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Mobile Technology

ARM Cortex-A15 MPCore processor hits 2.5GHz

The Eagle has landed. As portable devices sporting ARM's Cortex A9 1GHz powerhouse start to appear, the company has unveiled the next step in the evolution of its system-on-a-chip Cortex A architecture, the A15 MPCore processor. ARM-based chips currently provide the processing power for a host of mobile devices, from smartphones to tablets, and this latest development is claimed to deliver five times the performance of current solutions such as the Cortex A8, yet has a similar low energy footprint.Read More

Mobile Technology

Samsung announces low power dual core Cortex A9 processor for mobile devices

Computing on the move has taken off big time. No longer bound by the shackles of a deskbound screen, we are now working on smartphones, playing on tablets and surfing on netbooks. We need such devices to be both powerful and low on power draw. The latest to answer such needs is Samsung, announcing its most recent foray into the world of mobile chip manufacture – Orion. The 1GHz ARM-based Dual Core chip supports various storage and memory configurations, is HD and 3D ready and has GPS included.Read More

Mobile Technology

LG Optimus Series smartphones first to be powered by dual-core Tegra 2 processor

With smartphones packing more and more features and people using them for increasingly processor intensive tasks LG has announced plans to introduce the first Android smartphones to be powered by a dual-core processor. The new phones, which will be part of the company’s new Optimus Series, will feature the second generation NIVIDIA Tegra mobile processor, the Tegra 2. Read More

Computers

IBM unveils new zEnterprise System featuring 96 of the world’s fastest microprocessors

IBM has announced details of its most powerful commercial system ever. The core server of the new zEnterprise System mainframe – called zEnterprise 196 – contains 96 z196 processors, which IBM touts as the world’s fastest, most powerful computer chip. IBM is aiming the system at businesses such as banks and retailers dealing with the skyrocketing amounts of data resulting from the ever increasing amount of business transactions carried out in an increasingly inter-connected business world. Read More
Computers

What do you get when you cross a CPU with a GPU? AMD’s Fusion family of APUs

At Computex 2010 AMD gave the first public demonstration of its Fusion processor that combines the Central Processing Unit (CPU) and Graphics Processing Unit (GPU) on a single chip. The AMD Fusion family of Accelerated Processing Units (APUs) not only adds another acronym to the computer lexicon, but ushers is what AMD says is a significant shift in processor architecture and capabilities.Read More

Computers

Intel’s new ULV Core processors headed for ultraportable laptops

Intel has introduced new ultra-low voltage (ULV) versions of its Intel Core processors. Based on Intel’s 32 nanometer (nm) technology the Core i3, Core i5, and Core i7 processors are destined for the insides of ultraportable laptops - which Intel defines as less than an inch thick and weighing just two to five pounds - without sacrificing performance, connectivity and battery life. Read More

Computers

HP joins Team AMD for release of more than a dozen notebooks

HP has boosted its range of laptops quite substantially, with its largest single introduction of AMD-powered notebook PCs to date. Fourteen new machines are on offer in total, pitched towards both business customers and home users. All of the models in HP’s new notebook range include updated AMD multicore processors. Among the new brood is a set of Phenom II Dual-Core N620 systems promising to offer users up to 69 per cent faster performance than previous models.Read More

Computers

MIT developing self-assembling computer chips

The photolithography process used to create the features on computer chips has remained largely unchanged in the last 50 years. But as chip manufacturers continue to cram more and more circuits onto a chip the limitation of this process is rapidly being reached. Potential solutions to keep apace with Moore’s Law include using DNA molecules as scaffolding, replacing copper interconnects with graphene and using plasma beams. Now researchers at MIT are developing a process that could see tiny circuits being created using molecules that automatically arrange themselves into useful patterns.Read More

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