The upcoming Yonah C.P.U. is require to poise the competing demand of performance and mobility in hand-held PCs , an Intel Corp. executive sound out Wednesday at the caller ’s Spring Intel Developer Forum in San Francisco . Although Sean Maloney did not name the twist he held in his hand during a keynote display , its dimension appear to be standardized to a handheld built on Microsoft Corp. ’s Origami task .
On Wednesday , Samsung Electronics Co. Ltd. at the Cebit swop show in Germany showed the Q1 , ramp up on the Origami construct , and light somewhere between a tablet PC and a PDA ( personal digital assistant ) in size and power .
radical - mobile PCs need what Yonah will offer , said Maloney , Intel executive vice president and universal director of its mobility group . Yonah is the dual core version of the Pentium M. It bid good powerfulness efficiency than a schematic threefold - core mainframe because it uses a shared cache of computer memory , he said . That allow both core to get at data without connect to the frontside bus , a pace that demand time and power . That strategy also allows Yonah to salvage energy by switching off “ micro logic area ” of the cache while they are not being used .
Intel designers also use this approach for their Merom processor , scheduled for liberation in notebook computer estimator sold in the second half of 2006 .
Intel spokesman Robert Manetta could not immediately key out the computer that Maloney held . But he did notice that the term “ Origami ” refers to Microsoft ’s software surroundings , not the literal hardware .
Regardless of its name , a successful ultra - mobile microcomputer will need flash memory , Maloney said .
“ We ’re very concerned in nonvolatile memory , ” he said . A computer with nonvolatile cache computer memory will boot up much faster than established machine because it does n’t have to fetch information from a hard movement . That is one reason that handheld computers reboot up so much faster than laptop .
This launching of a novel computer family is not merely an effort to find a new market recess for selling production , he said . Rather , an extremist - mobile PC offer a unparalleled ability to adopt to new standards of data point compaction .
applied scientist often design improved versions of codecs , which are technologies designed to compact and decompress any sort of data , from music to picture show . Laptop and desktop PCs are confiscate to the cyberspace , allowing users to well download these new standard . But more portable electronics such as digital cameras are usually stuck with their original standards . The ultra - mobile personal computer could doctor this job by supply a bridge deck between Web - enabled and portable electronic devices .
Of course , Origami is not the only ultra - fluid microcomputer in the market place .
Motion Computing Inc. , of Austin , Texas , says it beat Microsoft to the punch by about a year when it launched the LS800 ultra - mobile tablet PC in July 2005 . That ware is the size of a softback book ; one inch dense and 2.2 pounds grave . Users operate it with playpen and voice - input options .
Whoever was first to grocery , the LS800 portion some canonic details with Origami — it , too , runs Microsoft ’s Windows XP operating system on an Intel Centrino chip shot . drug user of the US$ 1,699 twist let in client service prole at retail stores , truck drivers on the route , and doctors visiting their patients .
