Tristan Scott

To reduce exposure to RF energy, use a hands-free option such as the built-in speakerphone, headphones, or other similar accessories. Cases with metal parts may change the RF performance of the device, including its compliance with the RF exposure guidelines in a manner that has not been tested or certified. Wow.

Although this device has been tested to determine radio frequency exposure compliance in each band of operation, not all bands are available in your area. Bands are dependent on your service provider's wireless roaming networks. That's another thing I wanted to ask you about. What about the like the AirPod headphones, those wireless Bluetooth headphones that everyone use? Are those super toxic?

Although this device has been tested to determine radio frequency exposure compliance in each band of operation, not all bands are available in your area. Bands are dependent on your service provider's wireless roaming networks. That's another thing I wanted to ask you about. What about the like the AirPod headphones, those wireless Bluetooth headphones that everyone use? Are those super toxic?

Although this device has been tested to determine radio frequency exposure compliance in each band of operation, not all bands are available in your area. Bands are dependent on your service provider's wireless roaming networks. That's another thing I wanted to ask you about. What about the like the AirPod headphones, those wireless Bluetooth headphones that everyone use? Are those super toxic?

Yeah.

Yeah.

Yeah.

They're 2.4 gigahertz as well. So it's the same frequency as your Wi-Fi just below a microwave oven.

They're 2.4 gigahertz as well. So it's the same frequency as your Wi-Fi just below a microwave oven.

They're 2.4 gigahertz as well. So it's the same frequency as your Wi-Fi just below a microwave oven.

I saw a clip on Huberman's podcast where he's interviewing, I think it's a neurosurgeon. Yeah, the Neuralink guy, right? Is that who that was? I think so. No, no, no. It wasn't the guy who had Neuralink. Or no, it wasn't the guy who had the brain chip. This guy was like an actual neurosurgeon. And he was asking him about radio frequencies. And he asked the guy what he thought about the...

I saw a clip on Huberman's podcast where he's interviewing, I think it's a neurosurgeon. Yeah, the Neuralink guy, right? Is that who that was? I think so. No, no, no. It wasn't the guy who had Neuralink. Or no, it wasn't the guy who had the brain chip. This guy was like an actual neurosurgeon. And he was asking him about radio frequencies. And he asked the guy what he thought about the...

I saw a clip on Huberman's podcast where he's interviewing, I think it's a neurosurgeon. Yeah, the Neuralink guy, right? Is that who that was? I think so. No, no, no. It wasn't the guy who had Neuralink. Or no, it wasn't the guy who had the brain chip. This guy was like an actual neurosurgeon. And he was asking him about radio frequencies. And he asked the guy what he thought about the...

those headphones, those Apple headphones. It's like, oh, it's not a big deal. He's like, they put out such a little bit, it wouldn't make a difference. That's true. But guess where they're located?

those headphones, those Apple headphones. It's like, oh, it's not a big deal. He's like, they put out such a little bit, it wouldn't make a difference. That's true. But guess where they're located?

those headphones, those Apple headphones. It's like, oh, it's not a big deal. He's like, they put out such a little bit, it wouldn't make a difference. That's true. But guess where they're located?

In your head. In your ear canal. Right. Zero distance. Not even zero distance. It's almost like even closer than your phone would be, right? Because it's in your ear. So it's very true that Bluetooth is low energy, low power. You know, that's the whole glamour to Bluetooth. It's like low power. It's amazing. In electrical engineering, like everyone loves Bluetooth, even though it's kind of like,

In your head. In your ear canal. Right. Zero distance. Not even zero distance. It's almost like even closer than your phone would be, right? Because it's in your ear. So it's very true that Bluetooth is low energy, low power. You know, that's the whole glamour to Bluetooth. It's like low power. It's amazing. In electrical engineering, like everyone loves Bluetooth, even though it's kind of like,

In your head. In your ear canal. Right. Zero distance. Not even zero distance. It's almost like even closer than your phone would be, right? Because it's in your ear. So it's very true that Bluetooth is low energy, low power. You know, that's the whole glamour to Bluetooth. It's like low power. It's amazing. In electrical engineering, like everyone loves Bluetooth, even though it's kind of like,

For connectivity and stuff, it's kind of a pain in the ass, right? Things are always connecting, disconnecting. Apple has made it seamless because they have the hardware and the accessory. Every other Bluetooth accessory doesn't get Apple's kind of protocols. That's why they're a lot more annoying to connect, by the way.