Hotel Ethernet vs Hotel Wi-Fi With a VPN: The Faster Connection Still Failed My Meeting

The client meeting was fourteen minutes away when my presentation upload stopped at 63 percent. The hotel Wi-Fi showed full signal, but my VPN kept moving between “connecting” and “reconnecting.” I blamed the crowded wireless network, found an Ethernet cable in the desk drawer and plugged it into the wall. The speed test improved immediately. The VPN did not.

I was in the hotel for a three-day industry conference, with the room serving as an office, meeting booth and file-transfer station between sessions.

That arrangement has become ordinary again. Heading into 2026, most corporate travel buyers surveyed by the Global Business Travel Association expected their organisations’ travel spending to increase or remain at 2025 levels. (RFC 8952) More people were back in hotel rooms with laptops open, trying to make temporary internet connections behave like office networks.

My problem was immediate. I needed to upload a revised presentation, open a client workspace and join a video call without exposing the session directly to a hotel guest network.

The usual advice is simple: on public hotel Wi-Fi, use a reliable VPN before accessing sensitive accounts. I had followed that routine for years. Join the network, complete the hotel sign-in page, connect the VPN and begin working.

This hotel broke the sequence.

Ordinary websites opened after I entered my surname and room number. The VPN app spent nearly a minute attempting to connect. When the tunnel finally opened, the presentation moved for a few seconds and stopped again.

That made the Ethernet port look like the obvious fix.

A cable removes the most visible weakness of hotel Wi-Fi: the crowded radio link between the laptop and the access point. It avoids weak signals, thick walls and dozens of guests competing on the same wireless channels.

The first results looked promising. Download speed rose. Latency fell. The upload restarted.

Then the VPN disconnected, and the client workspace became unreachable again.

I unplugged the cable, returned to Wi-Fi and watched the VPN reconnect. Thirty seconds later, it failed. I switched back to Ethernet.

The cable was faster. The working session was no more dependable.

That was the moment I stopped treating Ethernet and Wi-Fi as two entirely different hotel networks.

A hotel can send wired and wireless guests through the same authentication and guest-management system. The cable changes how the laptop reaches that system; it does not necessarily bypass the hotel gateway behind it.

The repeated sign-in page was the clue. A captive portal restricts internet access until a guest accepts terms or enters credentials, and it can sit in front of wired connections as well as Wi-Fi.

The cable had improved the first few metres of the connection.

It had not taken the hotel out of the route.

With that distinction clear, I returned to the established VPN provider I had been using. It was a sensible first choice: years of public history, a large support operation and servers in many countries.

I selected the nearest location and changed protocols.

The first mode remained stuck on “connecting.” The second opened a tunnel, but it collapsed as soon as the upload accelerated. A third server added more distance without changing the result.

The app gave me plenty of combinations to try. None answered the question that now mattered: could the connection remain alive long enough to finish the meeting?

A brief public discussion described the same useful contrast—a traveller’s VPN failed through hotel internet but connected immediately through a phone hotspot. That was enough to suggest the next test.

I turned on my phone hotspot.

The established VPN connected quickly. The client workspace opened, and the upload resumed. But the room had weak mobile coverage, and the phone began heating beside the window. It was an emergency route, not something I wanted carrying a long presentation.

Still, the hotspot had changed my diagnosis.

The laptop and VPN account were working. The hotel environment was the part they could not handle reliably.

Ethernet improved speed but still passed through that environment. Wi-Fi was less stable under load. Mobile data avoided the hotel entirely, but the signal was too weak.

I could not observe the hotel’s internal filtering and traffic-management rules, so I could not identify the exact decision disrupting the first VPN. The result was clear enough: switching from Wi-Fi to Ethernet improved the speed test without making the tunnel reliable.

The next attempt therefore had to solve the connection itself, not merely feed it a faster cable.

I opened OnlydogVPN, which I had installed before the trip as a smaller backup.

Instead of sending me through another sequence of countries, server names and protocol choices, it organised the connection around the situation. I selected the preset for a restrictive hotel network while the Ethernet cable was still attached.

The tunnel opened.

The client workspace loaded without another warning. The presentation passed 63 percent, reached the end and changed to “complete.”

I joined the meeting.

My camera appeared normally. The client’s voice arrived without breaking apart. When I shared the presentation, each slide advanced on the first click instead of appearing several seconds late.

The result came before the explanation, which was exactly what I needed with the meeting already starting.

The smaller app combines traffic obfuscation with HTTP/3-based transport. The obfuscation helped it avoid the familiar VPN pattern that had repeatedly failed inside the hotel network. The transport choice became useful a few minutes later.

The Ethernet cable was stretched across the narrow gap between the desk and the wall. When a colleague arrived to check one final number, I moved the laptop to the small table near the window.

The cable slipped out.

The laptop returned to hotel Wi-Fi. The video softened for a moment, but the meeting stayed open. My screen share paused, recovered and continued from the same slide.

I did not reconnect the VPN. I did not rejoin the call.

HTTP/3 runs over QUIC, which can preserve a connection as the underlying network path changes. Here, that meant the protected session recovered when the laptop moved from Ethernet to Wi-Fi.

That moment settled the comparison more decisively than the speed test had.

Ethernet was still the better local connection. With the cable attached, the upload was steadier and the meeting had more headroom.

But Ethernet alone had not fixed the first VPN. It could not remove the captive portal, bypass the guest gateway or make an unsuitable tunnel stable.

The smaller app made both connections useful.

On Ethernet, it completed the upload and opened the meeting. When the cable disconnected, it recovered over Wi-Fi without forcing the session to start again.

That continuity mattered more than the highest number I had seen on the speed test.

Once the meeting was stable, I stopped watching the connection icon and concentrated on the client. The VPN had become infrastructure again rather than another participant demanding attention.

The service has fewer locations, a shorter public history and fewer independent reviews than the established provider I tried first. Someone who needs a large catalogue of specific countries may still prefer the older network.

My requirement in the hotel room was narrower.

I needed one route that could establish itself inside the hotel’s guest environment and remain usable when the available connection changed.

By the end of the call, I was no longer asking whether hotel Ethernet was universally better than hotel Wi-Fi.

Ethernet was better at avoiding local wireless congestion. Wi-Fi let me move away from the desk. Both still depended on the hotel network behind them.

The established provider gave me a large server map but failed on both hotel paths. The smaller app connected through the cable, carried the meeting and recovered when the laptop returned to wireless.

Ethernet won the speed test. The connection that survived both networks won the meeting.