--- title: "Wireless & RF Engineering" description: "Predictive and on-site wireless 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." url: "https://unifiedit.tech/services/wireless-rf" lastmod: "2026-10-27" type: "page" --- # 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. [Talk to an Engineer](https://unifiedit.tech/schedule-call) A sample channel plan · 12 APs · 5 GHz - Classroom wing CH 36 · 44 · 52 · 60 · 100 · 108 ONE AP PER CLASSROOM - Commons wing CH 116 · 124 · 132 · 140 ONE AP PER ROOM - Gym CH 149 · 157 TWO 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. Congested · 3 non-overlapping DFS · radar-constrained Clean spectrum ### 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. ![Shopify Summit 2025, from Ubiquiti's case study](https://unifiedit.tech/assets/cs/shopify-summit.jpg) Ubiquiti case study · 6 GHz at scale ![Shopify](https://unifiedit.tech/images/case-studies/shopify-bag.png) Shopify ### 27,000 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** [Read the Ubiquiti case study](https://casestudies.ui.com/case-study/delivering-connectivity-for-25-000-devices-at-shopify-summit-2025) ## Our process Survey, plan, validate, then document. 01 ### Survey We document the facility, device inventory and requirements, then run predictive modeling and an active survey with calibrated equipment across all three bands. 02 ### Plan Manual channel assignments, transmit power and AP placement, documented per access point with the reason for each. Auto-optimize stays off. 03 ### Validate Every AP configured to spec, then a post-deployment survey confirms coverage and capacity meet the design. 04 ### Document Placement maps, channel plan, power tables, heat maps and the validation data: the as-built your team runs from. ## Talk to a network engineer. [Talk to an Engineer](https://unifiedit.tech/schedule-call)