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Tilera Corp. is pioneering a new chip architecture based on MIT research and has begun to ship a 64-core processor, promising dramatic advances in powering devices for the networking and multimedia industries. Tilera claims they will deliver more than 10 times the performance of current dual-core processors and 40 times the performance of Single core Processors.
Arizona State University researchers have developed a low-cost, low-power computer memory--one-tenth the cost of and 1,000 times as energy-efficient as flash memory--that could put terabyte-sized thumb drives in consumers" pockets within a few years.
The programmable metallization cell (PMC) technology uses nanowires from copper atoms the size of a virus to record binary ones and zeros.
In January 2007, Fujitsu announced one Terabit/in2 technology, a breakthrough for future HDD capacity expansion. At that time, one-dimensionally aligned alumina nanohole patterns with 25nm pitch were produced to support one Terabit/in2 bit recording density. Now for the first time, Fujitsu has successfully created ideally “ordered” alumina nanohole patterns for isolated bit-by-bit recording on a large disk area by establishing an innovative fabrication process, and confirmed the basic read/write capability in each individual nanohole of the patterned media using a flying head on a rotating disk. Using Perpendicular Magnetic Recording (PMR) processes, the patterned alumina nanohole media was fabricated using nano-imprint lithography, anodic oxidation, and cobalt electrodeposition at a density of 100nm pitch nanoholes that was suitable to currently available head technology.
The Question is Do we need TeraBytes 1000 GB Hard disks?
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