this post was submitted on 07 Mar 2025
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While I agree with you in principle, that's a hard sell to somebody with an embedded 2G medical device.
Setting "companies" aside, I don't see why it couldn't be some sort of DIY project. Like, a small computer with a both a 2G and 5G modem, a set of antennas for each, and some middleware...
In fact, there are some phones that support both networks... So why couldn't a spare phone be used? They technically already have all the hardware to make it work.
Because it's the cellphone equivalent of creating a pirate radio station, to put it in terms better understood. In all developed nations that is outright not allowed.
You're saying to create a 2g cell tower which then retransmits on 5g. That 2g portion needs to emit as if it were a real cell tower, it's not just a phone-to-phone connection.
What I'm saying is those medical device companies just need to upgrade hardware. Not the user.
That is a valid perspective, but it doesn't take into account the burden on end users. Would you still feel that same way if you were the user, and the "update" required literal surgery on your body - not because the device failed, or expired, but simply because network standards have changed?
Why not use the analogy of a Wi-Fi repeater or extender that can handle multiple Wi-Fi standards simultaneously?
For that matter, it should be rather simple to limit it to only "listen" for connections from known medical devices (though it's not like there are a bunch of 2G phones running around these days).
I'm listening, but so far, I haven't seen anything that explains why this would actually be a bad idea, or how it could cause any harm.
Can you give me an example of a medical implant with 2g embedded? I'm not sure that's a thing. They usually use other RF signals to talk to something outside the body.