Install and configure network wiring for your home system.
Install and configure network wiring for your home system.
Hey there! I just had fiber gigabit internet set up in my new home and I’m starting to plan the wiring for the whole house. Since the basement is still empty, it’s convenient to work from there. I have a few ideas and needs you can help with. Here are my main scenarios:
1. I’m thinking of drywalling the basement soon and want to be ready for 10 gigabit speeds—though that might not be available locally for a while. What cables would work best? I probably need about 500 to 1000 feet, with each run under 50 feet.
2. I plan to connect from the modem in the basement to two other spots inside the basement (for the server, entertainment center, and gaming PCs after remodeling), plus two upstairs rooms (gaming PCs and bedroom). Each spot needs 2–4 separate wires. I’m considering a few wiring methods:
- 2–4 cables to each location with a 1-to-1 connector.
- 2 cables per room, split as needed.
- 1 cable to each room, splitting to a 2 or 4 output.
Which one fits best?
3. I’ll need a switch to handle all these connections. If I run 4 cables to each room, that gives me up to 16 lines total. That helps with planning, but I’m also thinking about future upgrades—maybe keeping it simple now.
4. For the upstairs Wi-Fi, I want strong coverage too, since I often do video calls from the deck and living room. I’d like a quick boost without a complicated setup.
Any tips or recommendations would be super helpful! Thanks a lot!
For 10 gigabit connectivity, CAT6 or preferably CAT6 A is recommended, offering better protection against interference from walls or power lines. CAT6 should work well for your setup since the distances are short and it supports speeds up to around 30Mbps. Unless you have specific demands, CAT6 alone should suffice. Running a few cables is economical, but installing additional lines later can be expensive and time-consuming. You can keep connections centralized in one switch, such as a basement unit, instead of running separate switches per room. If future needs increase, you can easily add or upgrade devices to specific lines without major changes.
I looked at these options: one from NetGEAR for a 16-port gigabit Ethernet, and another from TP-Link for an unmanaged Ethernet switch.
I handled this on my own recently! Here’s how I’d view the situation from my side. Apologies for the long answer, but I think you need something like this to cover all your queries.
Question 1: The difference between Cat6 and 6A is clear. If you can avoid proximity to power or telecom lines, Cat6 should suffice. But if you’re uncertain or can’t steer clear, go with Cat 6A. Running multiple lines close together might justify the extra capacity. Buying in bulk could save costs.
Question 2: I tested individual connections from modem to endpoint. A wall splitter that splits one line into two works, but it’s tricky due to thick cables and space needs. I opted for keystone jacks and matching plates, though it was time-consuming and costly. An Ethernet tester and some tools helped. Colored jacks made labeling easier, but it depends on your budget. You could manage yourself or have a local tech do the work. Spoiler images are included for reference. Always compare prices before deciding.
Question 3: I used an unmanaged switch for my needs. My setup includes a wired PC, a home server, two NVIDIA shields (important for media streaming), and gaming setups. The shields handled both local and online traffic without issues. Unmanaged works well if you prefer simplicity. However, managed might be better if you want more control. I also tried a consumer mesh network for Wi-Fi instead of dedicated APs, but it didn’t fully replace the performance. If you’re okay with managed switches, it’s fine.
Bonus: A mesh Wi-Fi setup saved me time and effort, though it’s not as robust as enterprise options. I upgraded to Asus mesh access points recently, which improved range for calls—though signal drops still occur during movement. I’d have preferred a managed solution if it mattered more.
Spoiler: Check reviews for the best deals. Let me know if you need more clarity!
I took the CAT 6A test from my router to several spots: my main desktop, the NAS two units away, the media PC used for projection, and a potential future office area. My idea was that a 4K Blu-ray with 7.1 surround at 100 Mbps would work best. Given my setup—roughly 2 gigabit fiber with a 25-mile distance to the Steam server—I realized a single gigabit connection wouldn’t handle it easily. The only real strain came from direct file transfers and sharing updates between Windows machines, especially at odd hours. I imagined one day having an 8K projector or even 10 gigabits between the NAS and media PC, but doubted that would be enough for a single gigabit link. So I’m okay with lots of Cat6 cabling inside walls. As with W-L, I need to plan Wi-Fi coverage and home automation in advance. For Wi-Fi, I’ve already wired closets on the property, possibly hiding access points or MITX racks, so all devices can backhaul data directly to the router. I’m thinking of placing drop points in various rooms—bedrooms, garage, attic—to avoid wall penetrations and ensure strong coverage. I also have a roof vent for cable runs and two outdoor access points, one for the front yard and another for the back. This setup makes it simple to extend coverage without digging through walls. I considered a drop on the back deck but worried about physical access, so Wi-Fi 6 seems sufficient. For home automation, using power over Ethernet is preferable to relying on Wi-Fi devices that need frequent charging or battery changes.
I documented my CAT6a/Ubiquiti configuration here. I strongly suggest using CAT6a to ensure future-proofing, especially for extended runs where better shielding matters. Also, if you plan to distribute the network throughout the house—like in living rooms for media setups and offices for workspaces—it makes sense to run multiple cables to those areas. Splitting connections can reduce bandwidth later, so it's wise to have enough cables for each location. You can start with a few plugs per cable, as running four is just as effective as two. Switches are flexible; you can buy affordable ones now and upgrade later. Since I’m a full Unifi user, I prefer managed switches. PoE switches are ideal because using them for both power and networking means you only need one cable for each device.