Intel's 50Gbps Silicon Photonics Link shines a light on future computers (video)
Using copper cables to transfer data around a computer? Get your head out of the sand, Grandpa! Intel thinks that's on the outs and is touting its recent accomplishments with Silicon Photonics and integrated lasers, using light pulses to move data at 50Gbps (last time we heard Intel tout the tech was when it hit 40Gbps speeds in 2007). The emphasis is on low-cost, high-speed fiber optics, the removal of cable clutter, and with the speed boost, the ability to try new system designs by being able to space chips and components farther apart from one another without as much hit on speed -- all theoretical at this point, of course. Researchers hopes to hit terabit per second speeds further down the line. As for John Q. Consumer, enjoy the progress from afar but don't count on seeing this technology hit Newegg anytime soon. Video after the break.






















Where's LightPeak? You don't hear about it anymore.
@pika2000
was thinking about that too. how is this different from lighPeak?
@pika2000
This is about internal data transfers. Like the link between memory and processor, or similar applications. For external data transfers, we always have USB 3.0 and LightPeak...
Seriously Intel, where is LightPeak...?
@pika2000 Lightpeak doesn't use silicon photonics and will be limited to what we see already today.
http://www.pcper.com/article.php?aid=965
That write goes into more details about how it works and explains how this announcement will change things in the future.
@kapanak Lightwhatever is interesting but I'd really like USB 3.0 NOW! I'd like to be able to charge my phone, my headset, as well as download, sync etc with numerous devices. I'm hoping gigabyte and other brands increase the number of USB ports on their systems - I doubt I'll buy an intel motherboard again after this fiasco. They really are giving their customers the middle finger by ignoring USB 3.0 integration just so they can increase market share for their lighthingy.
@pika2000 I think this is gonna be like LightPeak 2.0 ;)
@Vigile
Wow, it's nice to see an article where the writer actually does their homework and explains exactly what it is they are writing about...Compare your link to this crappy engadget post...enough said, lol. BTW thanks for the link.
@bingster SERIOUSLY? GET THE EFF OUTTA HERE!
Engadget, you seriously need to ban users like this guy!
And people, turn on your downranking machine!
This should be "Breaking News" and not that Bieber sh*t.
@User42 I hope you realize that comments like yours were the reason why the Beiber article went up in the first place.
On to the topic at hand, I hope it can come out of the theoretical stages by 2015.
@angelusp
Unfortunately, our computers will eventually reach a limit once we start using light to transfer data, since we will only be able to send data as fast as the speed of light.
@bravokiloromeo
That's not true. The distance between nodes and the speed of light will determine the lag, or time between starting a data transfer, but the speed at which the data is being transferred is determined by the number of data streams and the frequency at which the light pulses. As far as I know, there is no physical limit to the frequency at which we can pulse the light, so the main bottlenecks in this technology are the electrical components and the (de)multiplexers.
@bravokiloromeo
yeah, right. we're doomed. we've already reached the speed limit of electrical signals, because we can't send electrical signals faster than the speed of electrical signals. we're doomed.
@User42
Or why is the iMac line getting updated breaking news and this isn't?
@Gandalf20000 You'll have to ask Engadget why... my guess is because they're Apple-fanboys and/or They get paid by Apple to post a plethora amounts of coverage on Apple
@User42 do you honestly believe that?
@medicmechanic
Engadget is owned by Time-Warner. If Apple pays Time-Warner for advertising, then yes, Engadget is obliged by its parent company to pimp for Apple.
but can you hold it normally?
@audi2009 TWSS
i guess i wont be plugging in my esata dongle much longer
@statickeith I already downranked him.
@statickeith I already downranked him.
@statickeith
Jeez, take it easy man.
By being *able* to...
missed a word
@bingster
to be downranked into oblivion...
@bingster
Your post blew my mind...It not only changed my perspective on the topic in the article, but my perspective in life altogether. It was like double rainbow all the way across the sky.
@DirtyVegas He's been spamming every post, but yeah just downrank and move on.
it's all about photons
Neat. But do they come in cornflower blue?
Glad i could help some of you!
Am I the only one having problems with the comments?
This is a fantastic innovation, but how commonplace will this become in the retail market if we still have a hard time maxing out the Ethernet cables we already have now?
@Someguyperson
This is about internal data transfers. Like the link between memory and processor, or similar applications. For external data transfers, we always have USB 3.0 and LightPeak...
Seriously Intel, where is LightPeak...?
@Someguyperson
Totally agree. This is great technology to have - interconnects are important, but their success is ultimately going to depend on the devices we put at the ends of them.
Well, I don't really think this is internal due to the fact that they advertised the fact that the cable can be 50m long. It would be EXTREMELY useful in a datacenter, but in a laptop or a camera? Not for a couple years.
Sorry chaps, researchers already hit 1Tbps in Australia:
http://www.techeye.net/internet/scientists-create-terabit-per-second-optical-chip
@jdeane It's not that it is scalable to 1Tb, it's that it is low-cost. Also, it looks like 1Tb isn't the limit, if the keep adding channels or find a way to up the single channel bandwidth it looks like it could easily exceed 1Tb. It's the 50 metre limit that worries me, half the maximum length of CAT5/6...
@TheFuzzball
yea the limit is at 50 meters but couldnt they just come up with a booster or just have it turned back into digital then back into light then you get another 50 meters. i know its kind of a work around but still better than nothing. and who uses more than 50 meters anyway??
Just think of all the porn!
I love newegg.com, great prices and selection. Even better than the local Fry's store. If this technology was available to the consumer newegg would be all over it right away.
Screw using light for data transfer, where's my LIGHTSABER!
I want a processor made using this technology. Maybe I'll buy a new Mac when it comes with it in 2020.
This thing 's so 3008 got the Boom Boom Pow.
So you could download this http://www.engadget.com/2010/07/24/sony-tohoku-university-develop-blue-violet-laser-with-100-watt/ in 20 seconds or eventually in 1 second. :D
Who cares. The broadband in America is so pitiful as it is and the greed that the telecom companies slam us with are going to make device like this a big "so what".
This would be perfect to replace PCI Express.
The graphics cards could be added on just like hard drives, but instead of the front of the case it uses the back of the case.
You could also use it to add CPU. Take an Intel ion motherboard and remove everything not needed and you are left with a CPU, ram, a Intel's 50Gbps Silicon Photonics Link and power connector. Make the boards small enough to fit a 5'25 inch bay or even 3.5 inch bay and you can add cpus just like you add hard drives.