Consumer routers can't cover large homes. Enterprise-grade PoE access points placed by coverage math deliver blanket WiFi in every corner — attic office to far end of the garage.
PoE ceiling access points connected to a managed switch outperform consumer mesh in throughput, device capacity, and long-term reliability.
APs placed by RF calculations — not by outlet location. Result: even signal everywhere.
No outlet needed at each AP. Power and data run on a single Cat6 cable from your switch.
Clients hand off between APs without dropping — critical for video calls and audio streaming.
Ubiquiti and TP-Link Omada APs handle 100+ concurrent devices without slowing.
IoT, guest, and main network on separate VLANs — a compromised smart bulb can't reach your laptop.
Full visibility into connected devices, speeds, and signal strength from one interface.
Cat6 first, then APs — every deployment starts with proper wired infrastructure.
WiFi planning tools calculate AP placement for your floor plan — AP count, locations, channel plan.
PoE Ethernet runs to each AP location, terminated and tested before any APs go up.
APs ceiling or wall-mounted, adopted into controller, configured with SSIDs, VLANs, and roaming settings.
WiFi analyzer confirms signal strength and speed at every point. Adjustments made as needed.
An AP is wired back to your router via Ethernet, providing a full-bandwidth signal. An extender repeats an existing signal, cutting bandwidth in half. APs are always preferable for homes over 2,000 sq ft.
Primarily Ubiquiti UniFi and TP-Link Omada — enterprise platforms with controller-based management and excellent performance at reasonable cost.
Roughly 1 AP per 1,500–2,000 sq ft in single-story homes, more in multi-story or concrete construction. We calculate this precisely during your site survey.
For PoE APs, yes — a PoE switch powers and connects each AP. We include the right switch in every deployment.
Get a free WiFi site survey and we'll design an access point deployment that eliminates every dead zone.