Wi-Fi engineered for any environment.
Predictive and on-site surveys, then a manual channel and power plan across 2.4, 5 and 6 GHz, designed to your floor plan before an AP is mounted.
A sample channel plan · 12 APs · 5 GHz
- Classroom wingCH 36 · 44 · 52 · 60 · 100 · 108ONE AP PER CLASSROOM
- Commons wingCH 116 · 124 · 132 · 140ONE AP PER ROOM
- GymCH 149 · 157TWO APS
Our principles
Delete.
The best part is no part.
Simplify.
The simplest design that meets the requirement.
Deploy UniFi.
One platform, with no per-device licensing.
What an RF design includes
Six decisions, each measured before an AP is mounted.
Predictive survey
Coverage and capacity modeled against your floor plans, wall materials and client density before an AP is mounted.
Active site survey
Calibrated measurement of signal, noise floor and co-channel interference on site, across all three bands.
Channel & power plan
Manual channel and transmit-power assignments per AP. No auto-channel. Every assignment has a reason written next to it.
AP placement
Position, mount and antenna pattern for every access point, marked on the plan your electrician installs from.
Capacity planning
Airtime budgeted per area for the devices that will actually be there. We design for capacity; coverage is the minimum.
As-built documentation
Placement maps, channel plan, power table, heat maps and the validation survey data, handed to your team.
Three bands in one channel plan
Each band propagates differently and carries different channel widths, so we plan all three together.
2.4 GHz
3 channels · 20 MHz
Long range, high congestion. We constrain 2.4 to IoT, building automation and legacy devices, and keep it off your primary data path.
5 GHz
25 channels · 16 DFS
DFS-aware plans across every available channel. We map radar sources, set channel widths per AP and engineer for the throughput your operations need.
6 GHz
59 channels · 1,200 MHz
It has no legacy clients, no DFS and no neighbors. Most deployments leave it unused; our plans put it to work.
Ubiquiti case study · 6 GHz at scale
Shopify27,000 clients at Shopify Summit 2025, on 1,200 UniFi devices.
A live demonstration of 6 GHz density. It was not our project; it shows what the platform does when it is engineered correctly.
- 27,000+
- Clients
- 17,500+
- Wi-Fi clients
- 1,200+
- UniFi devices
Our process
Survey, plan, validate, then document.
Survey
We document the facility, device inventory and requirements, then run predictive modeling and an active survey with calibrated equipment across all three bands.
Plan
Manual channel assignments, transmit power and AP placement, documented per access point with the reason for each. Auto-optimize stays off.
Validate
Every AP configured to spec, then a post-deployment survey confirms coverage and capacity meet the design.
Document
Placement maps, channel plan, power tables, heat maps and the validation data: the as-built your team runs from.
