Tristan Scott

Well, then how come when you're in one of those stadiums, you never have phone service?

Well, then how come when you're in one of those stadiums, you never have phone service?

Well, that's what they're trying to fix. So I haven't been in a pro sports stadium in a long time, so I can't tell you if it's gotten any better. But also the data throughput now, the amount of garbage we're posting on social media and downloading all the time is just always increasing. So it's like they're always just trying to catch up.

Well, that's what they're trying to fix. So I haven't been in a pro sports stadium in a long time, so I can't tell you if it's gotten any better. But also the data throughput now, the amount of garbage we're posting on social media and downloading all the time is just always increasing. So it's like they're always just trying to catch up.

Well, that's what they're trying to fix. So I haven't been in a pro sports stadium in a long time, so I can't tell you if it's gotten any better. But also the data throughput now, the amount of garbage we're posting on social media and downloading all the time is just always increasing. So it's like they're always just trying to catch up.

And that's what people need to understand that 5G is just fifth generation wireless technology. It doesn't mean gigahertz. It does not mean gigahertz. It just so happens that five gigahertz is in the range of like where 5G mid band is used. So it's very confusing. And, you know, it's very confusing for the layman because even for me diving into this, there's not a lot of information out there.

And that's what people need to understand that 5G is just fifth generation wireless technology. It doesn't mean gigahertz. It does not mean gigahertz. It just so happens that five gigahertz is in the range of like where 5G mid band is used. So it's very confusing. And, you know, it's very confusing for the layman because even for me diving into this, there's not a lot of information out there.

And that's what people need to understand that 5G is just fifth generation wireless technology. It doesn't mean gigahertz. It does not mean gigahertz. It just so happens that five gigahertz is in the range of like where 5G mid band is used. So it's very confusing. And, you know, it's very confusing for the layman because even for me diving into this, there's not a lot of information out there.

And there's a lot of people reporting on 5G in 2020, 2021, and not a lot of updates since. But I can tell you millimeter waves have actively been rolled out. Every major city in the U.S., for sure. Downtown areas, entertainment centers, airports especially. And...

And there's a lot of people reporting on 5G in 2020, 2021, and not a lot of updates since. But I can tell you millimeter waves have actively been rolled out. Every major city in the U.S., for sure. Downtown areas, entertainment centers, airports especially. And...

And there's a lot of people reporting on 5G in 2020, 2021, and not a lot of updates since. But I can tell you millimeter waves have actively been rolled out. Every major city in the U.S., for sure. Downtown areas, entertainment centers, airports especially. And...

they're probably never going to be rolled out in suburbia maybe and rural areas for sure not so that's where the mid band like three to six gigahertz you get the sweet spot of slightly higher frequency slightly higher data throughput but you're not you know dropping out every hundred yards so I don't know for sure. This measures, my EMF meter measures 200 megahertz to 8 gigahertz.

they're probably never going to be rolled out in suburbia maybe and rural areas for sure not so that's where the mid band like three to six gigahertz you get the sweet spot of slightly higher frequency slightly higher data throughput but you're not you know dropping out every hundred yards so I don't know for sure. This measures, my EMF meter measures 200 megahertz to 8 gigahertz.

they're probably never going to be rolled out in suburbia maybe and rural areas for sure not so that's where the mid band like three to six gigahertz you get the sweet spot of slightly higher frequency slightly higher data throughput but you're not you know dropping out every hundred yards so I don't know for sure. This measures, my EMF meter measures 200 megahertz to 8 gigahertz.

So that could be mid band. That could be low band. But for sure, we went out there. We measured it. We stood like 20 feet away from it. It's hot. But what did you realize? You're like, oh, that's not even as bad as my bedroom.

So that could be mid band. That could be low band. But for sure, we went out there. We measured it. We stood like 20 feet away from it. It's hot. But what did you realize? You're like, oh, that's not even as bad as my bedroom.

So that could be mid band. That could be low band. But for sure, we went out there. We measured it. We stood like 20 feet away from it. It's hot. But what did you realize? You're like, oh, that's not even as bad as my bedroom.

Right. My bedroom was worse than that. Next to my baby monitor. That baby monitor, dude, was like sitting next to Chernobyl or something. Not quite, but it was like 400,000 on that.

Right. My bedroom was worse than that. Next to my baby monitor. That baby monitor, dude, was like sitting next to Chernobyl or something. Not quite, but it was like 400,000 on that.

Right. My bedroom was worse than that. Next to my baby monitor. That baby monitor, dude, was like sitting next to Chernobyl or something. Not quite, but it was like 400,000 on that.