Build-ready FTTx design — prints, splice plans, fiber-pair assignments, and GIS deliverables that give your construction crew clear, executable instructions from the first drop to the final splice.
A fiber network design is only as good as what the field crew can build from it. When prints are vague, splice assignments are missing, or the fiber counts don't add up, the cost lands in the field — reworks, delays, and change orders nobody budgeted for.
ODD designs FTTH, FTTB, FTTS, and FTTT networks — home, business, school, and tower — and delivers build-ready prints, splice plans, fiber-pair assignments, pole-data verification, and KMZ deliverables. Every package is built so your crews can execute from the first drop to the final splice, with the same rigor on a 50-drop rural subdivision as on a multi-state program.
End-to-end FTTx design: network architecture and fiber counts, build-ready construction prints, splice plans and splice matrices, fiber-pair assignments, pole-data verification, a bill of materials, and KMZ/GIS deliverables aligned to your standard.
FTTH, FTTB, FTTS, and FTTT — home, business, school, and tower — for greenfield buildouts and overbuilds of existing routes.
Yes. Fiber-pair management, splice-case and enclosure design, and splice matrix and assignment documentation are core deliverables, so field crews know exactly which fiber goes where before they open a case.
Build-ready prints, a bill of materials, and GIS deliverables — KMZ, KML, shapefile, or an ESRI geodatabase aligned to your standard.
ODD is an SBA-certified Women-Owned Small Business (WOSB) and EDWOSB, active in SAM.gov and on the Texas CMBL. Service is nationwide, based in Lewisville, TX.
Tell me the architecture and the count — home, business, school, or tower. I'll walk you through the design approach and the build-ready deliverables your crews need.
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