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Intel's Jones: India is very important
to the chip maker |
Whitefield
is an industrial township on the outskirts of Bangalore. SAP,
iGate and GE's John F. Welch Research Centre, among others, call
it home. The Intel campus is located on the Sarjapur Ring Road,
which leads to Whitefield. So, America's tech world is quite familiar
with its (Whitefield's) name. But soon, it might become part of
their daily lives. Whitefield is the name of a new chip Intel
is designing; its uniqueness lies in the fact that it will be
the first processor to be designed out of India from scratch.
Intel, which has nearly 2,700 engineers and scientists working
on the project, expects to begin shipping this Xeon class server
chip by mid-2007. "India plays a very important role in Intel's
overall scheme of things," says Franklin B. Jones, who took
over as the company's President of India Operations only six days
before meeting with BT. He is the first American to hold this
position; all previous country heads have been executives of Indian
origin.
Intel executives are tightlipped about the
project, but BT learns that Whitefield will feature an entirely
new micro-architecture. It is even likely that this 'Made in India'
chip will replace Intel's bread-and-butter NetBurst architecture
in x86 servers. And it could have major spin-offs. The new architecture
could well lead to the development of an entirely new family of
microprocessors within five years of its launch. The major plus
for India: it will herald the country's arrival as a location
for cutting-edge research in the semiconductor space and wipe
out the residual image of the country as a place for low-end drudge
work.
Whitefield@Bangalore
A sneak peek into Intel's "Made
in India" chip. |
CODE NAME: Whitefield,
after the industrial township near Bangalore where it is being
developed, a typical Intel approach
LIKELY LAUNCH DATE: Mid-2007
NUMBER OF DEVELOPERS: 2,700
PROCESSOR FAMILY: Xeon, aimed
at multiprocessor servers or workstations
ARCHITECTURE: Intel isn't spilling
the beans yet, but Whitefield is likely to sport a whole new
micro-architecture. Industry buzz has it that the India-made
processor could replace NetBurst architecture in x86 servers
USP: If Whitefield indeed breaks
new ground in terms of architecture, it could spawn an entire
family of microprocessors based on it between 2008 and 2013
WHAT IT DOES FOR INDIA: Strikes
a blow for the theory that India is not just a location for
low-end outsourcing work based on labour arbitrage, but also
for highly-skilled engineers capable of developing mission-critical
technology from scratch |
But the Whitefield Xeon Class Server Processor
is actually just a small portion of what is going on inside Intel
in India. It is also developing another new chipset (a chipset
is one component of the entire chip) called Calistoga for its
Napa Mobile Optimised Dual Core Processor. Napa, the codename
for a 65-nanometre dual core processor, represents the third generation
of Intel's Centrino technology. It will improve the multi-tasking
and power management functions in laptops.
Again, the company is reluctant to divulge
details. "IIDC (Intel India Development Centre) is working
on hardware, software and services, including a next-generation
server processor and a chipset for our mobile technology platform,"
says Anand Chandrasekher, VP and Director (Sales and Marketing),
Intel Corporation, refusing to get into the specifics of either
project. The company has so far invested $200 million (Rs 880
crore) in India and it's clearly paying off. Says Chandrasekher,
who at one time served as technical assistant to Craig Barrett,
now Intel Chairman: "We came here (in 1995) when it was not
the fashionable thing to do. Then, we were not making a fashion
statement."
Globally, Intel became the de facto industry
standard for chips by teaming up with Microsoft; its chips are
now as ubiquitous as the Windows operating system. Uncharacteristically,
however, it tripped on technology over the past 24 months. Customers
wanted processors that multi-tasked effortlessly, consumed lesser
power and generated less heat, but Intel continued to dish out
faster and faster chips-that most customers didn't really require-ignoring
these other parameters. Result: its rival, AMD, caught up with
it, albeit, temporarily. Crows Ajay Marathe, India Country Head,
AMD, and its global CIO: "AMD has a clear leadership in technology."
Chadrasekher, however, dismisses this claim. "The competition
keeps trying, but Intel remains the market leader by a huge margin."
Mercury Research, which tracks the industry, says AMD's share
in the x86 server segment increased from 7.4 per cent in the first
quarter of 2005 to 11.2 per cent in the second quarter; Intel
remains the leader with 88.8 per cent.
INTEL WAFERS, BIT BY BIT
A look at some of Intel's significant
microprocessors over the years. |
4004: Released
in November 1971, the Intel 4004 was among the first "computer-on-a-chip"
microprocessor, the others being Central Air Data Computer
(CADC, for use in the US Navy's Tomcat jets) and Texas Instruments'
TMS 1000. The 4004 was a 4-bit processor, had a clock speed
of 108 KHz and 2,300 transistors with ports for ROM, RAM,
and I/O (input/output).
8008: Released
in April 1972, the Intel 8008 was more or less an 8-bit
version of the 4004. It did, however, form the basis for
the 8080 and, later, the 8086.
8080: Introduced
in 1974, and featuring several revolutionary features such
as a 16-bit address bus and 256 I/O ports, the Intel 8080
is considered the first truly modern microprocessor, and
was used in the Altair 8800, one of the first well-known
personal computers.
8086: Introduced
in 1978, the 8086 was a 16-bit microprocessor that gave
birth to the x86 architecture, one that is still in use
in modern Intel microprocessors.
8088: The
8088 broke new ground and truly brought the computer to
the masses by being used in the first IBM PC. It heralded
the beginning of the troika of Intel (microprocessor), IBM
(personal computer) and Microsoft (operating system) that
dominates personal computing worldwide till today.
80286: A
16-bit microprocessor introduced in February 1982, the 80286
was designed to run multitasking applications and multi-user
systems, among others.
80386: One
of the most popular Intel microprocessors, the 80386 was
the first of Intel's processors to introduce 32-bit architecture
and a paging translation unit, as a result of which operating
systems that used virtual memory could be deployed.
Pentium: Introduced
in 1993, the Pentium was the fifth-generation x86 microprocessor
from the Intel stable, with Indian whiz Vinod Dham leading
the team that developed it. Among major changes introduced
were two data paths and a multi-media supporting architecture.
The Pentium I was followed by a series of Pentium variants
including Pentium Pro, Pentium II, III and 4, and Pentium
Overdrive.
Celeron: Introduced
to fit low-cost budgets and in a bid to recover lost ground
in the low-end market, Celeron processors are based on Pentium
architecture.
Xeon: The
Xeon is Intel's current generation of server-class microprocessors
for PCs. Introduced as Pentium Xeon, the Pentium prefix
was later abandoned. Later versions of the Xeon microprocessor
introduced 64-bit processing.
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And as Intel scrambles to maintain its overwhelming
global domination, the Indian operations, its largest R&D
and design unit outside the US, will play an increasingly important
role. Chandrasekher says: "IIDC (which was established in
1999 with 10 employees) is working on Intel's crown jewels."
The centre conducts cutting-edge R&D on microprocessors, chipsets,
digital signal processing and networking products, communications
software, stack optimisation solutions, graphic drivers, compilers,
e-business applications and manufacturing automation solutions.
It is now accepted in tech circles that ubiquitous
wireless broadband is the next Holy Grail. Intel is pushing its
own version, called WiMax, for providing this. And Intel's India
operations are, expectedly, at the forefront of this initiative.
It is running several test projects based on this technology in
association with the Uttaranchal government. "We will try
this out in other parts of the country as well," says Chandrasekher.
Intel's Indian arm is also developing a rugged
pc specifically suited to countries like India. Its Platform Definition
Center is piloting this device, which runs on a car battery to
tackle the problem of erratic power supplies, in 10 villages and
expects to begin selling this product in early 2006. It has also
launched the Intel Teach to The Future Initiative. Under this
programme, more than 4.5 lakh teachers at government schools have
been trained in computer use.
MENTOR & MATCHMAKER
Intel's investment arm is placing massive
bets on India. |
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Intel's Sodhani: India presents
huge opportunities |
Intel inside
does not refer only to silicon chips. not anymore. The US
chip giant's investment arm, Intel Capital, has invested over
$4 billion (Rs 17,600 crore) in about 1,000 tech and web-based
companies across the globe. It entered the Indian market in
1998, and is now ramping up its operations here. "There
are large opportunities in India," says Intel Capital
President Arvind Sodhani. The "hot areas": mobility,
WiMax and cellular application development.
Intel Capital had invested in companies
like Sasken, Subex, Indiainfoline and Sharekhan within months
of entering India. The company, which does not disclose
investment figures, has now exited all of them with profits
ranging from twice to four times the initial investment.
It is now bullish on the Bangalore-based optical networking
start-up Tejas Networks. But it's more than just a seed
money provider; Intel Capital has bet $10 million (Rs 44
crore) on IT education provider NIIT and currently has an
Indian portfolio comprising shares of about 40 companies.
"These investments are driven by strategic value and
we will continue to look at opportunities across the lifecycle
of companies," says Sodhani. Intel Capital also sees
itself as a mentor and matchmaker for companies with complementary
technologies across its portfolio and sometimes nudges them
into M&A deals for greater synergies. Intel Capital
executives recently visited a dozen Indian companies and
are expected to finalise investments in some of them over
the coming months.
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But Intel's Indian sojourn has had its share
of boo-boos, too. In June, Information Technology Minister Dayanidhi
Maran declared that he had convinced Intel to set up a $400-million
(Rs 1,760-crore) chip fabrication plant in India. But the company's
negotiations with the government on certain concessions didn't
work out. Jones is at his diplomatic best while responding to
a pointed question on this. "Intel continues to evaluate
all opportunities available," he says. That, for the uninitiated,
means: "Sorry, we're going elsewhere." But it's a minor
hitch in a relationship that has paid, and continues to pay, the
company huge dividends.
There are other challenges that Jones has
to tackle. Intel has recently sacked nearly 250 employees (or
almost 10 per cent of its Indian workforce) for allegedly faking
bills and making false claims on various allowances. "Intel
expects its employees to maintain the highest ethical and business
standards," says Jones, refusing to share any further details.
Company insiders say this has led to significant loss of morale
among staffers. Jones, however, emphatically denies this. "We
continue to attract and retain the best talent in the industry,"
he says.
That it will have to do. How it manages its
human resources here could well hold the key to whether Intel
India continues to punch above its weight.
-reported by Venkatesha Babu, Rahul
Sachitanand and Alokesh Bhattacharyya
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