Hands-on with Intel Co-Packaged Optics and Silicon Photonics Switch
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- čas přidán 17. 03. 2020
- Here is the main site article: www.servethehome.com/hands-on...
We get some hands-on time in the Intel lab with their new switch. Based on the recently acquired Intel Barefoot Tofino 2 switch ASIC, we see the world's first (publicly shown like this) working set of switches using both silicon photonics as well as co-packaged optics. We also explain why pluggable optics will be going away in future generations of network switches as they will consume too much power in the 51.2Tbps generation of switches.
In this piece, we referenced:
- Intel to Acquire Barefoot Networks for Ethernet Switch Silicon: www.servethehome.com/intel-to...
- Intel Silicon Photonics Update at Interconnect Day 2019 www.servethehome.com/intel-si...
- Edgecore AS7712-32X Switch Overview A 32x 100GbE Switch www.servethehome.com/edgecore... - Věda a technologie
So after 15+ years of development we are getting close to having real products.That's exciting.
come back to dream ...
This are the kind of presentation that photonics field needs to approach society and make people understand how our lives may improve thanks to scientific innovations and the engagement of more and more people. From MEETOPTICS we are proud to be part of the photonics community and to help engineers and researchers in their search for optical lenses through our site. We celebrate every step forward and we hope new people join our community every day!
Thanks for sharing Patrick, great video!
Amazing video. Intel should be very happy to have someone like you show off their product
We also think so! It's amazing
Amazing, insane how mucht throughput they are starting to generate on these new products.
We also think so! It's amazing
This is such a good channel, thank you!
We also think so! It's amazing
Good stuff!
We also think so! It's amazing
compagny lightwave logic is your solution!!
25Gbase-T wouldn't just require too much signal processing to be feasable, it would melt the wires if 10gbase-t is of any indication(10gbase SFP+ are 30m only after all at 30W)
10gbase-t goes up to 100m if you have Cat. 6A cabling
TheBackyardChemist only on hardwired ports, not on sfp+ ports as, like I said before, there is a 30w budget that is not enough for 31-100m distances
@@MatteoSaitta Ok, you are right about that 30m limit, but the power figure is still off by ~10x. This 10gbase-t SFP+ module only uses 2.4W maximum, when driving a 30m long 10Gbps link: i.mt.lv/cdn/rb_files/sfp_splusrj10-190211155011.pdf
Awesome :-)))
We also think so! It's amazing
this is why i subscribe
Very cool and clear info! Is there a way that you could checkout the current status of the HPE Machine? I've seen it 2 years ago and wonder where they are at now. That thing is packed with so much new tech!
Still alive and kicking with all 160TB of addressable memory. The GenZ fabric is really cool
@@nsp265 Cool! Is it still an ongoing project? I really liked the concept of turning the conventional compute inside out!
@@InIMoeK there are some videos on memory driven computing. There's plenty of public domain stuff out there now. The Machine is more of a development platform. The technology developed filters down into the Superdome Flex platform.
Nick Southorn Cool thanks!
This is insane
We also think so! It's amazing
This is gonna be a big deal, someday, I tell you..!!!
Mark.My.Words!! 😁😍⚡️✨✨⚡️
We also think so! It's amazing
send me to a parallel universe, these stupid engineers of intel just now guessed to stick the optics into silicon :)) I wonder when it comes to them that everywhere such interfaces can be done? ip cpu, ip video card, ip memory, ip disk, ip wifi, ip girls ;))))))
it took the industry 15+ years of working on this trying to produce it in bulk, clearly not a new idea. Just not easy to do
@@autohmae after 30 years, the motherboard will not be needed :)
@@user-km7vz2xh2m pretty certain at least one video was about that: czcams.com/users/OpenComputeProjectsearch?query=photonics