GoKawiil
Tech News
Despite Ethernet typically outperforming Wi-Fi by two to three times, many users report the opposite in practice. The cause can be newer wireless standards like Wi-Fi 7 delivering unusually fast speeds, or separate hardware and software issues affecting the wired connection itself.
Windows 11 users can check negotiated Ethernet speed under Settings > Network & internet > Ethernet, or via the ncpa.cpl shortcut on Windows 10 and 11 to view adapter status. Mac users can find the same information under System Settings > Network > Ethernet > Details > Hardware, with the configuration kept on Automatic to avoid connection problems.
The advice outlines how to free an Ethernet connector that won't release from its port without snapping the plastic locking tab or damaging the data and power pins. It recommends turning off the device first, holding the tab down while gently flexing the connector, and bracing the device frame for stability while pulling. If that fails, a flathead screwdriver or pen tip can help depress the tab, though pliers are discouraged due to the risk of crushing the connector or scraping nearby pins.
Cat7 cable raises the frequency rating to 600 MHz versus Cat6's 250 MHz, adding foil shielding around each twisted pair plus an outer shield to reduce crosstalk and interference, and was designed to support 10 Gigabit Ethernet over 100 meters. However, a true Cat7 installation requires compatible GG45 or TERA connectors and a cabling channel that meets the full specification, not just a cable labeled Cat7 plugged into standard RJ45 ports. Meanwhile, TIA guidance indicates Cat6 can support 10GBASE-T reliably up to about 37 meters, and potentially up to 55 meters depending on interference conditions.
Standard Ethernet installations are capped at a maximum total run of 328 feet, a figure set by networking standards to account for signal loss, interference and timing errors rather than an absolute cutoff. That distance typically breaks down into 295 feet of solid-core cable plus up to 33 feet of flexible patch cables at each end. Within that range, Cat5e or Cat6 cabling reliably supports 1 Gbps speeds, and everyday runs of 10 to 100 feet won't cause any slowdown.