The previous wars on processors were held with one dominant brand in common, Intel.
Intel dominated vs AMD recently, and was the choice for Apple's transition from the PowerPC (IBM).
But now, it is the time of ARM vs Intel. Can Intel defeat ARM as it previously did with all the others (Intel vs AMD, Intel vs PowerPC).
Well, this time it's going to be that much harder. Intel, with the CISC architecture but better integration technology, was able to defeat its competitors. It was more of a manufacturing advantage than a design one.
I have friends at Intel that I should ask them about, and see what their thoughts are.
But.. why is ARM winning?
Lower energy consumption is a simple answer. ARM is winning because it is the most flexible supplier, by selling the actual Integrated Circuit designs and letting companies like Samsung manufacture as they please.
Also there is the RISC vs CISC advantage. Even at my electronic circuit design years, we studied the advantages of RISC over CISC because of simplicity, and better ability to divide (divide & conquer, anyone?).
The question now is who offers the best PCB Design Services, who has the best partner ecosystem to develop the IP, the actual designs and not the whole product.
The divide and conquer approach was taken out of the architecture design (RISC) and into the business side, making ARM that more efficient.
Something similar to what lean startup methodology is doing to business, with it's background on software development (lean methodology is in my point of view 7-8 words: divide & conquer and apply scrum product development fast).
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3/16/2013
The current microprocessors war
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Labels: Advanced Micro Devices, AMD, Apple, arm, ARM architecture, CISC, ibm, Intel, PowerPC, Printed circuit board, RISC
2/27/2013
Electronic Circuit Design Years
English: Arithmatic Logic Unit schematic symbol Deutsch: Schema der artihmetisch-logischen Einheit (Photo credit: Wikipedia) |
It's very seldom that subjects catch your attention, but the fact that you can actually build a microprocessor during a 4 months class, including ALU (Arithmetic Logic Unit), and the GPU or the different records.
I remember we had a book (Hennessy Patterson) which described very well the MIPS architecture, which was RISC (Intel's architecture was, and still is I think, CISC).
The other of the related subjects had to do with intensive work on Cache and its different types. This were also part of electronic circuits, but more for the computer architecture perspective. Among these, we studied the associative cache, random access cache and a mix of the previous ones.
It's very satisfying for me that I now live so close to hardware giants such as Intel and Apple. Or even Motorola, who made it big also for chips manufacturing.
Apple with their own architecture until they made the switch to Intel, not so long ago. I believe this was a great breakthrough still in the Steven Jobs years, since it made Apple concentrate on building an astonishing product, with actually a better operating system than Windows.
Image via CrunchBase |
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7:35 a. m.
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Labels: Apple, Arithmetic logic unit, electronic circuit design, Graphics processing unit, Intel, MIPS architecture, Motorola, Reduced instruction set computing, University of Málaga
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