(don't get me wrong, maybe there is something i've missed, but it looks much like the existing tech to my eyes - can you fill us in with more detail, maybe do a compare/contrast?)
@SirFact So true, a world without money free's people from labor and give's everybody limitless innovation to work towards "something", rather than working all this week, to put gas in my car next week.
японцы предложили фотонную систему передачи данных еще в 80 х годах...они предлагали использовать пучки света... здесь пиндосы просто доработали систему;)
when does the public expect a show off. like a real demonstration of what is possible? and how secure is something like this....because if this is user friendly i can see a new peripheral in the making. just imagine using SSD with this. substitute for SATA here we come.
@destinationpsp and about internet networks. probably for future racks and networks that supply a business or office. theres no way wiring like this would be put in - ground to supply homes otherwise.
@Tariqghrayyib oh and this will not replace sata, not yet. intel said they are working to make a microchip that works with their current ones but not replace their current ones. they said we have to wait five years for this to be available. what will replace sata for now is light peak, it can do 10gb/s.
@destinationpsp not yet :) honestly tho. with the EVGA SR2 out. people are spending some serious cash on this hardware. i wouldnt imagine this light peak being cheap when it does come out. even when it does. it will be outdated by this silicon photonics. any who. no matter how fast they are or how fast intel can make things. it takes at least another 1 year just for the industry to follow up on it. :( - sad face.
Electronic circuits in modern CPU buses can carry 12.8 Gbits/second, but only over a very short distance. The advantage here is that, by turning the electrons into photons, and then back, you can get that same bandwidth per channel (light frequency) over a long fiber optic cable.
The fact that it's done directly on silicon means that it's inexpensive enough for mass production, and can be deployed everywhere: Server farms, home applications, etc, not just major Trans-Oceanic fiber lines.
How did Silicone based fiber optic mediums become so more advanced than the silicone chips themselves if integrated circuit technology was developed at the same time by the same people?
It seems like fiber optic cables are on version 8.0 while the chips themselves are only on version 2.0
Did he say 12 and a half gigabits/sec per channel???!!
Electronic circuits carry 512 bits/sec per channel. There's no way that carries 12.5 gigabits/sec. That would be astronomically large jump over electronic circuits in speed and capacity...
Imagine being able to have an array of processors in one box, have an array of memory in another box and I/O taken care of in another box. Supercomputers could be much less complex yet faster and more efficient.
For personal computers, motherboards could be better designed without the need of placing speed dependent chips right next to each other. Imagine being able to add extra memory in a drive bay instead of on the board. Oh the possibilities!
So this is different from regular fibre optic ethernet... how? Apart from a small magnitude speed increase?
TahreyUK 2 months ago
(don't get me wrong, maybe there is something i've missed, but it looks much like the existing tech to my eyes - can you fill us in with more detail, maybe do a compare/contrast?)
TahreyUK 2 months ago
I'm a Geek Chick this peeks my interest
AprilShowers317 5 months ago
Can it run holographic porn?
loasolidsnakemgs 5 months ago
@rowtypo
Ehem i didn't say "money", i said "profit".
A research does not guarantee a solid positive result, yet it still needs investment.
(it is a "risk factor"- a scary word for any company)
Of course there are corporations that manage to balance profit with progress.
(like mac, dyson, subaru, nvidia)
But majority of big corporations does not care much for progress, because they are chasing profit only
(mcdonalds, chrysler, walmart, bp)
And it is those "profit guzzlers" i can't stand!
SEThatered 7 months ago
Money is holding back the entire planet wait until people actually realize that
SirFact 1 year ago 8
@SirFact
Profit vs progress.
No company would bother with research for new, until they sold you all the old crap they have.
SEThatered 7 months ago
@SirFact So true, a world without money free's people from labor and give's everybody limitless innovation to work towards "something", rather than working all this week, to put gas in my car next week.
noezzi 7 months ago in playlist Intel Labs
Great, intel will give us Light Peak before they support USB 3 -_-
griptick 1 year ago
present usb 3..... soon light peak....... future 50G Silicon Photonics Link
tomyloveu 1 year ago
i dont understand! haha
quadsnipable 1 year ago
Am I a nerd if this gives me a woody? Nahh...
tankerspanker 1 year ago 5
японцы предложили фотонную систему передачи данных еще в 80 х годах...они предлагали использовать пучки света... здесь пиндосы просто доработали систему;)
KATENOK1977 1 year ago
Sweet
ILoveEpicMusic 1 year ago
when does the public expect a show off. like a real demonstration of what is possible? and how secure is something like this....because if this is user friendly i can see a new peripheral in the making. just imagine using SSD with this. substitute for SATA here we come.
Tariqghrayyib 1 year ago
@Tariqghrayyib i think this will too be used with internet networks
destinationpsp 1 year ago
@destinationpsp and about internet networks. probably for future racks and networks that supply a business or office. theres no way wiring like this would be put in - ground to supply homes otherwise.
Tariqghrayyib 1 year ago
@Tariqghrayyib oh and this will not replace sata, not yet. intel said they are working to make a microchip that works with their current ones but not replace their current ones. they said we have to wait five years for this to be available. what will replace sata for now is light peak, it can do 10gb/s.
destinationpsp 1 year ago
@destinationpsp not yet :) honestly tho. with the EVGA SR2 out. people are spending some serious cash on this hardware. i wouldnt imagine this light peak being cheap when it does come out. even when it does. it will be outdated by this silicon photonics. any who. no matter how fast they are or how fast intel can make things. it takes at least another 1 year just for the industry to follow up on it. :( - sad face.
Tariqghrayyib 1 year ago
@Tariqghrayyib i dont expect it to be cheap either. but intel did say that the silicon photonic chips can be as cheap as one dollar!!
destinationpsp 1 year ago
Besides this reducing energy comsumption in chips, could it also reduce\eliminate heat and electromigration in a chip?
rick62008 1 year ago
Nerd shall rule
Not
Even
Remotely
Dorky
xanhort 1 year ago
Electronic circuits in modern CPU buses can carry 12.8 Gbits/second, but only over a very short distance. The advantage here is that, by turning the electrons into photons, and then back, you can get that same bandwidth per channel (light frequency) over a long fiber optic cable.
The fact that it's done directly on silicon means that it's inexpensive enough for mass production, and can be deployed everywhere: Server farms, home applications, etc, not just major Trans-Oceanic fiber lines.
FuriousCoder 1 year ago
It's a double rainbow all the way!
Anphase 1 year ago
Intel you guys are the best!
sw911iz112 1 year ago 2
Intel, we make it awesome.
ChazZeromus 1 year ago
How did Silicone based fiber optic mediums become so more advanced than the silicone chips themselves if integrated circuit technology was developed at the same time by the same people?
It seems like fiber optic cables are on version 8.0 while the chips themselves are only on version 2.0
Doesn't make sense.
eyewitness043 1 year ago
wow, wow, wow, just awesome! This is a friggin game changer, way to go, got to love American Innovation and Intel.
LanceWinslow4 1 year ago
Comment removed
72U11 1 year ago
pc and notebooks would be too fast till the network server crash big time
999CATZ 1 year ago
This is amazing
evofreak1304 1 year ago
OMG! 50GPS! Thats JUST COOL
CSSIcemaN 1 year ago
Interesting clip, although it was sometimes difficult to hear what was said due to the background noise. Thanks for posting it.
I wonder who is interested in this astronomical speed.
saigokun 1 year ago
@saigokun Me
ima5150 1 year ago
Did he say 12 and a half gigabits/sec per channel???!!
Electronic circuits carry 512 bits/sec per channel. There's no way that carries 12.5 gigabits/sec. That would be astronomically large jump over electronic circuits in speed and capacity...
sexyloser 1 year ago
Waiting for graphene processors.
LehdaRi 1 year ago
@LehdaRi based on light circuits xP
mowglycdb 1 year ago
Coolest shit ever!
vava85 1 year ago
Its a rainbow cannon! WHIII
Henppa7 1 year ago
whit intel you can.
justmymage 1 year ago
breakthrough!
omatu1 1 year ago
Apple just put out a press release that if the receiver is cupped just right then the signal goes down to 56k.
overclockxp 1 year ago
watch?v=RWhcwVxI2sQ *2010*
watch?v=LU8BsfKxV2k *2007*
RtFusion 1 year ago
IIRC, IBM has been working on this for several years now but I don't recall any demos like this one though.
RtFusion 1 year ago
The future seems to be taking it's sweet time.
JCB4CXLWT 1 year ago
Imagine being able to have an array of processors in one box, have an array of memory in another box and I/O taken care of in another box. Supercomputers could be much less complex yet faster and more efficient.
For personal computers, motherboards could be better designed without the need of placing speed dependent chips right next to each other. Imagine being able to add extra memory in a drive bay instead of on the board. Oh the possibilities!
richcsst 1 year ago
Great news; Now.
Why is the HardOCP forums down?
MaximussPoosus 1 year ago
@MaximussPoosus
the [H]ardOCP main page says it's because of forum maintenance...
redgatewolvarine 1 year ago