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TechNewsWorld: Internet of Things Close, Thanks to ARM’s Reach

Chipmaker ARM (Nasdaq: ARMHY) has announced a tiny product with huge implications. The company unveiled its ARM Cortex M0+, a 1mm microchip it says can push the edge of the Internet beyond your laptop or PC. Everything is on the drawing board — from a network-enabled fridge to devices powered by your body’s heat.

“The main advantage is a balance between energy and performance,” Thomas Ensergueix, ARM’s CPU product manager, told TechNewsWorld. The new 32-bit processor consumes about one-third of the energy used by current 8-bit and 16-bit processors while at the same time delivering better performance.

The reduced energy usage is made possible by shrinking the number of transistors needed for the chip and eliminating a step required for data to travel. By shrinking the size of the chip, the cost to manufacturers also falls, Ensergueix said. Freescale and NXP Semiconductor are already among early licensees of the new product.

Flyweight Chip Advances

In the past, small processors — referred to as “flyweight chips” — have required batteries for power and held little intelligence. Used in situations such as industrial sensors, the micro CPUs required battery changes, since they stayed constantly powered.

ARM’s new chip, however, “makes it realistic to control LED light and sensors” which are intelligent enough to power down when unneeded, opening the prospect of little energy leakage, Gary Atkinson, ARM’s head of embedded segments, told TechNewsWorld.

ARM decided to base the Cortex M0+ on the standard 90mn chip manufacturing process to hold down costs, suggested Gartner (NYSE: IT) Wireless Research Director Mark Hung. The move was made despite the 90mn format being “known to have power leakage issues,” he told TechNewsWorld……Learn More

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Posted by on Mar 14 2012. Filed under Current News, Post To Slider, Technology. You can follow any responses to this entry through the RSS 2.0. You can skip to the end and leave a response. Pinging is currently not allowed.

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