Europe Agrees To Agree With Everyone Except US What 5G Should Be
itwbennett writes: Following agreements signed by the EU with South Korea in June 2014 and with Japan in May 2015, the EU and China "have agreed to agree by the end of the year on a working definition for 5G," reports Peter Sayer. "About the only point of agreement so far is that 5G is what we'll all be building or buying after 4G, so any consensus between the EU and China could be significant," says Sayer.
The United States will accept the standard when the rest of the world ditches that stupid metric system and go back to real units.
The US will build their OWN 5G network. With Blackjack. And hookers.
In fact, forget compatibility.
The US will adopt a closed standard, with royalties, that will work only in the US. That'll keep the eurotrash out.
Buzzword.
"A door is what a dog is perpetually on the wrong side of" - Ogden Nash
Increased speed is pointless if they keep choking it with ridiculously low caps. "Oh, wow. I can hit my monthly cap in 19.3 seconds."
In other words, two government bodies which have nothing to do with the actual 5G standard have agreed to agree what 5G is (that is, they won't support different standards). The actual standard itself hasn't been set, and the two bodies which actually do make the standard don't plan to set it until 2020.
Was the whole point of this submission to take a shot at the U.S.? Need I remind you that had the U.S. signed up for the GSM standard, CDMA would've been stillborn and we would likely have 50-200 kbps data speeds today. GSM used TDMA, which allocates bandwidth to phones which aren't even using it. CDMA allows all phones to transmit simultaneously, and bandwidth gets distributed evenly between all transmitting phones. CDMA worked so well that by the time 3G rolled around, GSM adopted CDMA (it now uses TDMA only for voice) and nearly every GSM phone in the world also packed a wideband CDMA radio for data. That's right, CDMA won the GSM vs CDMA war. That's why you could talk and use data at the same time on a GMS phone - they had a TDMA radio for voice, a wCDMA radio for data. CDMA phones used the same radio for both, just in different modes.
(And if you're curious, most LTE implementations use OFDMA. Mathematically it's a lot like CDMA, except using orthogonal frequencies instead of orthogonal codes. The orthogonality is what allows you to pick out a specific phone's signal even though all phones are transmitting simultaneously. The transmissions from other phones just increases the noise floor, so a phone that's not transmitting decreases the noise floor, everyone else's signal to noise ratio improves, and the bandwidth the non-transmitting phone would've used is distributed equally among the phones which are transmitting. TDMA is just giving each phone a timeslice, so only one phone can transmit at a time - or not transmit if it didn't actually need the timeslice.)
Carriers: The numbers all go to 5G. Look, right across the board, 5G, 5G, 5G and...
Customers: Oh, I see. And most networks go up to 4G?
Carriers: Exactly.
Customers: Does that mean it's faster? Is it any faster?
Carriers: Well, it's one faster, isn't it? It's not 4G. You see, most blokes, you know, will be surfing at 4G. You're on 4G here, all the way up, all the way up, all the way up, you're on 4G on your phone. Where can you go from there? Where?
Customers: I don't know.
Carriers: Nowhere. Exactly. What we do is, if we need that extra push over the cliff, you know what we do?
Customers: Put it up to 5G.
Carriers: 5G. Exactly. One faster.
Customers: Why don't you just make 4G faster and make 4G be the top number and make that a little faster?
Carriers: [pause] These go to 5G.
I have a 7G mobile hanging in my window. That is seven G's! Two more than this 5G and at least THREE MORE than what most people have.
I added a small bell to balance them to eight items. I had used a pre-made mobile ring with eight holes around the circumference and was too lazy to measure and drill seven new ones for the strings. But when the window is open, and the wind catches the G's in the mobile, the bell hanging from the ring rings.
People have asked me if I could also talk into it: of course I can, but I don't see the point.
"We mustn't be caught by surprise by our own advancing technology" -- Aldous Huxley