Get guidance on building an optimal home network in a new residence.
Get guidance on building an optimal home network in a new residence.
I recently purchased a new residence and am eager to enhance my home network. Previously, renting limited my ability to install physical connections like drilling into walls or laying Ethernet cables. My house is long and narrow, featuring a central hallway with rooms branching off on either side, ending with a kitchen at the far end. I own a TP-Link Archer C7 router at the front, but the signal only reaches halfway down the property. Part of the challenge stems from thick walls and city noise that disrupts the connection. My objectives are clear: fast Ethernet in key areas (such as my study or living room) for tasks like streaming or gaming, and reliable Wi-Fi throughout the house so I can stay connected even when moving around. Initially, I planned a mesh network using TP-Link powerlines and range extenders, but it fell short—speeds are slow and it doesn’t form a true seamless mesh; video calls cut out if I shift position too much. I realize a better approach would be a central router paired with wired access points in each room. I’m curious about the costs of professional installation versus DIY options for running hidden Ethernet cables, whether standard APs suffice for a seamless setup, and what specs to look for in a good mesh AP. Overall, I’m new to this and would appreciate any guidance or recommendations. Thanks!
Do you have any storage space like a cupboard or closet to work with? The top choice would be purchasing a compact rack and installing it on the wall inside the cupboard. Place your router there, add a switch with a mounted rack, and run cables to each room you need, along with wall sockets. This setup offers the strongest signal possible. Setting up cables can feel tricky—it's not overly complicated, but getting it right is challenging. You'll encounter various hidden challenges, such as avoiding interference between Ethernet and power lines. It’s usually best to run a main cable to a central point (confirm if you have DSL, fiber, or cable) rather than handling everything yourself. If you're unsure, it's wise to hire someone for the wiring. Regarding mesh networks, Ubiquiti is an option but they’re quite pricey. Asus offers some mesh devices; their routers are known for reliability, though I haven’t used their mesh gear personally. Routers from Asus are generally dependable, but mesh WiFi isn’t something I’m very comfortable with—this is just my perspective.
I completely understand @Master Disaster’s suggestion for a compact rack configuration. I’ve implemented something similar in my recent home setup—Cat6 cabling (though it’s a bit outdated, but functional) with a 9U data cab in the loft, a Netgear 24-port switch, and a Draytek 2762n unit inside. Plus, two APC smart 1000V UPS units.
Minimalist setup, or just hang items on the wall. I’m sure the tech enthusiasts won’t bother with bricks but I’ve seen some cool makeshift installations. Organizing cables is essential for this. You can handle your own wiring. There are plenty of tutorials online about this. Settle in with some popcorn and spend a weekend exploring videos; you’ll get a solid sense of how to proceed. You don’t need a full AP in every room. With devices like Ubiquiti AP Lite, you can place one every third of the house length, mounted on walls or ceilings. You don’t require a router or controller—its software on your PC will suffice and create a seamless mesh network throughout your home. CAT6 works, but unless you’re aiming for 10 gigabit service (which you won’t), a good CAT5e cable is enough. Run multiple wires per room rather than just one. Overkill? Definitely. But it pays off once it’s done. Avoid cheap switches; go for a 24 or 48-port PoE Cisco model. Many ports are nice, but plan for several wires per room—especially if you need extra cables for TVs, bedrooms, etc. A large switch becomes necessary. You mentioned wanting a stylish upgrade, so investing in a quality PoE switch now means you won’t have to replace it soon. Yes... the switches I recommend have SFP ports for 10 gig and fiber connections, making future upgrades easy. Just keep in mind... setting this up is really engaging. I began by connecting devices directly into my home and after three years covered everything from my new property to outbuildings. After purchasing a refurbished HP DL380 rack server, I expanded with more units, building a server farm, home lab, and diving deep into automation. It’s rewarding, but it can get complex.
Starting off with a smile! That could actually be a positive twist, right? If you set up wireless APs, you can simply place them along the house and that should work. The key is ensuring their signals barely touch at the edges so users can smoothly move between stronger zones. It’s not perfect, but it gets the job done. If you’re limited to a rented space, it meets its basic goal. Just remember, don’t get your hopes up too high. Mesh networks were designed to expand coverage for those who can’t rely on traditional wired setups. But there’s a catch—mesh requires reliable backhaul connections between nodes, not just direct client links. If you’re dealing with interference from walls or other networks, expect similar challenges with mesh systems. The best mesh solutions have dedicated radio channels and some even support wired backhaul via Ethernet. In situations where wired connections are preferred, a standard AP system works well. As homes grow and more devices need constant connectivity, one router isn’t sufficient anymore. Instead of buying large racks, consider a central hub—like in small businesses or offices—connected to a switch, then wiring all APs from there. Unless you’re planning a major investment, big racks aren’t necessary.
For the right gear, Ubiquiti is a solid choice. They offer routers, switches, and APs suited for various budgets. You don’t need top-tier models; the key is versatility. All their devices can talk to each other through a central controller, which you can manage from one place. You’re free to mix brands if you need unique features. Using Ethernet to many rooms and connecting via Ethernet ports maximizes coverage. Make sure your cables are in good condition—especially when running through conduits. Use RJ45 connectors and keep termination simple. If you use PoE APs, a PoE switch is essential. Don’t buy one with too many ports; pick one that fits your extra needs.
Ubiquiti’s Design Tool can help you visualize how well your WiFi will perform in your space. A good UPS is also crucial to protect your setup.
Avoid any wireless connections. It poses physical risks and offers poor performance compared to a reliable wired setup. My home is wired at 10 gigabits per second. I have a server rack in the basement with Cat7 cabling throughout, featuring quad-port gang plates in each room for various devices. You don’t need to invest heavily—Cat7 and Cat6 are nearly identical in price today, and Cat7 handles interference better while supporting longer runs. My recommendation is to dedicate significant time to planning before starting any work. Check measurements multiple times. I invested around $40 on cable accessories, bundling four cables together and using a mesh weave to keep them secure during tight spaces. It’s crucial to map out all cable entry points into your switch room. I allocated about 15 feet extra per cable—partly for finishing the spool and allowing future adjustments. I routed that extra length along the ceiling edge in the utility room next to my server and along the wall to fit neatly into the rack. The process took nearly two full days, but it was worthwhile. This approach is excessive for most, but as a cancer survivor, I can’t compromise on home WiFi. My cell phones remain outside, stored in a small box in the mudroom. Also, ensure proper air cooling for your switch area—it gets quite hot.