Greetings! Here are some welcoming suggestions.
Greetings! Here are some welcoming suggestions.
Additionally, I don’t have a lot of money left—only around £20, which is quite low for what I’m planning.
This option appears improved and includes Bluetooth functionality.
I’m aiming for an 802.11ac connection rather than 802.11n. You’d probably want an external antenna to place them outside the case, avoiding interference from the PC’s enclosure. (These tend to be quite expensive, so you might need to buy the antenna separately.) I’m also interested in the router model, since a 2.4GHz-only setup would likely limit your options because that band is heavily used. Regarding powerline, it seems unlikely due to the lack of available outlets, though some adapters include a passthrough port—so you wouldn’t waste extra space. A USB adapter works too, but I’d suggest sticking with something more efficient if you’re looking for long-term value.
The antennas should point toward the left side of your room, near the router that handles both frequency bands. Since power line adapters aren’t within your budget, an internal solution with two USB ports would be ideal. I don’t see a screenshot of the reference you mentioned, but let me know if you need further help.
802.11ac might not work well with my 200Mbps broadband, but it could offer additional capabilities I haven't noticed yet.
802.11n operating at 300Mbit often faces issues reaching 200Mbit in everyday situations. Sharing a channel with neighbors can also reduce speed, but having more available bandwidth makes it less likely to drop below your connection speed. Choosing a narrower channel width increases the chance of finding an unused one. Modern standards improve spectrum efficiency, so performance tends to stay higher even when usage isn’t at full capacity.
However, you cannot manage your neighbors' settings, which means performance can drop suddenly. The quicker you need to begin, the farther you must move from the router before connection slows. Additionally, having more unused bandwidth usually results in lower latency.