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I picked up a Galaxy Note 10 from AT&T for my work phone. I use it as both a phone and tethered hot-spot because my location requires it.
Much to my surprise and pleasure it turns out that this area, while no where near 5G on the official AT&T distribution map, has what I assume is an experimental, solar powered 5G link floating out on the bay. Nautical maps and my live Wi-Fi map on my phone line up with a navigation buoy.
So anyway, I get to play around with what is basically my own personal 5G hub now. It's rather impressive given how many hops it needs to make to get on to the internet. I can only assume that this test buoy is also alternating modes during it's test cycle. The buoy is probably about a mile out on the water, and likely is connecting to the internet somewhere out on the DELMARVA peninsula, but I am getting under 20ms latency at worst, and the slowest speed test is about 35mbps... so better than the highest speed I ever got out here on 4G.
Also, those speeds I see are the worst I experience. On a good day I can hit 200 mbps
The way 5G works is that most devices operate as hubs that can establish hundreds of concurrent connections and build redundant webs of interlinked devices that serve as a virtual wired network. In theory, each hop ads about 1 ms of latency, though I'm guessing I'm getting consistently more than that... but still very manageable for any use other than competitive FPS gaming. So my connection to this buoy facilitates a connection that buoy made with another device closer to an internet hub, and so on. In practice, unlike cable and 4G services, there is no huge infrastructure project needed to roll it out. No cables to run, no towers to erect. It's just getting enough people and devices in the field to create these networks. It won't be long before rural areas will have just as much internet service as urban areas.
This tech is going to change the world.
Much to my surprise and pleasure it turns out that this area, while no where near 5G on the official AT&T distribution map, has what I assume is an experimental, solar powered 5G link floating out on the bay. Nautical maps and my live Wi-Fi map on my phone line up with a navigation buoy.
So anyway, I get to play around with what is basically my own personal 5G hub now. It's rather impressive given how many hops it needs to make to get on to the internet. I can only assume that this test buoy is also alternating modes during it's test cycle. The buoy is probably about a mile out on the water, and likely is connecting to the internet somewhere out on the DELMARVA peninsula, but I am getting under 20ms latency at worst, and the slowest speed test is about 35mbps... so better than the highest speed I ever got out here on 4G.
Also, those speeds I see are the worst I experience. On a good day I can hit 200 mbps
The way 5G works is that most devices operate as hubs that can establish hundreds of concurrent connections and build redundant webs of interlinked devices that serve as a virtual wired network. In theory, each hop ads about 1 ms of latency, though I'm guessing I'm getting consistently more than that... but still very manageable for any use other than competitive FPS gaming. So my connection to this buoy facilitates a connection that buoy made with another device closer to an internet hub, and so on. In practice, unlike cable and 4G services, there is no huge infrastructure project needed to roll it out. No cables to run, no towers to erect. It's just getting enough people and devices in the field to create these networks. It won't be long before rural areas will have just as much internet service as urban areas.
This tech is going to change the world.