Intel Next Processor

      Intel announced it’s new advanced processor, which named as Intel quad core Ivy Bridge. Intel quad core Ivy Bridge processor is the next version of Intel latest multi core processors. It will be mainly aimed target for desktop supercomputer processor. Just like the Sandy Bridge processor, Ivy Bridge features a maximum of 4 processing cores which are fused on one die alongside a graphics unit, an 8 MB L3 cache, and the system agent (contains memory and display controller, DMI). A 256-bit ring bus will interconnect the links of all the components inside.

    Intel is set quad-core Ivy Bridge processor based on 3D technology. Until now, transistors were 2-D (planar) devices. With using the 3D transistor, Intel claims it can design more powerful processors with improved power efficiency over current processors. Intel's 3-D Tri-Gate transistors and the ability to manufacture it in high volume, mark a substantial change in the structure of chip design.

     Intel said the core of the Ivy Bridge processor the 3-D Tri-Gate transistor would improves battery life and performance on devices such as smartphones and tablets, so maybe it can be implanted inside the advanced devices like gadgets and smartphone, after rebuild the design which based on advanced Ivy Bridge processor technology.

courtesy image of www.benchmarkreviews.com

The new Intel quad core ivy bridge specification

•       22-nanometer Tri-Gate process
•       160 mm² die size
•       1.4 billion transistors
•       8 MB L3 cache
•       32 + 32 KB L1 cache for data and instructions (per core)
•       256 KByte L2 cache (per core)
•       DDR3 (L) memory controller up to 800 MHz (PC3-12800)
•       16 lanes of PCIe 3.0
•       MMX, SSE, (1, 2, 3, 3S, 4.1, 4.2), AVX, AES-NI, Intel 64 support
•       TDP maybe around of 35, 45 or 55 watts

Computer Monitor Human Brain

        Computer today become the multi function tools that used by human life.  The engineer at MIT try to make the supercomputer that can detect overworked human brain. It detects the cells of brain if they are working too hard or overworked. Brainput Multitasking Assistant A volunteer tries out the Brainput workload-sensor and multitasking-helper. Your office mates, whether they’re people or pets, can probably tell when you’re feeling stretched too thin — heavy sighs, hand-wringing and general signs of stress are fairly easy to spot. 

     It will be very useful and great invention in computer and science section. Otherwise, now a new brain supercomputer interface could turn your computer into a more sympathetic partner, taking over some of your task when it senses you’re overworked. The system, called Brainput, is designed to detect when a person’s workload becomes excessive and to modify said workload to make it easier. Erin Treacy, a postdoc at MIT, uses functional near-infrared spectroscopy to monitor brain activity and aid this brain and computer interaction.

courtesy image of www.popsci.net

IBM Next Supercomputer

      Fast, low energy required, low heat performance, multiple high performance core, and reduced noise, its all the concepts of new generation of today's advanced supercomputer. IBM already announced its next generation supercomputing project, Blue Gene/Q, which is designed as an advanced technology supercomputer, to solve the most challenging problems facing engineers and scientists at faster, more energy efficient, and more reliable rates than before.

courtesy image of www.deepcomputing.com