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October was cruising toward its close. The clock was viciously steering
toward the midnight stroke. Sweat-swathed eyebrows, nervous eyeballs, twitching
palms, pounding heartbeats, crossed fingers, distraught glances, and agitated
minds. The air was bubbling with tension, anticipation, fears, prayers, and
tumultuous hope. An unknown campus in Punes Hinjewadi outskirts was literally a
hairs distance from making history. It was nothing short in stature or
excitement though. The 90% run of Indias supercomputer-in-making was
successfully through, but the clincher was actually nowthe last 10% run-time.
It might happen, it might not. Some kilometers away on his way and continuously
on the phone, Dr N Seetha Ram Krishna, project manager, CRL and a key architect,
understandably still kept arming his team against the Murphys ways, It may
fail, be prepared for everything. As the reverse countdown began, every heart
and hope in the jitter-packed room started racing high. Five, four, three, two,
one and
Yes! The supercomputer hit the 117.9 teraflop mark. At about 11 pm on October
31, at a TAT facility in Punes Hinjewadi IT park outskirts at CRL, shrieks of
joy, sighs of achievement, and euphoria was all that could be heard, seen and
felt. Indias technological razor had made its sharpest cut again. The dream was
finally alive. And one hour later when Dr Krishna looked around the same room he
met another once-in-a-lifetime sight. Exhausted with 22 hours of grinding toil
for the past six months and worn out of a peak of excitement and tension just
some minutes back, everyone in the same room dozed off into a blithe and
well-accomplished sleep. Thats a lifetime experience.

It surely was. India, through CRL (Computational Research Labs), a Tata Sons
wholly owned subsidiary, had claimed its space in the world top 10 supercomputer
league. The fourth in the global ranking and fastest in Asia. The 120 teraflop
(sustained rating) supercomputer with a peak hit of 172 teraflop was actually a
reality in October 2007, with the added pride of being the largest privately
funded supercomputer in the world.
Eka Incubates
Tatas HPC (high performance computing) initiative dates back to June 2006 with
the aim of becoming the one-stop-shop and achieving the iconic journey from
atoms to applications. It armed CRL, its subsidiary, with the mandate of the Eka
(Sanskrit for the number One) Dream. This seventy-five-member team, which was
divided into hardware, system software and applications, had beyond the obvious
challenge of achieving the supercomputing power as set, also the nigh-impossible
goalpost of doing all that in flat six months. It had Dr Sunil Sherlekar, head,
R&D, CRL, and also one of the founders who, with Dr Narendra Karmarkar,
initially developed this concept, made the business plan and presented it to the
Tata Sons Board to get the funding. Since then Dr Karmakar left and Dr Sherlekar
stayed as the remaining founder.

Incidentally, Eka also claims the distinction of being the only supercomputer
funded by a corporate. CRL had the task of fully integrating and designing Eka
with an in-house developed technology.
The race flagged off. In June 2007, Hinjewadi (a 4,000 sq ft floor area set
in record time) became the data center to house Eka. August saw the initial
machines with 16 teraflop peaks and the first prototype going operational.
September saw the building blocks being ordered, set in place in due time and
October saw the 172 teraflop peak system operation. In six weeks record time,
the actual 120 teraflop (or trillions of calculations per second performance)
happened, and Eka was born.
Eka is built with 1,794 blade servers using common off-the-shelf hardware
using quad-core Intel clovertown processors. It has 400 ton cooling capacity and
2.5 MW power requirement. Its benchmark is 117.9 teraflop, and achieved final
performance of 120 teraflop on a sustained basis with 172 teraflop as the peak
score. There are 28 terabytes of memory with a storage counterpart of 80
terabytes.
| A common enthusiast can make a
supercomputer at Rs 2-3 lakh

Dr Rajendra K Lagu, head, Applications,
Group, CRL
How fast is commoditization approaching in
the supercomputer bailiwick?
It has already arrived. Nividia, for instance, which has been strong in
floating point calculation with its graphics processor, is turning the
concept on its head. The same can now be used as a supercomputer. Extra
blades on an ordinary PC can churn two teraflops. A common enthusiast can
make a supercomputer at a mere cost of Rs two to three lakh. Its same like
the course from mainframes to PCs. What this will interestingly do is
unleash huge creativity at the common mans level.
So what model will Eka take for
application users, would it be on a time-basis or a turnkey basis?
This is an 1800 blade system that will be portioned on a large scale. We
will carve out those partitions and provision it into smaller sections and
then time them. Applications basically will be across several models.
What is the next milestone for Eka?
We will augment our capabilities. Bigger machines and upgrades to bigger
capacity is what lies next. The ultimate target is one petaflop for sure,
but certain processors have to be in the market for that. Every six months
we will be participating in the supercomputing ranking. But a more exciting
aim is that of solving grand problems through Eka as we move on.
Can you share the current or imminent
applications with Eka?
We are doing a weather-modeling project with IISc, Bangalore. So far,
access to big machines was a constraint for monsoon modeling. There are many
more bio-medical, industrial and aircraft ones in works.
What kind of business applications can Eka
serve?
The likely areas are large-scale data mining, trend finding, pattern
detection, insurance frauds, etc. Since TCS is strong on banking and
insurance vectors, there are ready possibilities.
Pratima Harigunani/CyberMedia News
maildqindia@cybermedia.co.in
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