RF planning, access point site engineering, LOS analysis, backhaul fiber design, and structural analysis for FWA networks — from rural BEAD-funded broadband programs to suburban 5G home internet deployments. 600+ engineers. All 50 U.S. states. MBE-certified.
Fixed wireless access is broadband delivered wirelessly from a tower or elevated access point to fixed subscriber locations — homes, businesses, and anchor institutions. FWA is the dominant broadband technology for rural BEAD-funded deployments where fiber is cost-prohibitive, and is increasingly deployed in suburban markets by major carriers (T-Mobile Home Internet, Verizon 5G Home) as a fiber alternative.
Engineering a FWA network requires RF planning, access point site selection and structural engineering, line-of-sight analysis, backhaul design to connect access points to the network core, and the full permitting and utility coordination workstream to get equipment on poles and towers. FWA networks using unlicensed spectrum — Citizens Broadband Radio Service (CBRS) at 3.5 GHz — require PAL or GAA spectrum coordination in addition to site engineering.
The OSP connection is direct: the backhaul fiber connecting FWA access points back to the network core is outside plant engineering work. Draftech designs the FWA access point site and the backhaul fiber under one project team — eliminating the coordination gap that occurs when wireless and fiber design are handled by separate firms working from separate packages on the same deployment.
Draftech delivers complete FWA engineering — from RF planning and LOS analysis through access point site design, backhaul fiber, make-ready, and post-installation as-built documentation.
RF propagation modeling, coverage prediction for proposed access point locations, frequency band selection, channel planning, and subscriber density analysis.
Line-of-sight analysis for point-to-point and point-to-multipoint wireless links — terrain clearance verification, Fresnel zone analysis, and obstruction identification using GIS terrain data and field verification.
Tower or pole site selection, structural analysis for access point equipment, mounting design, power coordination, and site permit preparation for each access point location.
Fiber route design from access point towers back to the network core or distribution hub — aerial and underground, with splice planning and conduit routing.
Pole loading analysis and make-ready engineering for access point pole attachments, utility coordination, and pole attachment applications to utility owners.
Field survey, route design, permit drawings, utility coordination documents, and post-installation as-built documentation for construction completion.
The BEAD (Broadband Equity Access and Deployment) program has allocated $42.5 billion for broadband infrastructure deployment across underserved and unserved areas. Fixed wireless access is an eligible BEAD technology for locations where fiber deployment cost per location exceeds the program's cost thresholds. ISPs and rural electric cooperatives pursuing BEAD funding for FWA networks need engineering documentation that meets NTIA and state grant administrator requirements — coverage maps, technical specifications, construction cost estimates, and deployment timelines.
Draftech's combination of wireless engineering and OSP design experience covers the full technical scope of BEAD FWA applications and deployments. The same team that designs the access point RF coverage and structural mounting also designs the backhaul fiber and produces the construction cost estimates and as-built documentation required for grant compliance and closeout.
Rural and regional ISPs deploying FWA networks for BEAD-funded and commercial broadband programs. End-to-end engineering from RF planning through backhaul fiber and utility coordination.
Co-ops building member broadband services using FWA infrastructure, with expertise in cooperative structures and rural utility coordination for access point siting and pole attachments.
T-Mobile, Verizon, and regional carriers deploying 5G FWA for residential broadband in suburban and rural markets. Standardized site engineering packages across multi-market programs.
Cities and counties building municipal wireless broadband networks using FWA infrastructure for unserved areas. Technical documentation, permitting support, and grant compliance engineering.
FWA deployments use a range of frequency bands depending on range and capacity requirements. Unlicensed bands — CBRS at 3.5 GHz (with PAL licensing for priority access), 900 MHz, 5 GHz, and 6 GHz — are common for ISP and rural broadband deployments. Licensed spectrum deployments using 2.5 GHz (T-Mobile), C-band (Verizon), or mmWave frequencies are typical for major carrier FWA products. Draftech's RF planning covers all frequency bands and can advise on spectrum selection based on coverage requirements, subscriber density, and regulatory access.
Yes, with conditions. FWA is eligible under BEAD for locations where the deployment cost per location exceeds program thresholds and FWA can deliver the required minimum speeds (100 Mbps download / 20 Mbps upload for the initial service tier). BEAD prioritizes fiber, but FWA is recognized as an alternative technology for high-cost rural locations. Draftech has experience with broadband grant programs and can advise on the technical documentation and coverage verification requirements for BEAD FWA applications.
Yes. The backhaul fiber connecting FWA access point towers back to the carrier POP or network core is outside plant engineering work. Draftech designs both the wireless access point site and the backhaul fiber route under one project team — eliminating the coordination gap that occurs when two separate firms work from separate packages on the same deployment.
Whether you're deploying a BEAD-funded rural broadband network or a suburban 5G home internet program, Draftech provides end-to-end FWA engineering from RF planning through backhaul design and utility coordination. All 50 U.S. states. MBE-certified.
Request FWA EngineeringOr email us directly at info@draftech.com — we reply within one business day.
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