The best Texas data centers are the ones that can document the network paths, usable power and cooling your workload needs. Start a connectivity-led search in Dallas/DFW, then compare Houston, Austin and San Antonio against your actual users, operations team and deployment deadline—not a statewide league table.
Choose the market and the provider separately. A strong metro shortlist does not tell you which operator can deliver your rack layout, carrier handoffs, service terms or expansion plan at the address being quoted.
Compare Texas markets at the building level
Start with the constraint you cannot easily change: application location, a required network handoff, a hardware specification or a move-in deadline. Use that constraint to select markets, then request comparable proposals from operators serving specific locations.
Keep three identities separate in every proposal: the building, the company contracting with you and the company responsible for operating the service. Ask the bidder to name each one. An address should identify the scope of the offer, not stand in for an endorsement of every service sold there.
Texas colocation market comparison
| Market | Location scope for the RFP | Connectivity evidence to request | Power, cooling and water evidence | Reason to include it | Buying caveat |
|---|---|---|---|---|---|
| Dallas/DFW | Distinguish 1950 N. Stemmons, the Infomart address, from 2323 Bryan and any separate campus proposal. | Identify the exact network handoff, exchange access, cross-connect path and any transport between sites. | Request the power allocation and cooling limits for the offered room, plus the applicable water-use information. | A starting point for a connectivity-led comparison. | Do not treat a Dallas metro presence as delivery in a particular building or room. |
| Houston | Name 1301 Fannin explicitly when relevant; evaluate other proposed addresses separately. | Request the physical route from the offered cabinet to each required carrier or endpoint. | Ask for the offered room’s delivery milestones, cooling design and water-system responsibilities. | Include when Houston application endpoints or operating-team access matter. | Evaluate site hazards and recovery arrangements for the actual address. |
| Austin | Require the exact building, room and operating entity for every bid. | Test the proposed paths to your users, cloud entry points and other application dependencies. | Compare the proposed rack layout, power commitment, cooling method and water terms. | Include when an Austin location satisfies a defined operational or application requirement. | Do not include or exclude the market on an industry-demand narrative alone. |
| San Antonio | Keep 100 Taylor and any Texas Research Park proposal as separate location scopes. | Identify where the network connection terminates and how it reaches the compute equipment. | Separate capacity offered for the initial deployment from later phases; document cooling and water requirements. | Include when the proposed site fits local operations, application paths or expansion requirements. | Do not transfer one location’s connectivity description to another. |
The table is a bid-scoping tool, not a numbered operator ranking. Choose the provider from its written, address-specific offer—not from the number of markets listed on its website.
Dallas/DFW: ask where connectivity actually terminates
For a DFW shortlist, make 1950 N. Stemmons and 2323 Bryan separate lines in the RFP. If an operator proposes another location, ask it to explain how that site reaches the networks you require and which parts of the path are included in the quoted service.
Break the connectivity discussion into four questions: Where is the physical handoff? Who supplies the cross-connect? Is transport to another building required? Who owns the fault when that path fails?
For background reading, consult Newby Ventures’ Meet Me in Dallas and use PeeringDB to prepare facility and network questions. Reconcile any directory entry with the operator's dated response and the service you intend to buy.
Treat carrier diversity as a route question as well as a company-name question. Request entrance, conduit and upstream path information for the proposed connections. Ask your network team to identify shared dependencies before accepting the design.
Houston, Austin and San Antonio: let the workload choose
A statewide search should not become a Dallas-only process by default. Give each alternative market a specific job in the comparison, then test whether a proposed facility can do that job.
Houston: connect the offer to the application
If 1301 Fannin is part of the search, name it in the proposal request rather than accepting a general Houston coverage statement. Ask for the compute location, network termination location and the connection between them.
For a Houston-dependent application, define representative user endpoints and request a test plan for the proposed service. Review physical risk, backup arrangements and recovery procedures at the offered address. Keep those questions separate from the broader decision to operate in Houston.
Austin: evaluate it on its own requirements
Include Austin when local operations, customer proximity or an application dependency makes it a credible candidate. Do not presume that a regional industry story establishes the right facility for your workload.
Ask bidders to show the proposed building and room, available service configuration, network paths and delivery schedule. If Austin and DFW both remain candidates, compare them using the same application endpoints, load assumptions and contract term. That makes the decision about your deployment rather than competing metro narratives.
San Antonio: separate network location from compute location
Keep questions about 100 Taylor distinct from questions about a Texas Research Park option. Ask each bidder to locate the compute equipment, network handoffs and any connecting transport on a single proposed design.
Newby Ventures’ Meet Me in San Antonio is a starting point for further location research. For procurement, require the bidder to identify exactly which services and locations its response covers.
For expansion proposals, request separate milestones for the initial deployment and each later phase. Compare the contractual commitment for growth with the space and power required by your own forecast.
Carrier hotel or campus? Compare the offer, not the label
Instead of deciding that one building type is inherently better, ask what each provider is proposing to deliver. A connectivity-led offer and a capacity-led offer can belong on the same shortlist, but they should answer the same end-to-end requirements.
A side-by-side provider checklist
| Decision | Ask a carrier-hotel bidder | Ask a campus bidder |
|---|---|---|
| Required networks | Where is each handoff, and what is the full cross-connect process? | Which connections terminate on site, and which require transport elsewhere? |
| Workload fit | Can the offered room support the proposed cabinet layout, power and cooling design? | Which building and phase support that design, and on what delivery schedule? |
| Expansion | What adjacent space and power can be contracted, and under what conditions? | What future capacity is contractually committed rather than presented as a development plan? |
| Operations | Who coordinates access, remote hands and faults across every party in the service? | Who owns the campus-to-network path and resolves failures beyond the compute room? |
| Total cost | Itemize space, power, cross-connects, installation, support and exit costs. | Itemize the same costs, including any transport needed to reach required networks. |
Use the checklist to expose costs and responsibilities between the rack and the application endpoint. If a proposal combines a compute site with a separate network location, evaluate the whole design as one service chain.
For AI workloads, replace “AI-ready” with a written design
Begin with the hardware and deployment plan. Give bidders the proposed cabinet count, equipment specifications, expected load profile, cooling requirements and growth stages. Ask them to respond to that design rather than to a broad workload category.
What the facilities response should cover
- Rack density and layout: State the proposed load by cabinet, the planned distribution across the room and the expansion assumptions. Request a response to that layout, not only a facility-wide power figure.
- Liquid-cooling fit: Ask whether the proposed equipment is permitted in the offered room. Define supply conditions, connection points, leak-management responsibilities, maintenance access and the boundary between provider and customer equipment.
- Physical power delivery: Request grid-connection, energization and commissioning evidence separately from any power-purchase agreement. Compare physical supply, commercial terms and environmental attributes as separate items.
- Cooling and water: Ask for the cooling system serving the room, its operating assumptions, water source and relevant consumption information. Request any seasonal constraints and contractual allocation of responsibility.
- Failure and maintenance conditions: Have the provider explain the supported workload during maintenance and the agreed failure scenarios. Make the response specific to your proposed deployment.
- Schedule dependencies: Identify outstanding approvals, equipment deliveries and commissioning steps. Attach a responsible party and a contractual consequence to each material dependency.
For Texas grid and regulatory background, start with ERCOT and the Public Utility Commission of Texas. Keep statewide background separate from evidence about the proposed site's delivery obligations.
Have your infrastructure and facilities engineers validate the final design against the equipment specifications before signing. Keep their acceptance criteria in the contract documents rather than leaving them in a sales presentation.
Send every provider the same 10 RFP questions
A useful comparison starts with a common scope. Give every bidder the same workload assumptions, target date, network endpoints and requested contract term. Require exceptions to be called out beside the relevant answer.
Questions to put in the written response
- Who is contracting with us, and where is the service delivered? Name the legal entity, building, room and operating party.
- What exact rack configuration are you committing to support? Respond to the proposed cabinet layout, load profile and growth stages.
- What is the power-delivery status? Supply the applicable milestones, supporting documents, dependencies and committed service date.
- How will the proposed cooling design work? Define supported equipment, connection points, operating conditions and maintenance responsibilities.
- What water-related information applies to this deployment? Identify the system, source, operating assumptions, consumption information and relevant limitations.
- Where does each required network connection terminate? Separate on-site delivery from services requiring another location or transport segment.
- What physical dependencies do the proposed network paths share? Document entrances, conduits and upstream routing sufficiently for a diversity review.
- How will application latency be evaluated? Agree on endpoints, methodology, test periods and acceptance criteria.
- Who owns operational incidents? Provide escalation paths, remote-hands scope, maintenance notification terms and contractual remedies.
- What is the complete cost and exit obligation? Itemize recurring charges, installation, power billing, cross-connects, support, expansion terms, deposits and termination costs.
Build the comparison sheet with one column per provider and a link to the supporting document in each evidence cell. Record the response date and unresolved conditions. Keep a polished presentation separate from the written commitment it describes.
Choose the provider after it passes the delivery gates
Set the non-negotiable requirements before scoring softer preferences. For example, a bidder should not earn its way past an unacceptable delivery date simply by offering a lower monthly price.
Advance an offer only when your team can reconcile four items: the workload design, the network path, the delivery schedule and the contract. If one changes during negotiation, revisit the other three before treating the bid as comparable.
If Texas is not a fixed requirement, maintain separate regional shortlists, including Chicago colocation providers. Apply the same workload and contract tests across markets rather than assuming that a regional label predicts performance.
The final recommendation should name an operator, an address, a service configuration and the conditions of acceptance. That is a buying decision your technical and commercial teams can act on.
Texas colocation buying questions
How should I compare Texas colocation pricing?
Request itemized quotes using the same cabinet layout, contracted power, network endpoints, support scope and term. Compare installation and exit obligations alongside recurring charges. Ask each bidder to explain which costs vary with usage and which are fixed.
How should I evaluate an Internet exchange listing?
Use the listing to prepare questions. Ask where the handoff is delivered, what membership or service arrangements apply, which cross-connects or transport segments are required, and who supports the complete path. Resolve those details in the provider’s written offer.
What should I ask a provider advertising AI-ready colocation?
Request a response to your actual hardware design: cabinet loads, cooling method, facility connection points, maintenance conditions and delivery milestones. Have your engineers evaluate the proposed room and service configuration rather than accepting the label as the specification.
For telecom and data center commercial teams
Buying colocation and marketing infrastructure are different assignments. If your job is to help buyers discover and understand an offer, explore Percepture’s omnichannel marketing services and review its case studies for relevant marketing work.
