Address change leading to internet loss? Here are some practical suggestions you can try.
Address change leading to internet loss? Here are some practical suggestions you can try.
Hello Friends, My home connection drops regularly. I tried swapping all devices and cables, but the issue kept happening. The ISP says everything is fine up to the modem. I’m now stuck trying different fixes, wondering if interference from the two DBs next to the network switch might be the cause. They’re only about 50 cm away. I checked the manual later and they warn against placing the switch near a DB. Moving it would need new cabling, so I wanted to see if it’s worth it. My thought is that only routers after the switch drop are affected, and restarting the switch might help. But the main router stays connected. It seems like a standard setup: modem → main router (EERO) → network switch (TL-SG1016D) → other routers (EERO). All cables are shielded CAT6. Any advice? Thanks!
Thanks for the feedback. I’m still figuring out the best distance to reach. Since the guide doesn’t give clear guidance, I’ll aim as close as possible while using a makeshift arrangement. I’m also exploring if there are cheaper alternatives like shielding options that could reduce the need for extensive cabling.
You might consider putting the switch inside a metal enclosure to test its effect, though I wouldn't rush to purchase one if you don't already have it. Another option is to use a different power outlet, especially if you've relied on the same one continuously—this could indicate an issue there.
If you're setting up a basic router configuration, comparing two different approaches might help clarify the issue. Yes, there can be drops when switching. Are there interruptions when linking a PC straight to the router? If not, it's possible the switch is causing the problem. When the router itself drops connections directly, then investigate the router and your internet connection; it’s less likely to be the switch or the cables. Monitoring uptime on both the switch and router during these interruptions could reveal power or hardware concerns. Single-phase DB boards usually don’t generate enough EMI to trigger such drops. You’re unlikely to encounter this with CAT5e Ethernet cables in most homes. For larger setups, factories often use three-phase systems under heavy load, producing more EMI that might affect performance. CAT6 and higher cables offer better shielding, but in environments with significant static or machinery power cables (like 12cm thick ones), fiber can be a safer choice. Just keep in mind, fiber isn’t typically needed for household use—just a thought for consideration.
I covered the network switch with aluminum foil and an old IKEA oven tray. It hasn’t had any issues for about three days now. The problem seems fixed! The drawback is it looks pretty awkward.
The primary router stays online and acts as the final hub after the network switch. This confirmed the issue stemmed from my ISP or main router. I also tested various power sources via extensions, but the same problem persisted, so power wasn’t the cause. I used shielded CAT6 cables and even purchased a metal oven tray with aluminum foil, yet the problem continued. It looks like the fix is now complete with this barrier method. For the future, I need a more permanent fix.
It seems a possible fix would involve a metal junction box to house the switch with access holes for cables. This isn’t very appealing, but it’s an improvement over tinfoil and a baking tray. Another idea is to consider a switch with a metal casing, which could offer EMI protection if the current one lacks it.
I think these connectors are designed to allow proper grounding at the switch. It’s unclear how this affects the other side, since only one end should be grounded to prevent voltage differences on the ground shield. It seems puzzling that using tin foil would resolve the issue, especially since the switch itself needs to be grounded.