The Wasatch Front has more remote workers per capita than almost anywhere else in the western US. Lehi, Sandy, Draper, and Holladay are full of software engineers, finance folks, sales leaders, and analysts who run their entire careers from a spare bedroom with a closed door. Most of them are working over Wi-Fi from a router two floors away, complaining about Zoom, and assuming the problem is their ISP.
The problem, almost always, is the last 50 feet between the router and the desk. A proper structured-cabling job for a home office costs less than a single mid-range OLED monitor and eliminates an entire category of work-from-home pain. Here is what to actually run, why it matters, and how it ties into the rest of the house.
What “structured cabling” means in a home office context
Structured cabling just means permanent, in-wall, terminated cable runs from a central rack or closet to fixed wall jacks. No couplers, no patch panels in a closet, no Cat5 splices. The runs are made once, tested, labelled, and never touched again. From the user’s side, the desk has a wall plate with one or two RJ45 jacks; from the rack’s side, those runs land on a patch panel and get patched into a managed switch.
For a remote worker, the practical version is short: run two Cat6 (or Cat6a) drops from the network rack to the wall behind the desk. That is the whole job. We covered cable category choices in detail; for a 10-foot vs 100-foot office run, Cat6 is the right call almost universally. Use Cat6a if you expect 10GbE someday or if the run is over 200 ft.
Why a wired drop solves the “you’re on mute” problem
Real-time voice and video are the most demanding workloads on a home network because they are extremely sensitive to jitter — the variability in packet arrival times — not just raw throughput. A Wi-Fi connection that benchmarks 400 Mbps can still produce 100 ms of jitter when the microwave runs, when the neighbor’s AP shows up on the same channel, or when a smart bulb decides to multicast a discovery packet.
A wired Ethernet connection has effectively zero jitter and consistent sub-millisecond latency to the gateway. Zoom, Teams, Meet, Slack huddles, and Webex all behave dramatically better. The “you’re cutting out” / “you’re on mute” / “can you say that again” cycle disappears. Camera feeds stay smooth. Screen share stops freezing.
We have done dozens of WFH installs across South Jordan, Lehi, and Sandy where the only meaningful change was a single Cat6 drop to the desk and the client called us a week later asking why they ever tolerated the old setup.
The five things to put in a real WFH cabling spec
1. Two Cat6 drops to the desk
Always two, never one. The first is for the docking station or laptop. The second is a spare — for a second machine, a deskphone, a personal computer on a separate VLAN, or future-proofing. Pulling the second cable while the wall is open costs almost nothing; pulling it later costs a drywall repair.
2. A separate VLAN for work traffic
Run the work laptop on its own VLAN, isolated from the rest of the house. We covered why VLANs matter for homeowners separately, but the WFH case is especially clean: the work device gets its own subnet, its own firewall rules, and is invisible to the kids’ Switch, the smart bulbs, and the IoT cloud chatter that share the rest of the network. If your employer mandates a VPN, you almost certainly want this; if they don’t, you still want this.
On a managed switch, the desk port can be statically assigned to the work VLAN at the patch panel. No software config on the laptop side; it just works the moment you plug in.
3. QoS for video calls
A managed switch with QoS support lets you tag voice and video traffic as priority over bulk traffic (downloads, backups, OS updates). On a 100/100 fiber line you may never need this; on a 200/10 cable line with a Time Machine backup running, it’s the difference between a clean Zoom and a slideshow. We touched on switch features in the managed-vs-unmanaged switch post.
4. UPS for the office (and the rack)
Rocky Mountain Power flickers. Every Utah homeowner who has been here more than a year knows it. A 20- second outage during a customer call is unacceptable; an hour-long outage during a deploy window can be catastrophic. A small office UPS (CyberPower or APC in the 600–1500 VA range) keeps the laptop charger, monitor, and dock alive through short events; a rack UPS keeps the network itself alive so cellular failover has time to take over.
We sized the rack UPS in detail in the home-rack UPS post. The desk UPS is simpler — pick something that runs the dock for 5–10 minutes and clean-shuts the desktop if you have one.
5. A wired AP nearby for the phone and tablet
Not everything in the office gets wired. The personal phone, the iPad you take to meetings, the noise- canceling headphones doing firmware updates — all of that is on Wi-Fi. A wired PoE access point in or adjacent to the office gives those devices a strong signal without competing with Wi-Fi traffic from the rest of the house. We covered why wired APs beat mesh for serious workloads.
What it actually costs
For a single home office in a finished house with accessible attic or basement above/below the room:
- Two Cat6 cable drops, terminated into a wall plate and patched into a managed switch: $200–$500.
- Managed PoE switch (UniFi USW-Lite-8-PoE, USW-Pro-Max-16-PoE, or similar): already in the rack on most jobs; if not, $150–$500.
- Wired AP near the office (UniFi U6 Pro or U7 Pro): already covered if the house has a real Wi-Fi plan; if not, $150–$300 + install.
- Office UPS: $80–$200.
A retrofit drop on a finished single-story home with a clean attic path is the easy case. A two-story where the office is on the main floor and the rack is in the basement is the hard case — sometimes we go up through a closet, sometimes we use MoCA over the existing coax if a fish is genuinely impossible. New construction is trivial; we covered the right time to spec this in the pre-wire checklist.
The Wasatch Front WFH demographic, specifically
Silicon Slopes is full of households where one or both partners take video calls all day. The infrastructure they sit on is, on average, dramatically worse than the infrastructure their employer would tolerate at the office. A single mesh node next to the kitchen, sharing airtime with the kids’ Chromebooks and the Sonos, is not what a senior engineer at a Lehi tech company should be running their day on.
The fix is genuinely small. Two Cat6 drops, a managed switch port, a VLAN, and a nearby AP. None of this is exotic. It is just rarely done because the symptoms are tolerable enough that nobody pulls the trigger until they finally lose patience.
How this fits with the rest of the house
We never install a home office in isolation. The drop terminates into a structured-wiring rack that also handles the cameras, the access control, the guest network, and the smart-home gear. The same switch that gives the desk its priority port also runs the PoE for the cameras and APs. The same gateway handles the work VLAN, the IoT VLAN, and the kids’ VLAN. We planned the whole rack out in the new-build server rack post.
Doing the office wiring as part of a larger network build is the cheapest way to get it; doing it standalone is still well worth it for a heavy WFH household.
Bottom line
The single most-effective upgrade most Wasatch Front remote workers can make is a $200–$500 structured cabling job for the office. Two Cat6 drops, a managed switch port, a VLAN of its own, and a wired AP nearby. The Zoom problems go away. The video stops freezing. The mute-button comedy stops being part of every standup. And every time you upgrade your laptop, your dock, or your monitors over the next decade, the cabling is already there waiting.
Keystone Integration installs structured cabling and home-office networking across Lehi, Sandy, South Jordan, Draper, Holladay, and the rest of the Wasatch Front — Cat6 drops, managed switching, VLAN segmentation, and wired APs designed around the way real remote work actually happens. See our full service list or get in touch to scope an office build-out.