Do you have any info on inhibiting the oxygen uptake by hemoglobin from 60 Ghz?  Here is a 60 Ghz meter I found.  It is like Government contractor level technology and I have no idea what it costs or if you can even buy it.  This is from 2008 so it's been around awhile.  There's got to be other ones out there by now.    https://news.thomasnet.com/fullstory/meter-provides-rf-radiation-safety-tests-to-60-ghz-546712

It sounds like I have no idea what the frequency will be?  I just explained that in detail.  It sounds like you have a problem with basic reading comprehension.  Go read it again.  They will use many frequencies and most of them will be under 6 Ghz.  I never claimed that not using 5G would protect anyone from EMF radiation which is another topic altogether.  EMF radiation is emitted from every electronic device we use.  If you don't use 5G with your phone you won't be sending these higher frequencies to your ear constantly.  That's some fairly basic common sense for you to not understand.  So it's a terrible attitude to protect ourselves?  What in the...?  "Our only option is to not have Wi-fi?"  When did I say that?  Well, current routers already use 5G frequencies of 5Ghz and 2.4 Ghz.   Anyone who has a    WI-FI router in their home has already been constantly exposing themselves for years to the same frequencies that 5G will use.  Bluetooth also uses 2.45 Ghz which is the same as a microwave oven.  If you shield your home from radiation those materials are often reflective so if you still use a router it will just bounce the signals around in your home and make the problem worse.  The other option is to use a router guard which lowers RF radiation below safe levels but then you can't shield your home with anything reflective.  They do have materials that absorb rather than reflect though.  Why are you against anti-radiation or faraday clothing?  You do know that these materials can block 90-98% of RF Radiation don't you?  Why wouldn't you use them?   For someone who is so scared of 5G that seems like an odd thing to say.  I'm not sure what your fixation on 60 Ghz is about, but they are not using frequencies that high through antennas.  I already explained that the higher frequencies will be only be used for close proximity device to device transfers and those will be more like 80 Ghz anyway.  So what do you think a 60 Ghz meter will do for you?  The devices will literally have to be right next to each other and your meter would have to be between them to even be in the path.  You would also have to be between the devices to be exposed.  If you don't use 5G it won't even be an issue for you.  It sounds like you have some misconceptions about 5G and your lacking some basic information and understanding. You'll need to educate yourself before you can even begin to have an intelligent conversation about it.  Hey, I'm with you that 5G should be banned.  If you think you can stop them then more power to you.  I'll cheer you on but I'm not holding my breath, and in the meanwhile I'm going to take the practical approach and protect myself and my family, and you should too. 

No that's not true.  Much of the info in this thread is not true.  First of all, 5G is not 60 Ghz or any one frequency.   Carriers will be using many different frequencies which will change from city to city and they start at 1 Ghz. The vast majority of those frequencies used will be under 6 Ghz and any of the meters can measure that.  Some higher frequencies will be used.  In Europe it seems they have settled on 28 Ghz max.  The highest frequency I've seen so far is 39 Ghz.  The top dollar meters measure up to 40 or 50 Ghz so they will measure well over 99% of all 5G signals.  They do have plans to use frequencies up to 80 Ghz but that will only be used for close proximity device to device transmissions.  They can't use frequencies that high for standard signals through 5G antennas because they simply don't travel far enough.  In Minnesota where I am from only Verizon will use frequencies that would require an expensive meter.  They have 2 frequencies, one is 27 Ghz and the other is 39 Ghz.  Every other carrier will only use frequencies under 8 Ghz that can be measured with a cheaper meter.  Many other markets will be similar.  I have looked at frequencies being used around the world and I have not seen higher than Verizon's 39 Ghz in Minneapolis.  Some inexpensive meters measure up to 8 Ghz and that will detect most of the 5G signals out there.  If you want to detect the higher frequencies you have to spend like $1,400 or more.  I hope this clears things up.  I am getting a cheap meter and I think it will be fine.  You don't need to detect every signal.  You just need to know where signals are getting through and where you need to shield.  Either get rid of your WIFI or get a router guard.  Shield your home with Faraday and get some anti-radiation clothing.  Don't buy 5G service for your phone but also understand that 4G and EMF signals can be dangerous too.  With a meter and a little preparation it won't be that hard to protect ourselves.        

The cheaper meters that detect up to 6 or 8 Ghz are actually detecting 5G.  The majority of 5G frequencies used will be in the lower microwave range starting at 1 Ghz.  I am not aware of countries saying they will use a specific frequency but carriers are divvying up the frequencies they will use.  In Minnesota most of the carriers are using lower frequencies under 8 Ghz so the regular meters will detect this, but Verizon is the exception.  They will be using 27 Ghz and 39 Ghz.  To detect that you would need one of the expensive meters that start at $1,400 and up.  I have also read that some larger packets of information may use pulsed frequencies of 70 to 90+ Ghz.  I am not aware of a meter that could measure this as they top out at 50 Ghz.  At any rate a regular meter that detects up to 8 Ghz should be a good start for measuring most of the 5G signals out there.  Much of the increased risk will actually come from additional EMF radiation from closer proximity antennas and routers, and most of the good cheaper meters do a good job of measuring EMF.   I am planning on buying a Cornet ED88T which measures all EMF and RF up to 8 Ghz.