As dimensions keep shrinking so does the efficiency of traditional transistors. There are a couple of different solutions to this particular problem.
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With the addition of x86-blades the mainframes from IBM (NYSE:IBM) that originally date back to 1952 has been given a new lease of life.
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When it comes to servers lower is better.
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According to sources that we have spoken with in the Taiwanese market both Samsung and Western Digital have decided to suspend shipments of disk drives to PC makers in Taiwan due to a parts shortage.
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The latest news in the embedded space comes from Taiwanese VIA Technologies (TPE:2388), which is launching an embedded board together with a chassis.
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Not much happened at the ARM (LON:ARM) TechCon in Santa Clara last week, but on the final day ARM announced its latest architecture change called ARMJ8 that includes a brand new 64 bit instruction set.
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While LED is very popular because of its low energy consumption combined with its longevity it also has one major drawback.
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According to a report from Bloomberg News Service HP (NYSE:HPQ) will start manufacturing servers based on the ARM architecture in a sharp departure from its previous Intel-only design philosophy.
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Want to roll your own processor, but can’t afford the fabbing of an ASIC?
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HP has a little know research lab in Beijing and the focus of this lab has just shifted to networking.
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Freescale Semiconductor Inc.(NYSE:FSL) has just signed a license from ARM allowing it to use the newly released Cortex-A7 design.
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Soctronics headquartered in Hyderabad, India has completed its first design of a 28nm chip according to a press release that the company issued.
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ARM and TSMC have just completed the design of a test chip based on the Cortex-A15 processor design according to a press release from the companies.
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This fall it is exactly 40 years since the first microprocessor saw the day of light. Intel has of course provided us with a press kit that we will make good use of, but complement it with additional information.
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Extreme Ultraviolet lithography was originally expected to be implemented at the 22nm node, which is where Intel’s is at the moment, but much points to the fact that it will not be ready for another couple of generations even though lithography supplier ASML is hopeful.
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