Check if your roof qualifies for AIN Rooftop Pro
Same address search as the main qualifier, but every prediction assumes a 22 dBi directional panel aimed at the nearest AIN sector — no indoor building-envelope loss.
AIN Rooftop Pro
A high-gain directional B41 panel mounted on your roof and mechanically aimed at the nearest NYC AIN sector. Symmetric gigabit-class fixed wireless with a committed SLA — engineered for penthouses, small businesses, and any building where indoor CPE loses the fight with the clutter.
22 dBi directional B41 panel, mechanically boresighted to the nearest AIN sector. The default rooftop offering — best on Strong / Good verdicts with clean line-of-sight to one dominant sector.
- 22 dBi · 18° beamwidth · manual aim
- Two-tech install, 3–4 hours
- 99.9% SLA · 24/7 NOC monitoring
Cellular Path motorized rotator carrying the same directional antenna, driven by a remote scan from the NOC. Preferred when the top two sectors are within ~3 dB, in SINR seams, on SITE-SURVEY verdicts, or on the re-tilt / n41 upgrade path. Also our pick for extra resilience: on a serving-tower failure the NOC re-scans and auto-aims to the next best sector without a truck roll.
- Motorized 360° azimuth · remote re-aim
- Auto re-aim to next-best sector on tower failure
- First 10-min scan replaces the truck-roll survey
- Dual-SIM enterprise router for failover slice
Every FWA qualification report below flags when SOCA is the recommended tier — you don't have to guess. Service and install quoted per address after RF qualification and roof survey.
NYC building envelopes eat 15–25 dB of RSRP before the signal reaches a windowsill modem. A rooftop panel skips that penalty entirely and adds another ~15 dB of link budget through directional gain — a 30–40 dB improvement in practice.
The narrow 18° beam also rejects interference from adjacent sectors, keeping SINR high even in downtown clusters where indoor CPE floors out.
- Alpha Wireless AW3018 · 2×2 MIMO 2.5 GHz directional panel
- 22 dBi gain · 18° horizontal / 18° vertical beamwidth
- ±20° adjustable downtilt · dual N-female jumpers
- Non-penetrating ballast mast or side-arm bracket
- Weatherized RG-8X or LMR-400 run to indoor router
- Grounded per NEC Article 810 · surge arrestor at entry
- Address qualification via the online tool (RF prediction).
- Roof survey: line-of-sight, mount point, cable route, grounding.
- Two-technician install, typically 3–4 hours.
- Boresight aim confirmed on live RSRP/SINR readout from the CPE.
- Speed test, SLA activation, handoff to the NOC.
- 99.9% monthly availability SLA with automatic credits
- 24/7 NOC monitoring of link RSRP, SINR, and throughput
- Next-business-day hardware replacement (metro)
- Router with dual-WAN failover port for legacy circuits
- Optional static IPv4 · /56 IPv6 delegation
- Symmetric traffic — no residential-style upload cap
Offices needing symmetric bandwidth for cloud apps, VoIP, and video without waiting 90 days for a fiber build.
Rooftop access already available. Ideal when indoor CPE reads Fair/Marginal but the roof has clean line-of-sight.
Diverse-media secondary to a primary fiber circuit, terminating on a different rooftop antenna and different serving sector.
Estimated speeds and SLA subject to survey outcome. Rooftop access, structural approval, and any building management coordination are the customer's responsibility unless otherwise arranged.