Issue persists with packet loss from your computer to the modem-router despite replacement.
Issue persists with packet loss from your computer to the modem-router despite replacement.
Consider these factors: Execute a wireless scan with WiFi Analyzer on your computer. Capture screenshots of the 'Analyze' and 'Networks' sections, emphasizing your network name. Assess the distance between your device and the VR600v, noting any obstacles like floors or walls. Check for additional Wi-Fi devices or access points inside the home. Determine if others are utilizing the same network concurrently, such as IoT gadgets or cameras. Please supply a network setup diagram including device specifications—like ISP/DSL → modem → wireless router → desktop.
The analysis suggests minimal interference despite the screenshots. The setup is about 5 meters away with a wall separating the devices. No additional routers exist, though one connection point exists in the kitchen. There are two laptops, a TV, a desktop, and a tablet connected. My regular internet use is the main factor, as interference peaks around 6pm–10pm when my parents watch Netflix. The network layout is straightforward: ISP → Modem router (TP-link VR600v AC1600) → Desktop (custom card, TP-link Archer T6E AC1300). My PC specs are: Windows 10 home, Intel i5-7600 @ 3.50GHz, 16 GB RAM, Nvidia GeForce GTX 1070. Occasionally I can’t connect to the 5 GHz band; changing the channel to 44 helped temporarily, but it still took several attempts today. This might relate to the packet loss issue. Thanks, Michael
I've attempted to link my laptop to the modem router using Ethernet, but it still experiences over 75% packet loss. Could anyone clarify if packet loss during a traceroute could stem from poor home or road connectivity? It seems unlikely that any hardware or software fixes are needed at this stage.
The only barrier between the modem router and my computer is a single wall, a rack of coat hangers (I don’t know if metal could affect it), and some metal sliding doors. This doesn’t seem right because even when the laptop is close to the router or connected via Ethernet, problems persist. If interference could come from anywhere in the house, I have a heating system that uses the internet and a smart TV—those are the main things I think about. A microwave on the opposite side of the house? Not sure. Also, the Cat 5e Ethernet cable I used came with the modem router.
Metal can disrupt the signal, making it one of the biggest culprits. The sliding metal doors only worsen the issue. Switching to a 5GHz band might help, but I’m not sure yet. A different wireless access point could also work—preferably a wired one as suggested below. Don’t just rely on wireless; consider a wired connection like the one linked here. Also, upgrade your Ethernet to Cat 6 or Cat 6A since Cat 5E offers little protection against interference and is outdated for this purpose. Use a Cat 6 cable for your access point as well. Link: Ubiquiti Unifi AC Pro
This could affect the 2.4 GHz frequency range. Microwaves consume significantly more power than a WiFi router and are likely to create interference. It seems unusual, though, if you notice this only when close to the microwave. Ethernet connections should perform perfectly as long as all devices are functioning properly. Are your Ethernet and power cables in the same area? Electrical wires can generate EMI, which may disrupt Ethernet signals. Nonetheless, lower voltages such as 110V, common in the US, usually don’t cause this problem, though higher voltages might be a concern based on my understanding. Ideally, you shouldn’t experience packet loss between your router and your Ethernet device. WiFi, however, can behave unpredictably at times.
Set your 2.4GHz channel to 1. The existing setup conflicts with broadcasts on 6 and 11. This issue also affects Ethernet connections. I don’t believe wireless interference is the cause. Are there any advanced security tools like IDS running on the router that might be using too much CPU? Do you have another router available for a test replacement?
It's interesting to learn about potential interference issues with Cat 5E. A better approach might be switching to a Cat 6 cable to verify the connection, and then considering an access point solution if needed. Appreciate the advice!
It makes sense given the distance of the microwave. The Ethernet setup might relate to the 5E cable mentioned by BlackManINC, so further testing is needed. Regarding interference, I’m not sure about the power cables proximity, but it could be a factor.