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Dear
Friends,
The FY12-13 was a resounding success for Swan. We clocked an impressive Sales figure of 54 Cr net of taxes for which I am grateful to all our customers. We grew 60% Y-o-Y, and added over 15 new customer relationships over the year. Our 1Cr Club membership also increased substantially during the year, thanks to existing and new customers reposing their confidence with us.
We look forward to the new financial year with vigour and enthusiasm. We are building our solutions portfolio with new alliances and talent acquisition and we hope to meet customer requirements more comprehensively.
I hope that you will continue to participate in our quiz, and give us feedback to stay focussed on your needs.
Sincerely,
C.E.O |
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| In Memory Computing |
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IN IMC data fetched from disks
in memory and processed there.
A memory fabric based on flash
can be more than 53 times faster
than one based around disks. Moving
from drives to flash allows developers
to cut many lines of code from
applications. fewer product delays
and maintenance headaches.The
execution of certain-types of
hours-long batch processes can
be squeezed into minutes or even
seconds allowing these processes
to be provided in the form of
real-time or near real-time services
that can be delivered to internal
or external users in the form
of cloud services. Some companies
have already adapted IMC concepts.
Social networking sites like Facebook
was architected under the assumption
that it will always retrieve data
from the memory tier. SAP's HANA
only addresses non-volatile memory.Oracle
is making a similar shift with
Exadata, now combining DRAM and
flash into a 'memory tier.' HANA
has processed 1,000 times more
data in half the time than conventional
databases. IMC will usher in an
entirely new programming model
and ultimately a new business
model for software companies.
With IMC-based systems, your data
center would shrunk massive.
Right
now, servers in the most advanced
data centers are sitting around
with nothing to do because of
latency: even Microsoft admits
servers are in use just 15 percent
of the time. Think of it: 85 percent
of your computing cycles go to
waste because the servers are
waiting for something to do. That
is a massive amount of excess
overhead in hardware, real estate,
power consumption and productivity.
With help of In memory computing
Energy consumption would drop
by 80 percent since memory-based
systems consume less energy and
require fewer air conditioners. |
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