ODATA colocation in Mexico: what the RFP does not tell you

ODATA landed in Mexico in 2022 with its QR01 campus in Querétaro, followed by QR02 and QR03 — the latter with announced capacity of 300 MW and the largest data center in the country as of 2026. ODATA is one of the fastest-growing hyperscale operators in Mexico, part of Aligned Data Centers. For enterprises evaluating hyperscale colocation in Querétaro, ODATA shows up on the short list almost every time. But between the commercial pitch and the contract, there are points that RFPs (Request for Proposal) do not capture and that a corporate user discovers only after 6 to 12 months. This article enumerates those points with detail that a traditional RFP does not touch.

The hyperscale colocation market in Mexico is small: ODATA, Ascenty (Digital Realty), Equinix, and Alestra are the recurring names for capacities greater than 1 MW in Querétaro and CDMX. ODATA stands out for its campus model: full campuses of 200 to 300 MW, shared infrastructure, and direct connectivity to Tier-1 carriers. What is not always evident in the RFP is how that scale translates into operational practice for 1 to 5 MW clients. That gap between hyperscaler and mid-size corporate user is where the information gaps that cost the most live.

Anchor data: according to Uptime Institute, a Tier III data center offers 99.982% availability, equivalent to less than 1.6 hours of downtime per year. ODATA’s RFP promise is Tier III with the possibility of Tier IV on individual sites. But operational compliance metrics are not the same for every site on the same campus. A campus may have a newly built site with verified Tier III, while another site on the same campus remains at design-stage Tier III awaiting audit. That level of granularity is what the RFP does not specify and what is worth validating.

What the RFP tells you

A typical ODATA RFP covers these points with official documentation: total campus capacity (in MW), current Tier certification of each site, carriers available at the main MMR, guaranteed response time for critical incidents, maintenance policy, contractual SLA, monthly price per kW, installation cost per circuit, redundancy options (N+1 vs 2N), availability of pre-configured cabinets, hyperscaler integration (AWS Direct Connect, Azure ExpressRoute), and the onboarding process for new clients.

All of this information is real and verifiable. What the RFP does not usually cover are the following points that mark the difference between a smooth operational relationship and one with permanent friction. I list them in order of operational and financial impact.

What the RFP does not tell you: 8 critical points

1. Real lead time for cabinet and circuit delivery: the RFP says 30 to 60 days. In practice, with rapidly expanding campuses and active civil works, the real lead time can reach 90 to 120 days for specific cabinets or circuits with diverse redundancy. If your project has hard dates, ask about projects queued ahead of yours.
2. Rollback policy for major operational failures: if ODATA has a serious incident on your site (fire, electrical failure, flood), what compensation do you get beyond SLA credits? The RFP typically limits compensation to the credit for SLA breach — it does not cover lost profits or temporary migration costs.
3. Real availability of power capacity: the campus may have 300 MW total but distributed across multiple sites. Your specific site may be on a 20 MW one with 60% occupancy, leaving only 8 MW free. If you plan to scale 5x in 2 years, ask about availability of the next sites on the campus, not the full campus.
4. Hidden costs in configuration changes: the cost of adding a cross-connect, moving a cabinet, or increasing PDU amperage is typically charged per event and can add up between USD $200 and USD $2,000 per change. These costs are marginal for hyperscalers that change little, but significant for corporate users with frequent evolution.
5. Subcontracting policy for technical services: ODATA operates with its own on-site personnel, but additional services (smart hands, special installations, network support) are typically subcontracted. That means the technician who arrives at your rack may not be direct ODATA staff, which impacts custody-chain reliability for your equipment.
6. Off-hours response capacity: the typical SLA guarantees 15 to 30 minute response for critical incidents 24/7. But the quality of off-hours response can vary: if the available technician is junior or less experienced, the incident scales up more slowly. Ask about the off-hours technician profile.
7. Operational restrictions due to campus construction: during campus expansion, there are windows with active civil works that can temporarily affect access to certain sites, with noise, dust, vibration, and controlled electrical interruptions. Ask about the campus construction roadmap for the next 12 months and how it affects your specific site.
8. Exit migration policy (offboarding): if in 3 years you want to migrate to another operator, what is the process, cost, and transition time? Offboarding in hyperscale colocation is typically more complex than at local Tier III operators due to site scale. Without an explicit contractual clause, you may find yourself facing 6 to 12 month exit timelines.

How to use this information in your decision

ODATA is a serious operator with verifiable Tier III infrastructure in Mexico. The points above are not to discard the option — they are to incorporate them into the RFP process as explicit questions with documented answers. If ODATA responds clearly to the 8 points, the option remains viable. If it does not respond or gives vague answers, that lack of transparency is information about how the operational relationship will look later.

The final decision depends on your operational profile: if you are a hyperscaler or a company with 5 MW or more of load, ODATA Querétaro has the scale and connectivity you need. If your load is 1 to 5 MW with rapid evolution, also evaluate Ascenty Querétaro and local Tier III operators with better contractual flexibility. The best option is not the cheapest or the largest — it is the one that fits your load profile and 3-year evolution plan.

Verdict: when to sign and when to negotiate further

Sign with ODATA when your load is 5 MW or more, you have a clear evolution plan, and you obtained a documented answer to the 8 points in this article. If your load is less than 1 MW or your evolution is uncertain, also evaluate Ascenty, Alestra, and local Tier III operators before deciding. Post-RFP negotiation is where SLAs, delivery timelines, and offboarding contractual clauses are tuned. Negotiating these points before signing is 10 times more effective than claiming them afterward.

Sources

1. Uptime Institute — Tier Topology Standard and Tier I to Tier IV certifications. — https://uptimeinstitute.com/
2. Uptime Institute — Official document of the 2024 Tier Classification System. — https://www.uptimeinstitute.com/resources/asset/2024-tier-classification-system
3. Uptime Institute — Certification programs: Design, Constructed, Operational. — https://www.uptimeinstitute.com/certifications
4. ASHRAE — Thermal Guidelines for Data Processing Environments. — https://www.ashrae.org/
5. TIA Online — TIA-942 standard for telecommunications infrastructure in data centers. — https://tiaonline.org/

Do you need help comparing hyperscale colocation providers in Mexico?

At Noxtel we work with hyperscale and Tier III operators in Querétaro, CDMX, and Monterrey. If you are comparing colocation options, evaluating power capacity, or assessing delivery timelines for a 1 MW or more project, we can help you structure the RFP with the right questions and evaluate the responses with criteria that are independent from any specific provider.

Our team knows the Mexican market operators (ODATA, Ascenty, KIO, Triara, Equinix, Alestra) and can accompany you through the selection process — from defining the load profile to contract review before signature.

The first step is a 30-minute call to understand your load, timeline, and required level of customization.

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