Whole-home wired networks are a scam—here’s the one Ethernet run that actually matters


Whole-home Ethernet sounds like the perfect home networking upgrade. In theory, having wired network access in every room seems like the best way to keep everything fast and stable. However, it’s often more effort and cost than most homes actually need, and in many cases, a single access point in the right location is all you really need.

Whole-home Ethernet sounds better than it actually is

You don’t need cables in every wall

Having the option to plug in an Ethernet cable in every room around the house sounds like the ultimate dream upgrade for home networking, but in reality, it’s not practical for most people. Unless you’re building from scratch and can plan structured cabling ahead of time, retrofitting finished walls with Ethernet quickly becomes disruptive, expensive, and labor-intensive.

There is one exception where you can get close to whole-home wired internet for cheap—if your home is already wired with coaxial cables, you can use MoCA adapters to turn those existing lines into a solid wired network without opening any walls. Outside of that scenario, running Cat6 cables through every room doesn’t really make sense.

ScreenBeam Bonded MoCA 2.5 Network Adapter.

Ports

Ethernet, Coax

Speed

2.5Gbps

This ScreenBeam MoCA adapter lets you turn existing coax wiring into a high-speed wired network without running new Ethernet cables through your walls. It’s one of the few practical ways to get “whole-home wired” performance in an existing house without the cost and hassle of full rewiring.
 


Even then, most people don’t actually need Ethernet everywhere. Wired devices tend to cluster in one or two rooms, like a living room or home office, while the rest of the house runs on Wi-Fi.

Pick one room where an access point makes the most sense

Focus on where you actually use your internet

A homelab shelf with a Ugreen NAS, mini PCs, a network switch, and rack servers. Credit: Patrick Campanale / How-To Geek

For most setups, you get nearly the same benefits by running a long Ethernet cable to a well-placed access point in the room that matters most.

For instance, you can run a single Ethernet cable from your main router or modem to an access point in your home office. From there, you can plug in nearby devices like your desktop PC, laptop, TV, NAS, console, printer, and anything else with an Ethernet port.

Figure out which room an access point would make the most sense in, and then go from there. You might have to move a few devices that were in different rooms to the one with the access point for this project, but that’s a small price to pay. What you get in return is a less congested wireless network and a better, more reliable, and often faster connection to your devices.

Don’t forget that your primary router can still serve as its own main network hub. You can place the main router in your living room to connect your console and TV to it, and then run your Ethernet cable from there to the access point on the other side of the house.

Ethernet cable plugged into the back of a Samsung Frame TV One Connect Box. Credit: Bertel King / How-To Geek

And if you’re wondering which device you should use for that access point, most of the time, an old router that you’ve got lying around is your best option. While a simple switch can turn one Ethernet cable into multiple ports, a router can do that as well, while also giving you the option to use its wireless capabilities.

Because it relies on wired backhaul rather than wireless, its wireless connection will generally perform better than a wireless repeater, which has to share or retransmit its connection. You can use the same SSID (network name) and password, or set up a separate wireless network, which is ideal if your AP is upstairs or far away from the main router.

Even decade-old routers often support access point (AP) mode out of the box, which makes the setup as simple as connecting the Ethernet cable from the main router to a LAN port. If it doesn’t, and you want a geeky solution, you could flash OpenWRT on the old router if it’s supported. Alternatively, just use one of the other ports and set up a static IP.

This project might still require you to do some drilling, but it’s way easier to drill a single hole through a wall than to route cables and install a bunch of wall plates.

Brand

StarTech.com

Length

125ft

This extra long StarTech Cat-6 cable is a high-quality Ethernet cable that supports up to 10Gbps data transfer speeds.


Enjoy better internet without rewiring your house

A simple setup that delivers big gains

You don’t need to drill holes and run cables through every wall to enjoy the benefits of a mostly wired home network. A single Ethernet run to a strategically placed switch or old router in AP mode already gives you a fast, reliable connection where it matters most.

For most homes, this simple setup provides most of the benefits without having to go through a full-blown renovation project. And the best part is that you still get the convenience of Wi-Fi everywhere else.


An ASUS router on a shelf.


Your old router is faster than mesh Wi-Fi if you wire it correctly

You don’t need a $300 mesh Wi-Fi system (the ultimate home network fix is already sitting in your closet)



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Recent Reviews



Researchers at the University of Washington have developed a new prototype system that could change how people interact with artificial intelligence in daily life. Called VueBuds, the system integrates tiny cameras into standard wireless earbuds, allowing users to ask an AI model questions about the world around them in near real time.

The concept is simple but powerful. A user can look at an object, such as a food package in a foreign language, and ask the AI to translate it. Within about a second, the system responds with an answer through the earbuds, creating a seamless, hands-free interaction.

A Different Approach To AI Wearables

Unlike smart glasses, which have struggled with adoption due to privacy concerns and design limitations, VueBuds takes a more subtle approach. The system uses low-resolution, black-and-white cameras embedded in earbuds to capture still images rather than continuous video.

These images are transmitted via Bluetooth to a connected device, where a small AI model processes them locally. This on-device processing ensures that data does not need to be sent to the cloud, addressing one of the biggest concerns around wearable cameras.

To further enhance privacy, the earbuds include a visible indicator light when recording and allow users to delete captured images instantly.

Engineering Around Power And Performance Limits

One of the biggest challenges the research team faced was power consumption. Cameras require significantly more energy than microphones, making it impractical to use high-resolution sensors like those found in smart glasses.

To solve this, the team used a camera roughly the size of a grain of rice, capturing low-resolution grayscale images. This approach reduces battery usage and allows efficient Bluetooth transmission without compromising responsiveness.

Placement was another key consideration. By angling the cameras slightly outward, the system achieves a field of view between 98 and 108 degrees. While there is a small blind spot for objects held extremely close, researchers found this does not affect typical usage.

The system also combines images from both earbuds into a single frame, improving processing speed. This allows VueBuds to respond in about one second, compared to two seconds when handling images separately.

Performance Compared To Smart Glasses

In testing, 74 participants compared VueBuds with smart glasses such as Meta’s Ray-Ban models. Despite using lower-resolution images and local processing, VueBuds performed similarly overall.

The report showed participants preferred VueBuds for translation tasks, while smart glasses performed better at counting objects. In separate trials, VueBuds achieved accuracy rates of around 83–84% for translation and object identification, and up to 93% for identifying book titles and authors.

Why This Matters And What Comes Next

The research highlights a potential shift in how AI-powered wearables are designed. By embedding visual intelligence into a device people already use, the system avoids many of the barriers faced by smart glasses.

However, limitations remain. The current system cannot interpret color, and its capabilities are still in early stages. The team plans to explore adding color sensors and developing specialised AI models for tasks like translation and accessibility support.

The researchers will present their findings at the Association for Computing Machinery Conference on Human Factors in Computing Systems in Barcelona, offering a glimpse into a future where everyday devices quietly become intelligent assistants.



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