Exploring ways to achieve 1Gbps at home. Options include fiber optic cables, Wi-Fi upgrades, or wireless solutions.
Exploring ways to achieve 1Gbps at home. Options include fiber optic cables, Wi-Fi upgrades, or wireless solutions.
Recent improvements: UK cottage upgraded from 300Mbps FTTP to 1Gbps FTTP. Fibre arrives at the first floor, behind the house. Devices are on the ground floor living room, TV, gaming PC nearby. Main challenges: Ethernet needs extensive planning permission due to Grade II listing and requires a contractor; lack of skills for drilling through foundations and neatly routing cables inside. Everyone insists on professional handling. Powerline setup using TP-Link adapters provides 650Mbps reported and about 150Mbps in practice from upstairs. WiFi performance is roughly 100-250Mbps with real-world testing in the living room. Possible solutions: Build a large-scale WiFi bridge; wait for easing restrictions to install Cat5e or SC cable around the house exterior; or consider a budget WiFi bridge offering 1Gbps under £300. Any suggestions for temporary fixes?
My home is quite compact, but the walls and floors are thick because of the building's age. It’s been hard to locate WiFi APs or mesh devices that clearly show their actual connection speeds. I’m wondering if they can connect at speeds above 1Gbps, even with some signal loss.
the available access point performs better than expected because it includes enough antennas to direct the signal effectively, enhancing your device's signal penetration through walls. However, some performance loss is normal due to factors like distance and interference. The listed specifications are theoretical; in practice, you'll encounter real-world limitations such as the inverse square law, physical obstacles, and other disruptions. For optimal speeds, ensure you have a 802.11ac wave 2 adapter connected to your device.
For such an aged home, how sure are you about the wiring’s dependability? If the house had modern wiring installed in the past decade or so, you might consider using Powerline adapters, though their performance is inconsistent and relies on the condition of the electrical system. You’ll only find out for sure by testing it. Since setting up Ethernet cables isn’t looking feasible, a mesh Wi-Fi setup would be the best choice. I favor wired access points, but your circumstances seem perfect for a mesh network. A major advantage of mesh systems is flexibility—you can reposition the nodes until coverage is optimal and you don’t need to mount them on walls or ceilings, as long as power is available. There are numerous mesh WiFi reviews available online; one notable mention comes from Wirecutter.com and TechRadar.com. Personally, I’ve had positive experiences with Synology router/AP devices.
@Falcon1986 Powerline is the current solution I've had in place for a while now. A pair of TP-Link 2000Mbps Powerline adapters gets me 650Mbps reported in the utility and about 150Mbps in real world testing - so not great. Thanks for your links, very helpful with researching into WiFi bridging with 802.11AX. I found the "Dong Knows Tech" website to be the most informative with detailed comparisons. I've got two Asus Zenwifi AX (XT8) units arriving today. Hopefully it'll get a solid 1Gbps backbone between the two rooms. I'll update as to how this has gone as this is a relatively new product without many real world reviews.
Currently, only a handful of gadgets manage to reach 1gbps via Wi-Fi, especially under ideal settings. As you've noticed, marketing teams often highlight the AC5300 in packaging, though even with a router capable of 1300mbps to a single device, achieving 1gbps on a laptop using a good 3x3 MIMO card six feet away from the router is rare. It can be frustrating, but setting up Ethernet—preferably multiple connections to your switch—might be the better option.