent substations via diverse physical paths, or a single utility line backed by diesel generators.
- On-site fuel reserves: Ask the operator to document generator autonomy at your contracted load, emergency refuelling arrangements and how backup power provisions meet your business continuity requirements.
- Concurrent maintainability: Verify that switchgear, transformers, UPS units and cooling plant can be isolated for planned maintenance without interrupting power or cooling to customer equipment.
- Remote hands: Clarify on-site technical support scope, confirming staff responsibilities for tasks such as hardware resets or cabling, alongside response targets, availability and charging arrangements.
- Physical security and compliance: Review physical access controls, surveillance retention and security procedures, and request relevant third-party audit reports and compliance documentation to verify they meet your operational standards.
Compare the full quote and deployment schedule
Accurate procurement requires comparing commercial proposals across standardised cost categories:
- Commercial cost items: Compare non-recurring setup charges (NRC), monthly recurring charges (MRC) for cabinet space or cages, power commitments, cross-connect charges and remote hands rates. For broader contract structures, consult our guide to colocation pricing.
- Power billing models: Ask how power is structured in the proposal, confirming whether charges rely on committed capacity or metered usage, how facility overheads are allocated, and which measurement methods and overage terms apply.
- Contract terms: Review proposed initial commitment duration, price adjustment mechanisms, renewal provisions and documented rights for future space or power expansion.
- Delivery timeline: Establish agreed operational dates, milestone schedules and the exact readiness of the data hall, including any required fit-out work. Review agreed delivery responsibilities and delay remedies with your appointed advisers.
Phoenix colocation questions
Is every Phoenix-marketed facility in the City of Phoenix?
No. Many facilities marketed under a Phoenix banner sit in neighboring East Valley municipalities, including Digital Realty PHX15 in Chandler, NTT PH1 and EdgeCore in Mesa, and EdgeConneX near Arizona State University in Tempe, while interconnection hubs like Digital Realty PHX10 sit in downtown Phoenix. Buyers should verify the physical address to confirm utility jurisdiction, fiber latency and staff logistics.
How do I confirm deliverable capacity and commissioning dates on a Phoenix campus?
Share your required kW or MW load, cooling specification and target live date. We obtain dated, hall-specific operator proposals confirming whether power is installed and commissioned today or tied to a scheduled expansion phase, so you can compare deliverable halls side by side.
What should a Phoenix capacity brief include?
A Phoenix capacity brief should specify the preferred municipality, target operational date, rack, cage or suite footprint, day-one critical IT load and future expansion requirements, essential carrier routes, cloud access needs and whether higher rack densities require containment or liquid cooling.