Tristan Scott

Because they went to this higher frequency, the only way to really get anywhere, they have to have a narrow beam width, which when it's more narrow, it's more concentrated, so it's actually higher power. And then they have to have repeater towers. So these smaller towers, these smaller cell stations all over.

Because they went to this higher frequency, the only way to really get anywhere, they have to have a narrow beam width, which when it's more narrow, it's more concentrated, so it's actually higher power. And then they have to have repeater towers. So these smaller towers, these smaller cell stations all over.

Because they went to this higher frequency, the only way to really get anywhere, they have to have a narrow beam width, which when it's more narrow, it's more concentrated, so it's actually higher power. And then they have to have repeater towers. So these smaller towers, these smaller cell stations all over.

So that's why you see them on light posts, on buildings, on like disguises trees, like literally everywhere. And they have this different look. Look, there's a palm tree one. Yeah, they try and like disguise it, right? And they have these different looks because they have way more antennas on them because they're using a different frequency.

So that's why you see them on light posts, on buildings, on like disguises trees, like literally everywhere. And they have this different look. Look, there's a palm tree one. Yeah, they try and like disguise it, right? And they have these different looks because they have way more antennas on them because they're using a different frequency.

So that's why you see them on light posts, on buildings, on like disguises trees, like literally everywhere. And they have this different look. Look, there's a palm tree one. Yeah, they try and like disguise it, right? And they have these different looks because they have way more antennas on them because they're using a different frequency.

Makes us feel more in tune with nature when it looks like a palm tree, an electronic palm tree blasting you with cancer. Yeah.

Makes us feel more in tune with nature when it looks like a palm tree, an electronic palm tree blasting you with cancer. Yeah.

Makes us feel more in tune with nature when it looks like a palm tree, an electronic palm tree blasting you with cancer. Yeah.

And that's bad potentially because it's higher power, it's more concentrated. But they really only rolled out millimeter waves where it makes sense because it's a massive infrastructure problem and it makes no sense to have like that in the suburbs or in rural places for sure.

And that's bad potentially because it's higher power, it's more concentrated. But they really only rolled out millimeter waves where it makes sense because it's a massive infrastructure problem and it makes no sense to have like that in the suburbs or in rural places for sure.

And that's bad potentially because it's higher power, it's more concentrated. But they really only rolled out millimeter waves where it makes sense because it's a massive infrastructure problem and it makes no sense to have like that in the suburbs or in rural places for sure.

Can you tell by looking at one of these towers if it's 5G or 4G or something else? Are there differences or are they mostly all 5Gs?

Can you tell by looking at one of these towers if it's 5G or 4G or something else? Are there differences or are they mostly all 5Gs?

Can you tell by looking at one of these towers if it's 5G or 4G or something else? Are there differences or are they mostly all 5Gs?

Well, they're mostly now the newer ones with those like big white rectangular blocks are definitely all 5G towers.

Well, they're mostly now the newer ones with those like big white rectangular blocks are definitely all 5G towers.

Well, they're mostly now the newer ones with those like big white rectangular blocks are definitely all 5G towers.

Can I show you the one out back real quick and you can see what, tell me what you think. Sure. Let's take a quick break. All right. We just looked at the 5G tower out back and we put up your meter next to it and it looks like it's pretty hot.

Can I show you the one out back real quick and you can see what, tell me what you think. Sure. Let's take a quick break. All right. We just looked at the 5G tower out back and we put up your meter next to it and it looks like it's pretty hot.