Establishing a stable internet connection is essential for smooth online activities.
Establishing a stable internet connection is essential for smooth online activities.
Thanks for the update. It seems to occur mainly on your PC with Wi-Fi, especially when starting downloads from Steam or playing games. Certain titles like ESO perform better than others. I've tested a simple game such as Raid Land and noticed my ping exceeds 800 ms. I own a personal modem that could work, but I’d need to buy a router for a stable connection. I don’t want to deal with the hassle of running a long cable around the house. x.x EDIT: I’m using their gateway—the basic model. I’ve swapped in cheaper gateways before because of this problem, but it keeps happening. Also, I’m the only one relying on the network for heavy usage.
It's not entirely clear. You mentioned there are around five to eight at once, which is a lot. I hadn't realized it could be that big of a problem. I'm not very familiar with switching channels.
It creates disruption similar to microwaves and other non-WiFi gadgets operating on the same frequency. The electromagnetic waves have limits. Although 5GHz seems more stable, every access point must compete with others.
ISP gateways may restart unexpectedly after an update demands a reboot. This isn’t typical behavior. If you see lights on the device suddenly turn off without any physical stress, contact the ISP for assistance. Also, assess the device’s temperature—if it feels excessively hot to the touch and you can’t handle more than a few seconds, it may be overheating and causing issues. Electronics that run continuously, especially passive ones, require proper airflow. To confirm, perform a wireless scan (check both 2.4GHz and 5GHz channels). Statistically, this is the usual reason for WiFi difficulties in crowded areas. If your local bands are heavily used, the best fix might be to avoid WiFi entirely. Consider alternatives like Ethernet, MoCa, or powerline—though the latter can be sensitive to older wiring performance.
You're dealing with some complex signals here. The graphs you mentioned show data from different frequencies—2.4 GHz and 5 GHz. It sounds like you're trying to interpret network performance or interference patterns. The MoCa signal you have is likely related to a home broadband connection, possibly from a neighbor's setup affecting your Wi-Fi. The explanations you received were helpful even if they were detailed.
They say it’s a tough situation. Most channels are packed with APs, but finding spots with few networks still doesn’t help much. It feels like Ethernet over coaxial cable—you get close to gigabit speeds using 2.0 and 2.5 adapters. The main issue is the price; those adapters can be quite expensive.
The study of 2.4GHz coverage in your neighborhood reveals many residents also use WiFi signals on that band. This makes sense in an apartment building. 2.4GHz offers only a few channels with a 20MHz width, so it will quickly fill up. The best approach is to avoid using the 2.4GHz band for devices requiring low latency and high speed. IoT gadgets are unaffected, so they can stay on that frequency. The 5GHz band provides many more channels, allowing you to avoid overlap with other networks. You’re seeing your router broadcasting on channel 157 on the 5GHz network. Change it to another available channel—preferably one that isn’t busy or has a very weak signal (-80dBm or less). Sign in to your router’s admin panel to check open channels and share the results. Also, take a screenshot of your router’s wireless settings (leave out any passwords).
I believe the problem lies with those channels that aren’t in use—they’re likely DFS channels. I’m aware some AP models don’t allow DFS channels. Uncertain about Comcast’s gateway setup. Outside the newest XB6, I think DFS support isn’t included. Since many users are probably using Comcast, it’s unlikely any APs support DFS channels.