China Overtakes US in Latest Top 500 Supercomputer List

Scott Ferguson
11/13/2017

The release of the semiannual Top 500 Supercomputer List is a chance to gauge the who's who of countries that are pushing the boundaries of high-performance computing. The most recent list, released Monday, shows that China is now in a class by itself.

China now claims 202 systems within the Top 500, while the United States -- once the dominant player -- tumbles to second place with 143 systems represented on the list.

Only a few months ago, the US had 169 systems within the Top 500 compared to China's 160.

The growth of China and the decline of the United States within the Top 500 has prompted the US Department of Energy to doll out $258 million in grants to several tech companies to develop exascale systems, the next great leap in HPC. These systems can handle a billion billion calculations a second, or 1 exaflop. (See US Energy Department Aims for Exascale.)

However, even as these physical machines grow more and more powerful, a good portion of supercomputing power is moving to the cloud, where it can be accessed by more researchers and scientists, making the technology more democratic. Cray Inc. (Nasdaq: CRAY) and Microsoft recently announced a partnership to deliver HPC resources through the Azure cloud. (See Microsoft, Cray Bringing Supercomputer Power to Azure.)

China's Sunway TaihuLight supercomputer remains No. 1
(Source: Top 500 Supercomputer List)
China's Sunway TaihuLight supercomputer remains No. 1
(Source: Top 500 Supercomputer List)

In terms of the most powerful supercomputing systems, the Top 500 List hasn't changed much since the first 2017 version was released in June. (See US Loses Top Slots in Supercomputing Rankings.)

The Sunway TaihuLight, an HPC system developed by China's National Research Center of Parallel Computer Engineering & Technology (NRCPC), retains its number-one ranking with a performance of 93 petaflops.

One petaflop is one quadrillion (1 million billion, or 1015) floating point calculations per second.

The Sunway TaihuLight is currently installed at the National Supercomputing Center in Wuxi, China

The second most powerful system is also located in China. The Tianhe-2, which is based at the National Supercomputer Center in Guangzho, has capacity of 33.9 petaflops.


Keep up with the latest enterprise cloud news and insights. Sign up for the weekly Enterprise Cloud News newsletter.


Third place belongs to the Piz Daint in Switzerland, which is a Cray XC50 system that used Nvidia's Tesla P100 graphic processing unit (GPU) chips. It has a capacity of 9.6 petaflops. The fourth most power supercomputer is Japan's Gyoukou system, which is deployed at Agency for Marine-Earth Science and Technology -- home of the Earth Simulator. Gyoukou clocks in at 19.14 petaflops.

In fifth place is Titan, a Cray supercomputer located at the US Department of Energy's Oak Ridge National Laboratory in Tennessee. The system fell from fourth to fifth place in the new rankings with a performance of 17.59 petaflops.

Despite its overall drop, the US still has three other systems listed within the top ten, including two more built by Cray and one designed by IBM. Japan also has two additional systems within the top ten. Overall, Hewlett Packard Enterprise has installed the most systems on the Top 500 List, with 122 supercomputers and HPC systems attached to the company.

Related posts:

— Scott Ferguson, Editor, Enterprise Cloud News. Follow him on Twitter @sferguson_LR.

(4)  | 
Comment  | 
Print  | 
Newest First  |  Oldest First  |  Threaded View        ADD A COMMENT
kq4ym
kq4ym
11/27/2017 | 7:54:48 AM
Re: Who "owns" the supercomputer..?
Yes, not only can the rankings come under some criticism, but how cloud computing and eventually quantum may affect it all will be interesting to project. I wonder too about why and how Switzerland is using theirs, as it's in second place. Seems a little odd competing with the richer and larger nations.
mhhfive
mhhfive
11/13/2017 | 2:04:07 PM
Who "owns" the supercomputer..?
I vaguely remember seeing a critique of this annual list, saying something along the lines that nearly all of the processors were designed by American or Western countries (although the chips may be manufactured in Asian countries). So assigning the "ownership" of the top supercomputers may be a bit more complicated than it seems. China has been working on its own supercomputer chip designs so that it's not beholden to Western chip intellectual property, but it'll be quite some time before China's chip designs take away a significant marketshare. (at least the last time I looked..)

Also, if quantum computers actually become a thing -- this list could be made obsolete fast. 
Scott_Ferguson
Scott_Ferguson
11/13/2017 | 1:51:56 PM
Re: Metal Versus Cloud
@danielcawrey: Thanks for pointing that out. It's why I included this paragraph in the story: However, even as these physical machines grow more and more powerful, a good portion of supercomputing power is moving to the cloud, where it can be accessed by more researchers and scientists, making the technology more democratic. Cray Inc. (Nasdaq: CRAY) andMicrosoft recently announced a partnership to deliver HPC resources through the Azure cloud. 
danielcawrey
danielcawrey
11/13/2017 | 1:47:25 PM
Metal Versus Cloud
Let's not get too caught up in a machine-by-machine race. The cloud will take over supercomputing, it's an inevitable fact. 
More Blogs from Scott Ferguson

For the last several years, CIOs and IT professionals have been wrestling with two specific issues as they work toward a cloud-centric future: Agile IT and the rush toward digital transformation. While enterprises want to keep innovating, finding a starting point and knowing which projects to tackle first remain a major obstacle.

To get a better handle on Agile IT and digital transformation, Light Reading Managing Editor Scott Ferguson recently spoke to two experts in these fields: Dan Kearnan, senior director of marketing for cloud at SAP, and Roy Illsley, a distinguished analyst with Ovum.

From its roots in industrial farm machinery and other equipment, John Deere has always looked for a technological edge. About 20 years ago, it was GPS and then 4G LTE. Now it's turning its attention to AI, machine learning and IoT.
Artificial intelligence and automation will become more integral to the enterprise, and 90% of all apps will have integrated AI capabilities by 2020, according to Oracle CEO Mark Hurd.
IBM is now offering access to Nvidia's Tesla V100 GPUs through its cloud offerings to help accelerate AI, HPC and other high-throughput workloads.
CIO Rhonda Gass is spearheading an effort to bring more automation and IoT to the factories making Stanley Black & Decker tools and other equipment.
Featured Video
Upcoming Live Events
October 1-2, 2019, New Orleans, Louisiana
October 10, 2019, New York, New York
October 22, 2019, Los Angeles, CA
November 5, 2019, London, England
November 7, 2019, London, UK
November 14, 2019, Maritim Hotel, Berlin
December 3, 2019, New York, New York
December 3-5, 2019, Vienna, Austria
March 16-18, 2020, Embassy Suites, Denver, Colorado
May 18-20, 2020, Irving Convention Center, Dallas, TX
All Upcoming Live Events
Partner Perspectives - content from our sponsors
Why Are Governments Around the World Subsidizing 5G?
By Paul Zhou, FromGeek.com, for Huawei
Edge Computing, the Next Great IT Revolution
By Rajesh Gadiyar, Vice President & CTO, Network & Custom Logic Group, Intel Corp
Innovations in Home Media Terminals for the Upcoming 5G Era
By Tang Wei, Vice President, ZTE Corporation
All Partner Perspectives