Wi-Fi 6 is the baseline for capacity. 6E adds clean 6 GHz spectrum for crowded spaces. Wi-Fi 7 brings multi-link and lower latency, but devices are still catching up. The biggest win isn’t the version—it’s proper AP placement with wired backhaul.
Capacity & stability: OFDMA and better scheduling reduce congestion (great for offices and STRs with many guests)
Latency: Smoother calls/gaming when APs are well placed.
6 GHz (6E/7): Cleaner air (less interference) but shorter range—plan more APs or strategic placement.
Homes with 4K/8K streaming + smart devices: Go Wi-Fi 6 or 6E APs; wire the TVs to offload Wi-F
Small offices/clinics/retail: 6 or 6E with wired backhaul per AP; segment Staff vs. Guest vs. IoT.
STRs: Strong, simple Wi-Fi is a review booster; 6 or 6E APs help with many transient devices.
Choose Wi-Fi 6 if you want a safe, cost-effective upgrade with broad device support.
Choose Wi-Fi 6E if you have many modern devices and congestion; 6 GHz is cleaner but shorter-range (plan AP placement).
Choose Wi-Fi 7 if you need bleeding-edge throughput/latency and your client devices support it.
(Design rules matter more than versions: wire AP backhaul, ceiling-mount centrally, right AP count, segment SSIDs/VLANs.)
Wire each AP back to the switch (don’t rely on wireless backhaul if you can help it).
Ceiling-mount APs centrally; avoid tucking them in cabinets.
Right AP count > high power: Over-powered, under-placed APs cause roaming issues.
Segment networks: Separate Guest/Staff/IoT (SSIDs + VLANs).
Survey & test: Materials (brick, metal, plaster) change the plan.
3,000–4,000 sqft home: 2–3 ceiling APs on wired backhaul + wired TVs.
Small office (~10–20 staff): 2–4 wired APs + VLANs for Guest/IoT; label drops; UPS the rack.
Warehouse: APs along aisles at consistent heights; design for roaming; wire the APs and cameras.
We design Wi-Fi 6/6E/7 networks with clean racks and labeled runs across the Upstate & WNC. Need a quick heat-map style plan? Request a site walk.