I use Metro PCS and Spectrum internet. My Metro plan is the unlimited 4G LTE, while Spectrum offers half gigabit down. Most of the time I rely on my home WiFi for my phone during those infrequent times when my LTE isn't performing well. Usually, my LTE speed stays between 40-60 Mbps. A few months ago, my home WiFi failed because someone accidentally caused a disruption. At that point, I switched to mobile internet to keep working, but it seemed to drop along with my WiFi. I made sure my phone wasn’t connected to WiFi to avoid creating the issue myself. After testing, I found my connection speed was only .02 Mbps when it connected. When I left the house, my Metro connection restored, and coming back gave me full speed again. I’m tech-savvy so I suspect these networks aren’t interacting normally, but I’m now really confused. This morning my home WiFi went down once more, and I was using my phone when I noticed it. I disconnected my WiFi and saw the same problem happen instantly. The slowest speeds I’ve experienced are truly terrible. Tonight my WiFi remains down, and my phone connection is still poor. Everyone else in the house seems to be having similar issues—Verizon users report around 0.5 Mbps. What causes this? How can I fix it? It’s becoming an issue because I work late at night when people are asleep and I need to upload files. Any advice or explanation would be greatly appreciated.
In a medium-density apartment complex or similar setting, you’re likely near a nearby cell tower connected through fiber to the network. Even if another company handles the tower, the cables run along the same routes as regular traffic. The tower should turn off when inactive, but it may continue broadcasting unintentionally.
Metro PCS belongs to T Mobile. I recall a recent installation of a new cell tower a few years back, likely by T Mobile. Something notable was that it was powered by a Charter Spectrum Fiber connection. This was intriguing since Charter Spectrum doesn’t currently serve our area, offering service to only about 8% of the community now. It’s possible Charter provided the fiber backbone for the cell site you typically use. As @brwainer mentioned, there’s a chance if you reside in an apartment, they might have installed sites both inside and outside the building. I’m aware they did this with terminals at Detroit Metro Airport to improve coverage there, and they also have additional locations near the airport to reach surrounding neighborhoods. So when someone cut the other lines, it could have disrupted the connection between the cell site.
I found much better solutions than what I saw online. Thanks for staying calm and not getting defensive. This morning I reached out to Spectrum when I was away from home, and they confirmed a fiber cut caused the outage. My phone still only works on data now, which is fine. A friend who plays fiber optic cable games mentioned the same thing. It seems Spectrum and metro might share infrastructure, but I hadn’t heard of a cell tower using fiber. I’m not an expert on that stuff—mostly fix computers and work with audio, but I know enough about tech to understand. My house has several people, and they all faced the same problem even with Verizon. The internet went down because of a fiber cut, leaving nothing connected except clean ones when it was up. I’m guessing the cell tower uses those lines, but it wasn’t set up for broadcasting.
We don't have any information about what the drunk idiot hit.
They likely use advanced systems to move large amounts of data efficiently. Fiber itself can handle hundreds of terabits per second, and when combined with technologies like DWDM, each wavelength within a single fiber can transmit over 400 Gbps across many channels. This setup allows massive throughput without needing more physical cables—just by adjusting the equipment at each end. Data is then distributed further down the line to reach homes or businesses in various speeds. Upstream, multiple fibers or bundles are often used, but sometimes a single fiber serves several locations. If a connection is disrupted—whether from damage, weather, or interference—it can affect many users connected to that point. In some cases, shared infrastructure means a problem at one location impacts several providers. Sometimes equipment is placed above ground, making it vulnerable to accidents like fallen poles. Adding repeaters helps extend reach, even across long distances, though challenges remain in maintaining reliability.
I don't understand much about towers or fiber optic cables. I didn't really study the company side of internet connections. I assumed we had phone lines providing basic data, then satellite for higher speeds, and finally cable for faster connections. Fiber seemed like the next upgrade with gigabit speeds, which my modem has a physical connection for. I've heard people call it "cable internet" until recently when I called while away from home, but then they mentioned a fiber cut. It was confusing since Verizon had been using their fiber service for years.
Sure thing, Florida rules seem to say our construction crew is pretty inebriated. Check the news and social media—everyone laughs. Interestingly, a friend who works with fiber optics has been doing this for about three years. Every week he gets called out to fix a cut, usually with a big team. Most of these guys are clearly under the influence. A side note: he said he saw two of them wearing yoga pants and made some silly sounds before jumping into a company van to chase them around the block. Those two are definitely heavy drinkers. I bet whoever keeps doing this is just like those two, given their terrible reputation.
FIOS provides fiber directly to your residence. Some installations use coaxial cable because it allows delivery of television services alongside internet. Verizon doesn’t rely on traditional cable modems; instead, they employ a Moca router. The connection speed ranges from 1 Ghz to 1.5Ghz over the line, while TV signals operate on lower frequencies. Typically, slower connections trigger a coax setup. Faster tiers may switch to Ethernet connections. In short, fiber reaches an ONT (Media Converter) which transforms it into either copper or coaxial. The ONT functions somewhat like a modem but isn’t exactly one. On Verizon’s network, the ONT changes fiber to either Ethernet or coax. AT&T uses a single device that combines media conversion and routing within one unit. Each provider handles fiber deployment uniquely. Companies such as Charter offer fiber networks, while certain cable firms extend fiber via RFoG (RF over Glass) technology. Generally, fiber travels from the central hub to a micro node, which then sends signals through coax for distribution. Cable services are known as Fiber to the Node, meaning the fiber reaches individual homes and connects to coaxial transmitters carrying RF signals.