The best Charlotte NC data centers for your shortlist are the buildings that can support your workload, routes and delivery date—not simply the largest names. Start with the data center site selection checklist to define what the facility must deliver.
This guide compares five facilities across three operators: Flexential, TierPoint and Segra. Use the facility evidence worksheet below to turn their published specifications into comparable proposals, without confusing installed infrastructure with capacity available for your deployment.
What does a Charlotte colocation facility provide?
Colocation places a customer’s equipment in a third-party facility with contracted space, power, cooling and connectivity arrangements. The purchasing decision concerns an exact building and service package—not just an operator’s brand. Managed services, network access and recovery support should be specified separately in the proposal.
How to evaluate the best Charlotte NC data centers
Build the shortlist around a workload and a physical address. Then compare committed power, usable space, network paths, service responsibilities and delivery terms. The five facilities below offer a starting point for that process; they are not an overall performance ranking or a statement of current availability.
The comparison uses operator pages and facility specification sheets summarized in a November 5, 2026 research snapshot. Historical documents are identified where they matter. No latency, uptime or failover results are assigned to these facilities.
Use the table to select proposal candidates, then require each operator to answer the same worksheet. A facility with a smaller published footprint may still fit your deployment better than a larger building with a different service package.
Five distinct Charlotte facilities to compare
| Facility and location | Published physical specification | Question to resolve in the proposal |
|---|---|---|
| Flexential Charlotte – North 10105 David Taylor Drive, Charlotte | 62,589 square feet; 3.3 MW critical UPS capacity; N+1 power and cooling. | What rack power, contiguous space and network handoffs can be committed for the requested delivery date? |
| Flexential Charlotte – South 8910 Lenox Pointe Drive, Charlotte | 66,666 square feet; 2.36 MW critical UPS capacity; N+1 power and cooling. | Which required networks are on-site, and which are reached through transported services? |
| TierPoint Charlotte – North Myers, CL2 125 North Myers Street, Charlotte | A 2023 specification sheet describes carrier neutrality, multiple on-premises carriers and diverse entrances/MDFs. | Which carriers, cross-connect types and physical paths are offered for a new order today? |
| TierPoint Charlotte – Center Park, CL4 1805 Center Park Drive, Charlotte | 60,000+ total square feet; 20,000+ raised-floor square feet; cabinets, cages and A/B power. | What usable IT power and expansion space will the contract reserve? |
| Segra Charlotte Two 3101 International Airport Drive, Charlotte | The 2024 datasheet lists a 28,000-square-foot building, 14,032-square-foot data floor and 2.5 MW installed power. | What capacity, route documentation and cloud-access service can be delivered under the proposed order? |
Flexential Charlotte – North: compare the deployment package
North is a candidate for buyers comparing retail colocation with hybrid IT, cloud and disaster-recovery services. Its published critical UPS figure describes facility infrastructure; ask for the power allocation, cabinet configuration and cooling conditions that would apply to your equipment.
Flexential documents fabric and carrier-hotel connectivity. Keep those capabilities separate from the list of carriers physically present in this building. Request a service diagram that shows your rack, the local handoff, any transport segment and the destination. Evaluate North and South separately even when one sales team prepares both proposals.
Flexential Charlotte – South: treat it as a separate building
South is a distinct facility under the same operator, with colocation, cloud and disaster-recovery offerings. Its larger published floor area does not establish a larger available deployment or a better power fit for your racks.
Ask for a South-specific proposal rather than accepting a Charlotte-wide capabilities deck. If a required connection uses a fabric or remote carrier destination, identify the additional service, responsibility and recurring charge. Comparing North and South can reveal a useful building-level choice, but selecting both does not create operator diversity.
TierPoint North Myers: investigate the downtown handoff
North Myers belongs on a shortlist where a downtown building and carrier handoffs are part of the requirement. TierPoint offers cabinets, cages and managed services there. Its 2023 specification sheet describes carrier neutrality, multiple on-premises carriers, diverse entrances and main distribution frames, plus fiber, copper and coax cross-connects.
Use that historical detail to formulate current questions—not to assume today’s carrier inventory or commercial terms. Request a current network list and cross-connect order process. Keep the facility identity tied to TierPoint’s service at 125 North Myers Street; do not count another company’s listing at the same address as an additional TierPoint facility.
TierPoint Center Park: define the cabinet or cage commitment
Center Park is another TierPoint facility, not another independent operator. Its page describes cabinets and cages, A/B power, carrier neutrality, diverse fiber, cloud on-ramps and fabrics, and remote hands.
For a larger deployment, ask how the proposed footprint, power allocation and expansion rights fit together. Have the operator distinguish usable IT capacity from supporting electrical equipment. A generator’s nameplate rating is not a cabinet power commitment. If comparing Center Park with North Myers, request separate facility schedules and service demarcations rather than relying on shared operator language.
Segra Charlotte Two: separate installed power from the offer
Segra’s 2024 Charlotte Two datasheet describes carrier neutrality, diverse fiber entrances, carrier-hotel connectivity, AWS/Azure exchange access and N+1 generators and cooling. These are useful starting points for questions about an airport-area deployment.
The datasheet’s 2.5 MW installed-power figure is not an offer of that much available IT power. Request the actual allocation, delivery milestone and rack-level design. Use the facility-specific 3101 International Airport Drive address in the RFP, and confirm the delivery address before arranging freight. Ask where cloud access terminates and whether it requires transport beyond this building.
Downtown handoff or a larger operating footprint?
Choose the location role before comparing neighborhoods. North Myers offers a downtown option; Flexential’s North and South facilities, TierPoint Center Park and Segra Charlotte Two provide other building-level alternatives. None should receive a latency advantage merely because of its position on a map.
For a network-led requirement, identify the exact carrier, exchange or customer endpoint first. For an equipment-led requirement, prioritize the deliverable cabinet or cage, power design and support model. If those needs point to different buildings, evaluate a two-location design with explicit transport and support responsibilities.
Keep the commercial model clear as well. A powered shell data center involves a different development and operating scope from a retail colocation order. Do not compare the two as if both proposals include the same ready-to-use infrastructure.
Verify connectivity one physical segment at a time
Carrier neutrality, carrier presence, route diversity and exchange access answer different questions. Require a diagram and a commercial description for each required connection. Hunter Newby’s discussion of the physical Internet provides useful context: the application depends on physical infrastructure, not just a network name.
Start with these distinctions:
- Neutrality policy: What freedom do you have to order competing network services, and what building rules or fees apply?
- On-site versus remote access: Does the provider have a handoff in this facility, or does the service reach it over transport?
- Physical diversity: Where do the entrances, conduits and paths run, and which segments are shared?
- Cross-connect responsibility: Who orders, installs, tests, bills and repairs each connection?
- Exchange access: Is the order for a direct local IX port, transported exchange access, private cloud connectivity or internet transit?
Newby’s explanation of building neutrality helps frame the policy question. It is not an endorsement of the five facilities in this guide.
Use the comparison of best data center interconnect solutions after identifying the endpoints. Then examine the data center interconnect options against the required service and demarcation.
Two carrier names do not establish independent paths. Request the entrance and conduit evidence described in the guide to data center fiber connectivity. If the design needs transport between buildings, compare dark fiber vs wavelength vs ethernet for that specific route rather than selecting a technology in isolation.
Match power and cooling to the actual racks
Compare the power the operator will contract for your deployment, not the largest electrical number in a brochure. The proposal should connect rack density, usable power, cooling conditions, redundancy expectations and delivery timing. Published infrastructure specifications help describe a building; they do not reserve inventory.
Give each bidder the same equipment schedule, including expected normal draw, growth assumptions and thermal requirements. Ask how the design handles a failed power path and what operating limits apply. If the configuration requires specialized cooling, establish who supplies, maintains and restores each part of that system.
The guide to data center power availability expands the distinction between installed capacity and a deliverable commitment. Use the discussion of data center cooling providers to clarify thermal responsibilities.
An AI label is not a deployment specification. If accelerators are involved, separate the requirements discussed in AI training vs inference data centers from ordinary enterprise hosting needs. Ask the facility to respond to your equipment and operating envelope.
Percepture’s Physical Fit Test
Use this applied decision sequence to connect each requirement to a building-level commitment. It is a purchasing aid, not a facility certification or performance score.
- Workload: Define the application, equipment, endpoints and recovery requirements.
- Exact building: Record the address, operator and contracted service location.
- Committed capacity: Obtain usable power, space, delivery dates and expansion terms.
- Physical routes: Document entrances, paths and shared dependencies.
- Contracted access: Identify cross-connects, transport, cloud access and IX services separately.
- Operating responsibility: Assign installation, monitoring, escalation, restoration and exit tasks.
Carry every unresolved requirement into the facility evidence worksheet. A general capabilities statement should not close a building-specific question.
Illustrative scenario: one workload, two location roles
Imagine a financial-services team moving an enterprise application and its network equipment. It needs a defined cabinet footprint, two network services and an escalation process. One proposal emphasizes a downtown handoff; another emphasizes a cabinet or cage deployment elsewhere in Charlotte.
Apply the Physical Fit Test without assuming either proposal wins. First, ask both bidders to commit the required power and installation date. Next, trace each network service from the rack to its destination. Identify shared conduits, third-party transport and separate restoration responsibilities.
If the downtown option meets the equipment requirement and simplifies the necessary handoff, it remains a candidate. If another building better supports the deployment, compare the cost and responsibility of reaching the same endpoints from there. A split design should be considered only after documenting its additional transport and operational scope.
This is an illustrative purchasing exercise, not a client deployment or a measured latency comparison.
Evaluate resilience and recovery beyond the equipment list
Ask how the proposed service behaves during maintenance and failures, who responds and what the contract covers. N+1 equipment descriptions and A/B feeds are starting points for that discussion; neither should replace a review of the configuration serving your deployment.
Request maintenance procedures, escalation contacts, remote-hands scope, access arrangements and the boundary between facility and customer responsibility. Review the relevant SLA language separately from any historical operating evidence. A contractual service level is not a measurement of past uptime.
For disaster recovery, identify the dependencies the second location must avoid sharing. Review geography, network paths, access and application recovery requirements together. Two buildings in the same market should not automatically be treated as sufficiently independent. Use the data center market comparison when the recovery requirement calls for alternatives beyond Charlotte.
Use one worksheet to normalize every proposal
Send the same requirements and evidence requests to each shortlisted facility. Ask bidders to separate included services, optional services, one-time charges, recurring charges and delivery dependencies. Do not compare a bundled monthly figure with an unbundled quote before reconciling their scope.
Facility evidence worksheet for your RFP
| Decision field | Evidence or commercial detail to request |
|---|---|
| Facility identity and offering | Address, operator, retail or wholesale scope, managed services and service demarcations. |
| Space and usable power | Cabinet or cage layout, contracted kW, power billing basis, delivery date and expansion rights. |
| Cooling and equipment fit | Accepted equipment configuration, thermal limits, cooling responsibilities and change process. |
| Network access | Neutrality terms, on-site carriers, remote destinations and separately contracted transport. |
| Physical paths | Entrance and route drawings, shared segments and the scope of any diversity commitment. |
| Cross-connects and peering | Media, order process, installation and recurring fees, demarcations, IX location and access method. |
| Support and recovery | Remote-hands coverage and rates, escalation, maintenance procedures and restoration responsibilities. |
| Commercial term and exit | Power minimums, bandwidth charges, annual increases, renewal, removal, termination and migration terms. |
Assign an internal owner to every open item. Resolve material requirements in the proposal or contract rather than carrying assumptions into installation.
For finance, reconcile the same deployment over the same contract term. Include installation, power commitments, bandwidth, cross-connects, remote hands and exit charges. For engineering, make the service diagram and equipment schedule part of that comparison. Keep quoted prices tied to their assumptions and validity dates.
For providers: keep public answers aligned with facility facts
The same building-level discipline helps infrastructure providers explain their services. Publish the exact location, distinguish local from remote connectivity and keep capacity language precise. A public answer should not turn a network-wide capability into a promise about every facility.
Prime AI Visibility, a Percepture product, supports public-answer monitoring. Monitoring records what appears; optimization changes the underlying content or communication and checks the result. A mention, a linked citation, a website visit and a qualified opportunity are different observations.
Review how Prime AI Visibility works when planning a saved-answer, page-action and recheck workflow. Public-answer monitoring does not verify physical capacity, routing, uptime or certification. Those decisions still belong in the facility procurement process.
Charlotte colocation questions
How many data centers are in Charlotte?
A useful count must define its geography, tenancy and operating status. City facilities, metro-area sites, private campuses and planned developments should not be combined without explanation. This guide identifies five facilities for comparison; it does not present a total for the Charlotte market.
Does Charlotte have carrier-neutral data centers?
Yes. TierPoint’s facility materials and Segra’s Charlotte Two datasheet describe carrier neutrality. For an actual purchase, ask for the policy, available networks and ordering terms at the exact facility. Neutrality does not establish that every desired carrier is physically present.
Who operates the facilities in this shortlist?
This shortlist covers five facilities across three operators: Flexential Charlotte North and South, TierPoint North Myers and Center Park, and Segra Charlotte Two. Two facilities under one operator should not be counted as two independent operating companies.
Are two carriers automatically route diverse?
No. Two services can share entrances, conduits or other physical segments. Request route documentation, identify shared dependencies and establish what diversity the contracts actually cover. Carrier names alone do not answer the physical-path question.
Is a cloud on-ramp the same as an IX port?
No. Private cloud connectivity, internet transit and internet-exchange peering are different services. Ask where the handoff occurs, what transport is included and who operates each segment. Transported access to an exchange should not be described as a direct port in your chosen building.
What power is available for a new deployment now?
Obtain a current, binding capacity and delivery proposal from the operator. Published MW figures describe facility infrastructure, not inventory reserved for your order. Specify usable power, rack configuration, cooling conditions, redundancy expectations and the date the commitment must be ready.
Before selecting a facility, bring procurement, network engineering and operations back to the same worksheet. The strongest proposal is the one that answers your material requirements with clear commitments—not the one with the most expansive capabilities list.
Make your facility information easier for buyers to use
For infrastructure providers, Percepture can discuss how buyer questions fit an omnichannel marketing strategy. This is a content and marketing conversation, not a colocation brokerage or capacity reservation service.
About Bob Generale
Bob Generale is President of Percepture, a global digital marketing, public relations and AI systems agency established in 2004. His work connects search strategy, digital PR, useful content and conversion planning around the questions buyers need answered. Bob’s approach starts with understanding the audience, learning how the business actually works and turning that expertise into clear explanations people can use. He advocates practical frameworks, coordinated execution and measurement that separates visibility from qualified opportunities and revenue. Prime AI Visibility is a Percepture product, reflecting his interest in making AI search insights actionable for marketing teams. In this article, he brings that operator perspective to evaluating options, clarifying tradeoffs and helping readers decide what to do next.
