GigaCapacity
Free tool
Is a data center site ready for fiber and interconnection needs?
Updated June 14, 2026

Fiber readiness

Fiber & Interconnection Readiness Checker

Use this checker to identify whether a site has the carrier diversity, cross-connect path, cloud access, route diversity, and latency fit needed for AI infrastructure.

The output gives a readiness tier and the exact evidence buyers should request before treating connectivity as solved.

How to use this calculator

Use when screening data center sites, colo facilities, carrier hotels, or edge markets for AI workloads.

  1. 01

    Enter the buyer scenario

    Start with the editable fiber readiness inputs and replace defaults with current quotes, tariffs, engineering values, or buyer assumptions.

  2. 02

    Review the modeled outcome

    Use the modeled outcome, decision checks, and copied brief to compare the scenario against buyer constraints.

  3. 03

    Verify the result before acting

    Check the caveats, source table, and related guides before treating the output as a quote, bid, or final site decision.

Calculator inputs

Scenario defaults are editable. Replace them with current quotes, utility tariffs, tax counsel inputs, or engineering values before relying on the output.

Ready with route proof needed

Modeled outcome

Request carrier letters, cross-connect intervals, route maps, cloud on-ramp options, and physical diversity evidence before treating the site as network-ready.

Score

89 pts

Decision checks

  • Carrier score: 16
  • Entrance score: 14
  • Route diversity score: 6

Provider questions

  • Which carriers enter through physically diverse paths, and where do those routes share conduit, bridges, poles, or meet points?
  • What is the standard and expedited cross-connect interval for each carrier and cloud on-ramp?
  • Which routes, handoffs, and service levels are owned by the facility, the carrier, or the buyer?
  • What evidence will be delivered before contract signature to prove route diversity and latency assumptions?

Evidence to request

  • Physical route map or carrier letter proving diverse conduit paths from the facility to upstream meet points.
  • Current on-net carrier list with handoff locations, cross-connect NRC, MRC, and standard delivery intervals.
  • Meet-me-room access rules, demarcation responsibilities, access windows, and remote-hands escalation process.
  • Cloud on-ramp or wave service options with latency, diversity, lead time, and recurring cost assumptions.

Risk flags

  • Carrier diversity is not proven until physical route diversity is documented.

How does the fiber readiness model work?

The checker scores readiness across carrier count, diverse entrances, meet-me-room access, cross-connect lead time, cloud on-ramps, dark fiber or wave availability, physical route diversity, and latency to the buyer's target region. It treats provider logos as insufficient unless physical path, handoff, lead time, recurring charges, and operational ownership are verified.

What should buyers verify before using the result?

  • Carrier availability should be verified with current letters of authorization, meet-me-room records, and cross-connect intervals.
  • Route diversity must be physical, not only provider diversity on the same conduit path.
  • Broadband maps are a starting point for diligence; confirm enterprise fiber delivery, route ownership, and handoff details at the parcel.

Related guides and tools

Which sources support this fiber readiness model?

SourceUse in this toolLink
FCC National Broadband MapPublic broadband availability reference for site diligence.Open
Netrality data center interconnect guideDCI, private connectivity, and carrier-neutral criteria.Open
Netrality cloud-ready data center checklistBuyer checklist for cloud-ready interconnection and colocation.Open
Flexential cross-connect data center guideCarrier-neutral cross-connect and redundancy considerations.Open
Equinix Americas colocation data centersColocation power, cooling, and interconnection capability examples.Open
DataBank cross-connect explanationCross-connect function and buyer relevance.Open
CoreSite interconnection buyer guideConnectivity and interconnection checklist framing.Open

FAQ: Is a data center site ready for fiber and interconnection needs?

The right number depends on workload, redundancy, cloud access, and price leverage. Buyers should focus on usable carriers, route diversity, and cross-connect economics rather than a logo count alone.

A cross-connect is a physical connection inside a data center that links a buyer's environment to a carrier, cloud on-ramp, partner, or another customer environment.

Two carriers can still share a conduit, bridge, or local route. Physical diversity reduces the chance that one construction cut or local failure affects both paths.