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China Dominates the World TOP500 Supercomputers

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I couldn't find any info on how much power SW26010 consumes, but if my math is correct it should be 180 watts??? going by 6Gflops/watt and it's performance is 3Tflops

compare this to Xenon Phi Knights Corner powering Tianhe-2 1.3 Tflops at 300 watts

latest


but SW26010 has gimped memory bandwidth which really hurts it.
 
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Right: http://www.ibtimes.com.au/china-develops-darwin-chip-faster-data-processing-ai-iot-1495459

But this one is a much improved embedded neural network processor by a different team, the products of which are in volume production and have found application in a variety of areas including video surveillance, IDAS, drones, robots etc.
that one is from vimicro. another one also ready for mass production is from horizon robotics
Code:
http://www.firstxw.com/news/177124.html
http://www.horizon-robotics.com/index_cn.html
 
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that one is from vimicro. another one also ready for mass production is from horizon robotics
Code:
http://www.firstxw.com/news/177124.html
http://www.horizon-robotics.com/index_cn.html

There is just a lot of headway being made on this front. :enjoy:
 
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40,960 nodes @ 180W= 7.37MW so that means everything else consumes 8MW :o:

if China wanted to build a 300Pflop using SW26010 it would need 3x the nodes

122,880 nodes (31,800,000 cores) @180W=22.11MW+24MW for everything else= 46.11MW supercomputer

so I don't believe China claim it will upgrade Tianhe-2 to 300 petaflop any time soon not using SW26010 for that matter


6 giglaflops per watt isn't enough.

P100 at 4.7 Tflop @250 watts is 18.5Gflops/watt 3x the efficency of SW26010

China still has a long way to go :bunny:
 
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But as far as I know, didn't China already make one such chip earlier called Darwin?

China's new radar system can penetrate walls and provide scanning imagery of objects inside houses

(People's Daily Online)

June 20, 2016

FOREIGN201606201437000119826797804.jpg

Terahertz imaging. (File photo)

China has completed research and development of a new radar system, which can penetrate walls and provide scanning imagery of objects inside houses.

According to a report on the website of the State Administration of Science, Technology and Industry for National Defense on June 15, China Electronic Technology Corporation (CETC) has completed the prototype R&D of China’s first all-solid-state Terahertz imaging radar system, with all the major indexes meeting the expected effects aimed for. The achievement means that CETC’s Terahertz imaging radar technology is advanced at a world-wide level.

Terahertz technology has been a research hotspot in recent years. Terahertz signals carry high frequencies, have short wave lengths, high temporal-frequency spectrum signal to noise ratio and low transmission loss in dense smoke-filled or dusty environments. It can go through walls and scan objects inside of houses, which is an ideal technology for the environment of battlefields.

In urban combat and anti-terrorist combat in the future, the Terahertz imaging radar system can provide three-dimensional stereoscopic imaging of objects behind walls; detect hidden weapons and militants under disguise and show tanks, artillery and other equipment even hidden by smoke.

With the joint efforts of several research institutes under CETC, the R&D of this new radar system only took over two years to achieve major research progress. Now, they have completed the broadband Terahertz one-dimensional range profile and ISAR imaging experiment and acquired the first ISAR image with resolution, image side lobes, electrical levels and other indexes meeting the expected effect.
 
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40,960 nodes @ 180W= 7.37MW so that means everything else consumes 8MW :o:

if China wanted to build a 300Pflop using SW26010 it would need 3x the nodes

122,880 nodes (31,800,000 cores) @180W=22.11MW+24MW for everything else= 46.11MW supercomputer

so I don't believe China claim it will upgrade Tianhe-2 to 300 petaflop any time soon not using SW26010 for that matter


6 giglaflops per watt isn't enough.

P100 at 4.7 Tflop @250 watts is 18.5Gflops/watt 3x the efficency of SW26010

China still has a long way to go :bunny:
I sincerely believe US should help Viet Pinoy, and other boat refugees to build one first.

China's new radar system can penetrate walls and provide scanning imagery of objects inside houses

(People's Daily Online)

June 20, 2016

FOREIGN201606201437000119826797804.jpg

Terahertz imaging. (File photo)

China has completed research and development of a new radar system, which can penetrate walls and provide scanning imagery of objects inside houses.

According to a report on the website of the State Administration of Science, Technology and Industry for National Defense on June 15, China Electronic Technology Corporation (CETC) has completed the prototype R&D of China’s first all-solid-state Terahertz imaging radar system, with all the major indexes meeting the expected effects aimed for. The achievement means that CETC’s Terahertz imaging radar technology is advanced at a world-wide level.

Terahertz technology has been a research hotspot in recent years. Terahertz signals carry high frequencies, have short wave lengths, high temporal-frequency spectrum signal to noise ratio and low transmission loss in dense smoke-filled or dusty environments. It can go through walls and scan objects inside of houses, which is an ideal technology for the environment of battlefields.

In urban combat and anti-terrorist combat in the future, the Terahertz imaging radar system can provide three-dimensional stereoscopic imaging of objects behind walls; detect hidden weapons and militants under disguise and show tanks, artillery and other equipment even hidden by smoke.

With the joint efforts of several research institutes under CETC, the R&D of this new radar system only took over two years to achieve major research progress. Now, they have completed the broadband Terahertz one-dimensional range profile and ISAR imaging experiment and acquired the first ISAR image with resolution, image side lobes, electrical levels and other indexes meeting the expected effect.
Cool
 
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