Fiber optic cables are already like wizardry to me. The fact that we have created a bundle of glass hairs that have extremely specific wavelengths of light going through them in both directions and meet at designated hubs that can somehow read the light signals and get enormous quantities of discernible information, but can also convert that signal into electrical impulses through tiny amounts of specific metals on a flat refined piece of sand into sounds and patterns is just insane. Honestly we’re so used to our technology that it’s kinda sad how we don’t think this stuff is as awesome as we give it credit for. We have nigh instant GLOBAL communication! Before any sort of technology it took six months MINIMUM for you to send a letter ONE WAY overseas. And now we can communicate via light in glass hairs that run under the ocean in a matter of seconds to anywhere in the world, hell even off world if the person is on the ISS.
They won't implement that improvement until they can figure out how to prevent companies from offering it to users for 10x cost. They will demand 1000x cost ... just because.
This won’t change home internet speeds at all, think of all the non-fiber bottlenecks (ISPs, grid, servers, etc). But might help specialized applications that benefit directly from transcontinental high throughput.
This isn’t going to get implemented, the previous record was 178 Terabits compared to the new record of 301. And the 178 record was only 1/5th faster than the previous record. We are still no where close to that speed for home internet. It isn’t going to be used for us most likely. Also, even if it did get to home users at some point, server and storage capacity for servers is gonna have to have a significant improvement. Users aren’t going to be responsible with their digital footprint and will download large files when not needed. Server capacity will get choked, meaning more servers etc etc meaning more money needed and higher prices.
Because the technology is for the Internet backbones. Not for individual internet connections. This would require special hardware and even running a server farm would not be enough to handle all this data. And just because it works in a lab doesn't mean it will work in the real world.
@@jaradams it's not a excuse it's reality. The 1.2 million times faster is click bait nonsense. She's comparing backbone speeds to to home and business class internet speeds. There are already deep sea cables capable of carrying multiple hundred terabytes of data. This isn't even really a big upgrade.
@@I.C.Weiner okay some of this makes sense, but if these speeds are already available, so to speak, why are they so much slower when they get to my house? Is this a result of technical or economic thinking?
She's quickly becoming my favourite science communicator. Brief, informative, and has an array of topics.
When can I get the internet I want to download every game
Heres to hoping the monthly bills wont get x10 times higher too 😂
Imma gonna bet yes😭
They technically should, because it is almost no more effort than before BUT capitalism
Despite there being no increase in cost
Customer service: Sir, you went over your data limit by two million megabyte, there's a $10 fee per gigabyte 😂😂😂
in minecraft terms, they added a repeater and an observer
Thanks for minecraftifying it
Now explain it in Fortnite terms
well, technically repeaters and observers make the redstone slower. You could instead make an instant repeater using two pistons and a redstone block.
In minecraft terms, they just got their first elytra and enchanted it with mending and unbreaking 3
Finally. I can download a COD update in 3 hours instead of 30
With this internet speed it could take 0.09 seconds
@@tjalfebnding8787finally
Fiber optic cables are already like wizardry to me. The fact that we have created a bundle of glass hairs that have extremely specific wavelengths of light going through them in both directions and meet at designated hubs that can somehow read the light signals and get enormous quantities of discernible information, but can also convert that signal into electrical impulses through tiny amounts of specific metals on a flat refined piece of sand into sounds and patterns is just insane.
Honestly we’re so used to our technology that it’s kinda sad how we don’t think this stuff is as awesome as we give it credit for. We have nigh instant GLOBAL communication! Before any sort of technology it took six months MINIMUM for you to send a letter ONE WAY overseas. And now we can communicate via light in glass hairs that run under the ocean in a matter of seconds to anywhere in the world, hell even off world if the person is on the ISS.
It's magic. You just described magic. I don't care what anyone says or what obtuse explanation they try to pass off; it's freakin' magic.
@@allste626 I know, isn’t it awesome?!
I think this is the best development! Slow internet would have hindered progress in so many ways.
That’s an incredible development!! Loving this channel!
They won't implement that improvement until they can figure out how to prevent companies from offering it to users for 10x cost. They will demand 1000x cost ... just because.
Now I can finally load React websites.
Meanwhile in Australia we still barely get 1Mbps 😭
Well just 49-99 to go … I believe in you
Bro, where are you, I get 700 MBPS in Melbourne.
I remember 23 yrs ago waiting over a half hour for one song to download. 😂
Content is precious, very brief and informative. Thanks for the good work ❤
When does this drop for gamers like me? :(
Radiologists would still think its too slow.
One microsecond of ping would be considered severe lag
The fact it is an upgrade to existing infrastructure is phenomenal
And our internet bill is going to be 1.2 million times higher.
I can guarantee you AT&T wants no part of this and would rather you pay premium prices for out of date hardware
I like how she inmediately went to downloading movies.
And it will be used for tracking and ads.
I’m not a bazillionaire, so it probably won’t make *my* internet faster :(
Faster internet, new optic drive with petabytes of data. The Future is coming
that the moment you know you have a fast enough internet. your harddrive is too slow to handle it
Why is E band forbidden, and why is it bad that it can't penetrate physical objects?
Don't forget the development of 3 micron cores, DWDM and ribbon fibre.
They can do all of this but somehow that one friend is still gonna have like 2k ping
This won’t change home internet speeds at all, think of all the non-fiber bottlenecks (ISPs, grid, servers, etc). But might help specialized applications that benefit directly from transcontinental high throughput.
Stop drinking the Kool aid mann. They could give you this speed right to your house. They just don't want to because capitalism.
Me who still gas to deal with copper:
Linus gonna be testing this one
Very proud this is coming from Birmingham
Cool, hope our isps don't jack their prices up relative to the speed 😅
Bold of you to assume we got optic fibre where I live :/
I was pretty happy being connected to the megabit backbone😅, 4 GB/s but hey, this sounds cool as well
This isn’t going to get implemented, the previous record was 178 Terabits compared to the new record of 301. And the 178 record was only 1/5th faster than the previous record. We are still no where close to that speed for home internet. It isn’t going to be used for us most likely.
Also, even if it did get to home users at some point, server and storage capacity for servers is gonna have to have a significant improvement. Users aren’t going to be responsible with their digital footprint and will download large files when not needed. Server capacity will get choked, meaning more servers etc etc meaning more money needed and higher prices.
Ok uhm, How do i use dis
This feels like fake news lol
So I assume alpha beta gama are ABC
And there is a sectet D band exlusive for smut
And it's latency ?
good gawd!!
Not the forbidden E band!!!
Anyway … home network capabilities are kind of starting to outgrow the need… wonder what’s next
So... why aren't we going to get it?
too much money
Because the technology is for the Internet backbones. Not for individual internet connections. This would require special hardware and even running a server farm would not be enough to handle all this data.
And just because it works in a lab doesn't mean it will work in the real world.
@@I.C.Weiner I like the last paragraph better. The first paragraph is an excuse not a reason.
@@jaradams it's not a excuse it's reality. The 1.2 million times faster is click bait nonsense. She's comparing backbone speeds to to home and business class internet speeds.
There are already deep sea cables capable of carrying multiple hundred terabytes of data. This isn't even really a big upgrade.
@@I.C.Weiner okay some of this makes sense, but if these speeds are already available, so to speak, why are they so much slower when they get to my house? Is this a result of technical or economic thinking?
So smart and sexy ❤
what the hell
@@autisticTreadmilleater what's the issue for your tissue?
Overage charges would get out of hand QUICK
Not really, there is just just “this much data” you can actually consume. At one point it becomes pointless
There is a lot wrong with what she is saying
INCORRECT AND UNFORTUNATELY FUCKING CONFIDENTLY SAID…. It’s 4.5 million times faster. ☠️
Slow roll pls, we need more accessibility faster speeds may be of dine benefit, but mostly for the nets nonliving user-denizens #OpenChat