The Wi-Fi router isn't working properly.
The Wi-Fi router isn't working properly.
The router supports Gigabit LAN ports and wireless speeds up to 10.8 Gbps because it uses different technologies for wired and wireless connections. The ports handle high-speed data transfer, while the wireless capability operates on a separate standard, allowing it to reach higher speeds without needing all ports at full capacity.
They often average all the speeds into one figure to give a misleading impression. My Nighthawk R7000 claims up to 1.9Gbps, but in real life on a single 5GHz band with ideal setup (my PC and desk just a few inches apart), I’m hitting around 600-650Mbps. If I could turn on all the channels—two 5GHz and two 2.4GHz—and push full power on both networks, maybe I’d come close to that advertised speed.
It's often appealing to highlight the theoretical top speeds these devices could achieve under perfect conditions. In reality, most users today opt for wireless solutions. Notice how TV makers hesitate to add gigabit ports on expensive models—LG is no exception. Higher speeds tend to be more vulnerable to interference from poor wiring, bends, and other issues. Similar challenges exist with WiFi and physical obstacles. A 10 gigabit connection in a typical home is unnecessary for most people; downloading a game in just a minute is convenient, but how often do you need that? Even streaming 4K Blu-ray at 100-125 Mbps for four people only requires half a gigabit. If you require such speeds, you likely know better brands rather than Asus, and probably focus more on networking companies. ISPs are now offering 10 Gbps connections, but most individuals still lack gigabit access.