Why 2026 Hotels Are Ripping Out Their Wi-Fi — and Starting Over

Picture a guest who just checked into a room that cost more per night than most people's car payment. The sheets are perfect. The view is postcard material. And then she opens her laptop to join a client call, watches the video freeze mid-sentence, and reaches for her phone to write a review before she's even unpacked.

That scene plays out in hotels every night, and it's rarely the mattress that gets blamed. It's the Wi-Fi.

Connectivity has quietly become one of the biggest levers on guest satisfaction — right up there with cleanliness and staff friendliness. Business travelers need it for video calls. Families need it for multiple devices streaming at once. Nobody is impressed by fast internet anymore; they simply notice when it is slow or unreliable.

Behind this shift is a broader change taking place across the network cables market. As homes, businesses, hotels, and industrial facilities become increasingly connected, network infrastructure is being asked to carry more data while supporting more connected devices and applications.

Three Connectivity Shifts Changing Hotel Networks in 2026

The rising data demand is pushing hotels toward higher-capacity network infrastructure. Guests highly expect reliable connectivity for video calls, streaming, cloud applications, gaming, multiple connected devices, etc. With the growing demand of these, older copper-based networks can become a bottleneck, particularly in high-density environments such as hotels. This is bolstering interest in fiber-based connectivity and network architectures that can support large bandwidth over longer periods. Coherent Market Insights estimates that the global network cables market will reach USD1.25 billion in 2026 and USD1.70 billion by 2033, reflecting continued demand for physical connectivity infrastructure.

Furthermore, fiber offers better bandwidth capacity as well as lower susceptibility to electromagnetic interference than traditional copper infrastructure, making it increasingly relevant for broadband expansion along with high-performance connectivity. This shift is visible in the U.S., where AT&T and Corning announced a multiyear agreement in 2024 covering next-generation fiber, cable, as well as connectivity solutions to support the expansion of AT&T's fiber network.

In line with this, smart homes, hotels, offices, other buildings, etc., depend on networks that can support large numbers of connected devices simultaneously. This is creating demand not only for faster cables but also for network architectures that can reliably connect access points, sensors, entertainment systems, security equipment, and other connected technologies. In hotels, that shift is particularly important because the network has to serve many guests and devices at the same time.

These changes are part of a broader shift in the network cables market. These are categorized by type, including AS-i, ATM, CC-LINK, Fieldbus, and CANopen, and by application, including residential and commercial. The segmentation highlights how network-cable demand extends beyond hospitality into industrial automation, connected homes, telecommunications, and commercial infrastructure.

AS-i is leading segment, its adoption is closely associated with industrial automation, where AS-i provides a relatively simple and cost-effective way to connect sensors and actuators. Its relevance is growing as manufacturers adopt Industry 4.0 technologies and increasingly connect equipment for real-time monitoring and automated control.

The residential is making it the largest application segment. Growing adoption of smart-home devices, streaming services, connected security systems, and other IoT applications is increasing the need for dependable in-home connectivity.

The Old Network Was Never Built for This

Most hotels are still running on infrastructure designed for a different era: copper cabling snaked through the walls, with Wi-Fi access points mounted out in the corridor rather than inside the rooms themselves.

The walls fight the signal. Concrete, fire-rated doors, bathroom tile — all of it eats into a 5GHz or 6GHz signal trying to travel from a hallway AP into a room. The result is the classic "great signal by the door, dead zone by the window" complaint.

Copper has a ceiling. Ethernet cabling has real limits on bandwidth and distance, and once a hotel wants to push past them, the fix usually means opening up walls to run new wire — expensive, messy, and hard to justify without shutting down rooms for renovation.

Evenings are brutal. Somewhere around 8 or 9 PM, when everyone's back in their room and streaming something, older Wi-Fi 5 networks (and plenty of Wi-Fi 6 ones that were under-planned from the start) start to buckle. Latency climbs, connections drop, and that's exactly the moment guests are trying to relax.

Fiber to the Room Meets Wi-Fi 7

The fix isn't a patch — it's a different architecture entirely. Instead of running copper to a hallway box, Fiber to the Room (FTTR) brings actual optical fiber into every individual guest room. Fiber doesn't care about electromagnetic interference, barely introduces latency, and has bandwidth headroom that copper simply can't touch.

That fiber terminates at a small optical unit inside the room, and that's where Wi-Fi 7 (the IEEE 802.11be standard) does its work. Wi-Fi 7 isn't a minor speed bump over its predecessor — it brings 320MHz-wide channels and 4K-QAM modulation, both of which push peak throughput well past anything hotels have deployed before. The real party trick, though, is Multi-Link Operation (MLO), which lets a single device talk to the network across 2.4GHz, 5GHz, and 6GHz bands at the same time instead of picking one and hoping.

Equipment makers — VSOL among them — have started building dedicated Wi-Fi 7 solutions for exactly this kind of deployment, giving hotels a way to put dependable, multi-gigabit wireless inside each room without relying on a signal that has to fight its way through the hallway wall first.

What Guests Actually Notice

No more dead spots

Because the access point lives inside the room instead of down the hall, guests get a strong signal whether they're at the desk or out on the balcony. And when they move — lobby to elevator to hallway to room — a well-coordinated FTTR system hands the connection off between access points smoothly enough that a video call or a stream doesn't even hiccup.

Latency that doesn't punish you

Speed gets the headlines, but latency is what actually ruins a Zoom call or a round of cloud gaming. MLO effectively acts as traffic control, steering data to whichever band is least congested in real time. The practical effect is a connection that feels closer to a wired one than anything guests are used to from hotel Wi-Fi.

Rush hour without the slowdown

When every room in the hotel is streaming, downloading, or scrolling at the same time in the evening, Wi-Fi 7's capacity for handling many simultaneous connections — backed by fiber that isn't close to hitting a bandwidth ceiling — means the network doesn't buckle under the load the way older systems do.

It disappears into the room

Fiber cabling for FTTR is thin and flexible enough to run along baseboards or into small crevices, no wall-drilling required. The in-room terminals themselves tend to be small and unobtrusive — a relief for any designer who's had to work around a chunky router sitting on a credenza.

The Business Case, Not Just the Guest Case

The U.S. is an important market for network-cable adoption, supported by continued broadband expansion, increasing demand for high-speed connectivity, and investment in fiber infrastructure. North America is expected to account for about 31% of the global network cables market in 2026, while CMI expects the region to record the fastest growth over the forecast period. Fiber deployment is also receiving support from major industry investments. In October 2024, AT&T announced a multiyear, more than $1 billion agreement with Corning for next-generation fiber, cable, and connectivity solutions to support the expansion of AT&T's fiber network across the U.S.

This expanding demand is supported by a broad ecosystem of connectivity and cable manufacturers, including Corning, Prysmian, CommScope, Nexans, Belden, and Panduit, alongside technology providers developing solutions for fiber, structured cabling, industrial connectivity, and network infrastructure. Their technologies support the broader shift toward higher-capacity and more reliable connectivity across residential, commercial, industrial, and hospitality environments.

For hotels, however, the value of this infrastructure goes beyond improving the guest experience — it can also change the economics of managing the network.

This isn't purely a hospitality-experience upgrade — it changes the economics too.

It ages well. Fiber has a functional lifespan measured in decades, not years. When Wi-Fi 8 (or whatever comes after it) eventually arrives, hotels will likely just need to swap the in-room terminal, not rip out the building's wiring again.

IT gets easier, not harder. Centralized management platforms let a hotel's IT team monitor and adjust hundreds of room terminals from one dashboard — pushing firmware updates or troubleshooting a connection issue without ever knocking on a guest's door.

Reviews move the needle. In a booking environment where a handful of bad reviews can visibly dent occupancy, reliable connectivity has become a quiet but real driver of repeat bookings, corporate contracts, and ultimately RevPAR.

The Bottom Line

Patching an aging copper network with more access points is a losing strategy — it buys time, not a solution. FTTR paired with Wi-Fi 7 addresses the actual root cause: the wrong technology, in the wrong place, trying to do a job it was never built for. For hotels serious about competing on guest experience in 2026, this isn't really an IT line item. It's infrastructure that shows up directly in how a stay feels — and increasingly, in how it gets reviewed.