BURLINGAME, California--During decades, Intel liked to assert that each time it created a new generation of the pieces, GCV obtained larger and more quickly. He 's always trying to pack more in each new design. But nowadays, the incantation is more about making with the nimble pieces this power of will the intelligent telephones more skilfully than the GCV heavy.
One year after Intel (INTC - news - people) presented the first time its microprocessor inexpensive and basic power of atom, the giant of piece presented a pair of new processors of atom to the forum of realizer of Beijing Intel Wednesday and outlined outside a strategy to push the atom in devices increasingly smaller in a few years to come.
The news comes because the shares of Intel have almost 30% fallen during the 12 last months because the financial crisis morphed in a world recession from deepening. But while the sales of the microprocessors of PC descended 11.4% during the last quarters last year, according to the IDC, Intel 'the processors of atom of S are sold highly.
Intel hopes that its late pairs of processors of atom will help it to continue to seize the market share: Z550 will function also quickly like piece of 2 gigahertz while employing less than one power of 3 Watts, Intel indicates. Z515 will employ Intel 's technology burst of execution to function as quickly as 1.2 gigahertz when necessary, Intel indicates.
While waiting, Intel will begin its effort to split the market for the traditional intelligent telephones in serious this year with a package of the pieces built around its processor of atom doubled Moorestown.
The principal vice-president of Anand Chandrasekher, Intel and the ultra managing director of the group of mobility, carried out the first demonstration of phase of Intel 's of the second generation Moorestown. Intel asserts Moorestown, due this year, will propose a reduction of ten times of use of power when a device is with vacuum
Intel's Atomic Strategy
Posted by
suresh
|
Sunday, April 12, 2009
Subscribe to:
Post Comments (Atom)
0 comments:
Post a Comment