United States, China, Europe and Japan race to the Exaflop Supercomputer

[narcon]

3000MW for Mumbai。

India will be doing wonders if its 132 exaFlop supercomputer can achieve 20Gflops per watt。

Now work out the rest of the math for yoursself dude。

Here is a clue：you need 6 AP1000 nuclear power plants to generate enough electricity for your fancy132 exaflop super super computer。

So you are saying Indian Supercomp will use 6500 MWs Is it clear? (because its slightly higher than 3000 as you said)

 

[cirr]

So you are saying Indian Supercomp will use 6500 MWs Is it clear? (because its slightly higher than 3000 as you said)

Yes。And that is predicated on being able to augment the power efficiencies of supercumputers by a factor of at least 10 over the next 5 years。

Tianhe-2，one of the most power efficient supercomputers，currently does 1.9Gflop per watt。

China intends to bring that figure up to 30Gflops/watt for her 1st exacale computer。

 

[narcon]

Yes。And that is predicated on being able to augment the power efficiencies of supercumputers by a factor of at least 10 over the next 5 years。

Tianhe-2，one of the most power efficient supercomputers，currently does 1.9Gflop per watt。

China intends to bring that figure up to 30Gflops/watt for her 1st exacale computer。

Going by what you just said:
30Gflops/watt for her 1st exacale computer

So in other words, 1exascale SC will consume how many watts?
Dont have calculator handy..

What is the International benchmark here ?

 

[Keel]

India dwarfs every nation on this:

India’s proposed new supercomputer is set to work at 132 exaflops per second as against an 1 exaflops per second machine being built by Cray Incorporated, the iconic American computer company which has projected that its machine would be ready by 2020.

Source: India begins work on $2 Billion Exascale Supercomputer for Space & Meteorological Applications

What the Indians said in 2012 was:

India Aims To Take The "World's Fastest Supercomputer" Crown By 2017
09.18.2012

A plan submitted to the government asks for a nearly $900 million investment that would produce an exaflop-rated machine 61 times faster than the world's current fastest
supercomputer.

That machine is currently Sequoia, an IBM-built supercomputer residing at the U.S. Department of Energy's Lawrence Livermore National Laboratory that has demonstrated 16.32-petaflop speeds. A petaflop represents a thousand trillion floating point operations per second. The next step up (and the current holy grail of supercomputing) is an exaflop-capable machine that can execute one quintillion operations per second. One exaflop is equivalent to a thousand petaflops.

India Aims To Take The "World's Fastest Supercomputer" Crown By 2017 | Popular Science


So from 2017's making of a "1 exaflop" Indians can take a huge leap to making a supercomputer of 132 exaflop by 2020, in 3 years time by additional investment of $1.1 billion? Unbelievable

Right now the fastest Indian supercomputer is a 52nd (June, 2014) ranked "iDataPlex DX360M4" which was clocked at a top speed of 790.7 tflop/sec

Reference to this list (compiled by an Indian obviously )
Supercomputing in India - Wikipedia, the free encyclopedia


So from 791 tflop to 132 exaflop = an quantum leap of computing power of 166877 times will be required from June 2014 to 2020

But India is still facing electriciy shortage as reported on September 03, 2014 after the July 2012 sweeping blackout that was widely circulated in the news worldwide:

North to west blackout: power crisis to worsen - Hindustan Times

How can you achieve your supercomputer claims in 2017 / 2020 India?

 

[walle990]

What the Indians said in 2012 was:

India Aims To Take The "World's Fastest Supercomputer" Crown By 2017
09.18.2012

A plan submitted to the government asks for a nearly $900 million investment that would produce an exaflop-rated machine 61 times faster than the world's current fastest
supercomputer.

That machine is currently Sequoia, an IBM-built supercomputer residing at the U.S. Department of Energy's Lawrence Livermore National Laboratory that has demonstrated 16.32-petaflop speeds. A petaflop represents a thousand trillion floating point operations per second. The next step up (and the current holy grail of supercomputing) is an exaflop-capable machine that can execute one quintillion operations per second. One exaflop is equivalent to a thousand petaflops.

India Aims To Take The "World's Fastest Supercomputer" Crown By 2017 | Popular Science


So from 2017's making of a "1 exaflop" Indians can take a huge leap to making a supercomputer of 132 exaflop by 2020, in 3 years time by additional investment of $1.1 billion? Unbelievable

Right now the fastest Indian supercomputer is a 52nd (June, 2014) ranked "iDataPlex DX360M4" which was clocked at a top speed of 790.7 tflop/sec

Reference to this list (compiled by an Indian obviously )
Supercomputing in India - Wikipedia, the free encyclopedia


So from 791 tflop to 132 exaflop = an quantum leap of computing power of 166877 times will be required from June 2014 to 2020

But India is still facing electriciy shortage as reported on September 03, 2014 after the July 2012 sweeping blackout that was widely circulated in the news worldwide:

North to west blackout: power crisis to worsen - Hindustan Times

How can you achieve your supercomputer claims in 2017 / 2020 India?

bcoz of freedoms, india has many freedoms. of course

 

[cirr]

Going by what you just said:
30Gflops/watt for her 1st exacale computer

So in other words, 1exascale SC will consume how many watts?
Dont have calculator handy..

What is the International benchmark here ?

Look it this way：

If the planned 132 exaflop computer is as power efficient as China's Tianhe-2，India needs one giant 70000MW plant to generate enough electricity to feed the “monster”

Fingers and toes crossed that scientists are successful in raising the power efficiency of their exascale computers by a factor of 10 over the next 5 years。

Otherwise。。。we might not even have a single 1exaflop computer by 2020.

 

[narcon]

Look it this way：

If the planned 132 exaflop computer is as power efficient as China's Tianhe-2，India needs one giant 70000MW plant to generate enough electricity to feed the “monster”

Fingers and toes crossed that scientists are successful in raising the power efficiency of their exascale computers by a factor of 10 over the next 5 years。

Otherwise。。。we might not even have a single 1exaflop computer by 2020.

Since your prime "thrust" is on power consumption, how would you explain (power consumption) of the following neck to neck Supercomputers:

When I am finish with you, I will give my my summary, but before that, we need to have facts furnished/established by you.

 

[cirr]

Since your prime "thrust" is on power consumption, how would you explain (power consumption) of the following neck to neck Supercomputers:

View attachment 152550

When I am finish with you, I will give my my summary, but before that, we need to have facts furnished/established by you.

There is absolutely no need to waste more time on this and you will understand what I am driving at after going through the following article：

The Green500 List - June 2014 | The Green500

As I have said before and will say here again：India should consider herself doing not too badly if it manages a 100 petaflop computer by 2020.

 

[Keel]

What is the International benchmark here ?

Well, the following are the internatiional Indian benchmarks

India dwarfs every nation on this

"Dont have calculator handy..

这个三哥倒是很典型，半斤的鸭子一斤嘴。不懂装懂，死搅蛮缠。

"半斤的鸭子百斤嘴"
Most of them are like that, on PDF in particular. " That bloke is cheating for free lessons.

 

[narcon]

India should consider herself doing not too badly if it manages a 100 petaflop computer by 2020.

Don't bother about India, they are spending their own money.
They did the same when they reached Mars in its first attempt, where China failed.
India is the only developing country having 11 Supercomputers in 500 List.
These lectures from you would not ruffle Indian feathers, neither would it rock their boat.
Save these advisories for your own country.
And yes. Thanks for coming.

 

[cirr]

Don't bother about India, they are spending their own money.
They did the same when they reached Mars in its first attempt, where China failed.
India is the only developing country having 11 Supercomputers in 500 List.
These lectures from you would not ruffle Indian feathers, neither would it rock their boat.
Save these advisories for your own country.
And yes. Thanks for coming.

I am still waiting for your answer as to how India might build its 132 exaflop computer by 2020.

What power efficiency does India envision for the computer？

How does India propose to realize the power efficiency？

As for the Mars mission，it wasn't China that failed。It was Russia that failed。

China has scheduled for 2020 her first Mars mission in a 3-in-1 manner of orbiting、landing and returning. Let's wait and see if India can manage the same。

 

[narcon]

I am still waiting for your answer as to how India might build its 132 exaflop computer by 2020.

What power efficiency does India envision for the computer？

How does India propose to realize the power efficiency？

As for the Mars mission，it wasn't China that failed。It was Russia that failed。

China has scheduled for 2020 her first Mars mission in a 3-in-1 manner of orbiting、landing and returning. Let's wait and see if India can manage the same。

And these following golden words came from you alone:

There is absolutely no need to waste more time on this

Source: United States, China, Europe and Japan race to the Exaflop Supercomputer | Page 2

That was after my post number #22
Against which you were speechless.

 

[Kyusuibu Honbu]

这个三哥倒是很典型，半斤的鸭子一斤嘴。不懂装懂，死搅蛮缠。

Why are you racially abusing Pakistanis here?

@Hu Songshan , could you please address this

 

[Screambowl]

and where is India? we are the masters of IT. lol Chutzpa done in the name of Information technology with India by USA

 

[Steakhouse]

India always boastfully aiming to be superpower this, become number 1 that. Turn out this or that never become reality.