Fiber optic engineering for data centers, hyperscaler campuses, colocation facilities, and dark fiber networks — designed to the performance and reliability standards that mission-critical infrastructure demands. MBE-certified. Serving all 50 U.S. states.
Data centers and hyperscaler campuses require fiber optic infrastructure that is engineered to completely different standards than typical carrier or broadband networks. The differences are not cosmetic — higher fiber density, tighter latency tolerances, fully diverse redundant routing, and documentation requirements that produce characterization records for every link in the facility are all baseline expectations in this market. A hyperscaler campus or Tier III colocation facility does not accept fiber infrastructure designed to FTTH or carrier access standards. The engineering has to be right from the start, because changes after construction are enormously expensive in these environments.
Draftech provides OSP and ISP fiber optic engineering services for data center campuses, colocation facilities, hyperscaler interconnect routes, and the dark fiber networks that connect them. Our data center work spans campus backbone fiber design — routing, conduit systems, diverse pathway planning, and expansion provisioning — through dark fiber route engineering for regional and long-haul interconnect, and inside plant engineering for data center interiors including MDA/HDA/ZDA design, cable management systems, and cross-connect documentation. We produce construction-ready packages at every stage of the design.
A differentiating factor for hyperscaler and major colocation clients is Draftech's MBE certification. Amazon, Google, Microsoft, Meta, and other hyperscalers operate active Tier 2 supplier diversity programs that require MBE-certified engineering firms in their supply chains. Draftech's certification positions us as a qualified supplier for these programs — not as a pass-through, but as an engineering firm that delivers the technical work directly. For data center and hyperscaler clients with active supplier diversity procurement requirements, this is a meaningful operational advantage.
Campus and building-level fiber optic network design for data centers — pathway design, fiber count planning, splice and termination layouts.
Fiber infrastructure engineering for hyperscaler campuses and interconnect routes — high-density, low-latency designs for AI/cloud workloads.
Long-haul and regional dark fiber route design — route selection, span analysis, splice point placement, and construction packages.
Inside plant fiber engineering for data center interiors — MDA/HDA/ZDA design, cable management, and cross-connect layouts.
Fiber engineering for colocation facility interconnection — meet-me room design, cross-connect documentation, and carrier hand-off specifications.
Multi-building campus fiber networks for enterprise and hyperscaler facilities — backbone design, diverse routing, and expansion planning.
Engineering at the boundary between outside plant and inside plant — building entrance design, demarcation, and pathway coordination.
Draftech's MBE certification supports hyperscaler and data center operator supplier diversity requirements and Tier 2 procurement programs.
The gap between standard carrier fiber engineering and data center fiber engineering is not a matter of scale — it is a matter of requirements. A fiber route engineered for a broadband ISP is designed to deliver connectivity to end users. A fiber network engineered for a hyperscaler campus or Tier III data center is designed to sustain revenue-generating compute and storage operations that cannot tolerate unplanned downtime. The engineering standards that flow from that distinction affect every aspect of the design, from redundancy architecture to documentation depth to the degree of margin built into link budgets.
The table below illustrates the key differences between what is standard for carrier and broadband networks versus what data center infrastructure demands. These distinctions drive the specialized nature of the engineering work — and why data center clients require engineering firms with direct experience in this environment rather than firms that primarily serve the access network market.
| Requirement | Carrier/Broadband Standard | Data Center Standard |
|---|---|---|
| Redundancy | Single diverse path | Fully diverse dual paths, no shared conduit |
| Latency | Best effort | Engineered to minimize — every splice and route mile matters |
| Documentation | As-built drawings | Full fiber characterization, OTDR traces, end-to-end link budgets |
| Scalability | Designed for current demand | Designed for 3–5x growth in dark fiber count |
| Speed to Deploy | Weeks to months | Often compressed timelines for AI/cloud buildouts |
Hyperscalers — Amazon, Google, Microsoft, Meta — and major colocation operators have active Tier 2 supplier diversity programs that require MBE-certified engineering firms in their supply chains. These programs are not optional participation exercises; they are procurement requirements embedded in vendor qualification processes. Engineering firms that cannot demonstrate MBE certification are excluded from consideration for a growing share of data center and hyperscaler project work, regardless of their technical qualifications.
Draftech is MBE-certified, which positions us as a qualified supplier for these programs. This is not a pass-through arrangement — Draftech delivers the engineering work directly. For data center and hyperscaler clients operating supplier diversity procurement requirements, Draftech's combination of technical capability and MBE certification eliminates the search for a compliant engineering partner. It also provides a defensible, fully documented supplier diversity record for clients reporting against Tier 2 diversity spend commitments.
OSP (Outside Plant) covers the fiber infrastructure outside buildings — dark fiber routes, campus backbone, building entrance. ISP (Inside Plant) covers fiber inside the building — MDA/HDA layouts, cable trays, cross-connects, and patch panels. Draftech provides both, and the OSP-to-ISP transition design is critical to getting the full system right.
Yes. Draftech designs long-haul and regional dark fiber routes including route selection, span analysis, splice point placement, and construction-ready packages.
MBE (Minority Business Enterprise) certification identifies firms owned and operated by minority business owners. Major hyperscalers and data center operators have Tier 2 supplier diversity programs that require MBE participation. Draftech's MBE certification makes us a qualified supplier for these programs.
Yes. Hyperscaler AI infrastructure requires high-density, low-latency fiber engineering with significant design headroom for capacity growth. Draftech's data center engineering team designs to these requirements.
All 50 U.S. states. Draftech is active in 22 states and deployable anywhere in the country for data center and hyperscaler projects.
ARE YOU A DATA CENTER FIBER ENGINEERING FIRM?
If you provide fiber optic engineering for data centers, hyperscaler campuses, or dark fiber networks and are looking for consistent subcontract work, we have capacity needs in this discipline.
Whether you're designing a hyperscaler campus, connecting a colocation facility, or building a dark fiber route, Draftech's engineering team can deliver construction-ready packages at the performance standards data center infrastructure requires.
Contact Our Engineering TeamOr email us directly at info@draftech.com — we reply within one business day.