India Plans To Build Fastest Supercomputer By 2017
First time accepted submitter darkstar019 writes "India is planning to build a computer that is going to be at least 61 times faster than the current fastest super computer, IBM Sequoia. Right now the most powerful supercomputer in India is 58th in the list of top 100 supercomputers. From the article: 'Telecom and IT Minister Kapil Sibal is understood to have written to Prime Minister Manmohan Singh sharing the roadmap to develop "petaflop and exaflop range of supercomputers" at an estimated cost of Rs 4,700 crore over 5 years.'"
It would be far wiser If they just spend all those millions on poverty programs.
A 'singular oddity' is an event that cannot be explained and only happens when you are alone.
needs one more nuke plant to power it up ... nevermind the farmers : )
http://en.wikipedia.org/wiki/Crore
Nice to see the editors making sensibly proof-read, accessibly written summaries, rather than the usual treasure hunt for the true meaning.
1 crore is 10 million, so this comes out to be 875 million USD roughly.
http://arstechnica.com/information-technology/2012/06/with-16-petaflops-and-1-6m-cores-doe-supercomputer-is-worlds-fastest/ says that livermore spent 250 mil on sequoia (which seems like a bit of a lowball to me, given the K computer's price at 1 billion), so throwing a lot more money at the problem would seem to give better performance.
I'm sure no one else has thought of making the fastest computer.
More dick waving.
The best part is by the time 2017 rolls around other countries would be doing the same so their fast computer turns out not to be THE FASTEST.
Considering Moore's law that's just about to be expected.
In 5 years we have 3 x 18 month period. The level of improvement in hardware is multiplies by 2^3. Then I'd expect level of parallelism to affect the process by the same magnitude bringing the total to 2^6 = 64.
I hadn't the slightest objection to his spending his time planning massacres for the bourgeoisie... (P.G. Wodehouse)
How well do the 'fastness' metrics used to rank computers in e-peen order capture some of the messier variables of assorted cache speeds and sizes, latencies and throughputs of network interconnects, dubiously general; but very high speed for certain purposes GPU or fpga elements vs. generic CPUs, and so on?
Obviously, the people building these things to get work done have an incentive to make them actually useful; but is the benchmark itself much of a test of dreadful interconnect design or other serious issues, or could you just buy your way to a shiny spot at the top by shoving together enough gigE connected 1Us?
http://www.top500.org/lists/2007/11
http://www.top500.org/lists/2012/06
Should be interesting to see them double the rate of growth over the preceding five years
One supercomputer to outsource them all
Just like the $30 tablets that were announced and then cost $150. Let's see what they build
Our Minister Kapil, is a good comedian. So please dont take this seriously.
Check out what happened to his $35 laptop! http://en.wikipedia.org/wiki/Aakash_(tablet)
Our closed room scientists in CDAC will have plenty of money to play around for 5 years!
Thank god, Minister Kapil wont be there that long.
Is it a corollary of Turing-completeness if it can model the money flow from all the bribes and backhanders involved in it's own construction?
Does anyone know what type of CPUs they'd likely use?
I hope they further develop their power grid before they turn that thing on...
India's current supercomputer - one that it's developed since the 80s - is the PARAM, which has had 6 generations to date. The first was based on the Inmos Transputer, the second on an Intel i860, the third on a SuperSPARC II (and it even had an Alpha variant), the fourth on an UltraSPARC II, the fifth on an IBM POWER 4, and the most recent - unveiled in 2008 - was based on the Intel Xeon (Tigerton 73xx). They are currently working on one that's supposed to break the 1 petaflop barrier (that would be 10 crore crore flops for Indians). So this new announcement would be the successor to that.
So it's not like they're new @ this, and what is impressive is that they've used a wide variety of CPUs from different vendors. For this next one, they might want to do that w/ an Itanium III or a POWER7 (unless POWER8 is anywhere close). It would seem that for that, they might get some Intel/HP expertise to help w/ that. I have no idea how good they are @ writing compilers. But yeah, planning a supercomputer based on this CPU and tossing in enough of them should enable them to achieve that goal. Put Debian on it, and then use it for whatever they need - weather forecasting, nuclear simulations or whatever they want to use it for. A lot of the 52 PARAMs that they've manufactured & sold have been sold to other countries.
I just wish that aside from the Indian government, there were a few companies in India that made supercomputers.
Comment removed based on user account deletion
That, sir, is offensive... my dog showers daily.
The problem with India is, "India wants to do it". It is not the scientists or researchers in a university or institute in India who will do it, but a telecommunication minister. Till this mentality dissipates and the government bets on the independent institutions in India to come up with such headlines, India is going nowhere.
I don't really see a distinction. Computer chips keep adding cores. It's all networked together at varying speeds be it bus or Ethernet signaling. It's all cloud one way or another.
They're going to build it completely out of Nan. It will be fast and delicious!
Appended to the end of comments you post. 120 chars.
They might want to spend that money on the power infrastructure before they spend it on a supercomputer that will tax said infrastructure even further than it has in recent months.
Multi-month long power outages just to run a supercomputer? I think not.
Yeah, that's one of my favorite quotes from the bible:
"Fuck the poor." - Jesus Christ, New American Version
You're responding to a post about a:
(*) Technical innovation in a developing country
( ) Product shipped to a developing market
( ) General discussion about IT in the devbeloping world
The location is:
( ) Africa
(*) India
( ) Bangladesh
( ) China
( ) Somewhere else in Asia
( ) South America
( ) Central America
( ) Other _unspecified_
You're objecting to it on the basis that:
(*) Poverty hasn't been eliminated in that country yet
( ) American jobs will be lost
Your argument is bogus because:
(*) Poverty hasn't been eliminated in the developed world either, that doesn't mean we should halt all technological research
(*) This will not adversely affect any efforts to alleviate poverty
(*) This will help to alleviate poverty
( ) Poverty in that country isn't as widespread as you say it is
( ) The US does not have a divine right to keep all the cool jobs
Drill baby drill - on Mars
The reason why we can't just buy an infinite amount of racks and network them is the MTBF. In the K computer the MTBF means that node failures occur every couple of hours, rendering longer full system runs almost impossible.
Computer simulation made easy -- LibGeoDecomp
nope, thats the population control policy
Indeed, a bit like the Imperial (non-metric) distance measuring system is meaningless for almost everyone outside the USA. The more common decimal three orders of magnitude system (millimeters, meters, kilometers) makes a lot more sense. But we try to get by.
So Doc Brown is going to bring us the MR Fusion Upgrade -- supposed to have taken place in 2012. Maybe India could use the MR Fusion to power their new Super Computer?? It would kill 2 birds with 1 stone...........Just sayin.
"i lost my dignity on a slippery wiener"
Yeah, this is just about as believable as the Aakash being produced for $35. That they SAY they're going to do it shouldn't be read to imply they actually can.
"Ahh! I see you're in that indeterminate Schrodinger state where - oh, uh
Just run a distributed computing client on every call center machine...
I plan on growing my penis to 13" by 2015!
Basic necessities, infrastructure and other issues that people pointed out are issue in India - but how does that equate to wasting money on building a supercomputer? Would you rather have it that they spend much more buying when they can build it locally for cheaper? Also after all the dust of 'they should rather help the poor instead' argument has settled you can see that despite so many issue they still need to predict the weather.
The politicians in India are talking about investments in space and supercomputers because its sexy and gets people's attention. Whether or not these investments are going to materialize, or if they're even wise, remains to be seen. Perhaps all my fellow Americans will read about an Indian supercomputer one day, while we enjoy the comforts of our future lives on Moonbase Gingrich.
I hadn't realized that you needed so much computing power to run a call center.
When they turn on the supercomputer will they turn off the rest of the country. Seriously, power consumption and density is a serious limiting factor. Those nice brownout a little while ago do not bode well.
India can build the fastest computer, but do they have the reliable power to keep that machine running for 24hrs a day 365 days a year?