Reno has gorgeous buildings. The brick storefronts in midtown. The 1940s concrete construction near the river. The older industrial buildings in Sparks with metal framing and steel roofs. The mixed-construction additions that turned a 2,000-square-foot office into a 5,000-square-foot office one wing at a time.
Every one of those building types is at war with WiFi.
Brick absorbs the signal. Concrete absorbs it harder. Metal framing reflects it in directions you don’t want. The architect who put the network closet near the front entrance in 2003 didn’t know anyone would care, twenty years later, that the Wi-Fi has to fight through three internal walls and a fire door to reach the bookkeeper’s office.
This is why the conversation we have most often with prospective clients sounds the same. “Our WiFi is fine in the conference room. It’s terrible in the back office. The accounting team has been using a personal hotspot for six months. Is there anything we can actually do?”
Yes. There is. Here’s what it looks like.
Why the WiFi was good in 2019 and bad in 2026
A few things happened at the same time.
The number of devices doubled. Five years ago a 20-person office had 20 laptops. Now it has 20 laptops, 20 phones, a tablet in the conference room, three smart displays, a couple of smart printers, two video bars, and three guests on the WiFi at any given time. The single access point that handled the old load is overloaded.
The signal got pushed harder. The devices that used to live on cables — the printer, the front-desk computer, the meeting-room display — got moved to wireless because someone unplugged them during a remodel and never plugged them back in. WiFi is now the primary network, not the convenience network.
The neighbors got noisier. The dental office next door upgraded their WiFi. The brewery downstairs added five access points. The radio space in midtown Reno is now genuinely crowded, and a router that used to have a quiet channel to itself is now competing with a dozen others.
None of those things are anyone’s fault. They’re just the load that crept up while the network stayed the same.
What the building actually does to your signal
A brick exterior wall can drop a 2.4 GHz signal by half. The 5 GHz band, which is faster but shorter range, drops more. Concrete is worse than brick. A metal-frame interior wall, which is almost everywhere in the older Sparks industrial buildings, can knock the signal down enough that the device on the other side technically connects but is too weak to hold a video call.
The way to know what’s happening in your specific building is the same way an electrician knows what’s happening in a wall: you measure. We walk the office with a survey tool that records signal strength room by room, identifies dead spots, finds channel overlap with neighbors, and produces a heat map of where the WiFi is actually working and where it’s pretending to.
The map is usually the convincing part. The owner sees a green-and-yellow conference room, a yellow open-plan floor, an orange hallway, and a deep red back office. The accountant sitting in the deep red back office gets to say “I told you.”
The fix is rarely “more router”
The most common bad fix is to buy a more expensive router and put it in the same place. This usually doesn’t work, because the bottleneck wasn’t the router’s strength — it was the building.
The fix that does work is two or three properly placed access points, hard-wired with Ethernet, configured to hand off cleanly as a person walks from one part of the office to another, without dropping the call or the file transfer. In the trade this is called a “wireless mesh” or, more accurately for a small business, a “managed access point deployment.” The terms don’t matter. What matters is that the signal is now coming from three sources instead of one, and each source is closer to the people who need it.
A typical Reno small-office deployment looks like:
- One access point in the front-of-house area for reception and the conference rooms.
- One access point central to the open-plan floor.
- One access point in the back office or warehouse area where coverage was failing.
- All of them wired to a single network closet, all configured as one wireless network so devices roam between them without dropping.
The phones, the laptops, the printers — they all stop noticing where they are in the building. That’s the goal.
Why Sparks industrial spaces are their own problem
The metal-frame industrial buildings along Greg Street and Glendale need a different conversation. Steel does to a WiFi signal roughly what a Faraday cage does, which is to say it stops it. We’ve walked into 8,000-square-foot spaces in the TRIC corridor where the WiFi reaches twelve feet from the access point and dies.
The fix in those buildings is more access points, often with directional antennas pointed where the work happens, and sometimes a separate outdoor-rated access point if loading-dock coverage matters. It’s a slightly larger project than a typical office, but it’s a known problem with a known solution. There’s no point hoping a single router is going to push through a steel wall.
What “good” feels like
The day a back-office WiFi project finishes correctly looks like nothing. The accountant doesn’t notice. The bookkeeper doesn’t notice. The salesperson who used to walk to the conference room to send an attachment doesn’t notice they’re not walking anymore. The owner notices about a month later that nobody has complained, which is the highest compliment a network gets.
The personal hotspot in the back office goes back in the drawer. The “let me try forwarding it from my phone” workaround disappears. The Tuesday-afternoon Zoom calls stop dropping. None of it announces itself. It just stops being a problem.
What we do about it
We start with a real site survey. An hour or two on-site, signal measurements room by room, a heat map of what’s happening on your specific building. The free 30-minute assessment includes a survey on offices up to about 5,000 square feet — bigger spaces or industrial buildings, we’ll quote a separate site visit, but you get the report either way.
After the survey we’ll quote what it would actually take to fix it: number of access points, where they go, what’s needed for cabling, what equipment is right for your building. Written. Itemized. No mystery line items.
Then it gets installed in a day or two, you stop hearing about WiFi, and the back office quietly stops being a problem. That’s the design.
Get a Free Assessment — we’ll measure your office’s WiFi coverage room by room and show you exactly where the dead spots are.
Call (775) 772-6134 — Reno-local team. We’ve been inside enough older Reno buildings to know where the signal goes to die.