Skip to main content

AMD introduces Fusion platform

 It is designed to handle multi-core processors and high-end graphics

Computer processor manufacturer AMD announced on Tuesday the launch of its new generation of processors, the Fusion platform.

The new family of chipsets, using the accelerated processing unit (APU), are designed to handle multi-core processors as well as high-end graphics using a single die. Ravi Swaminathan, Managing Director and Regional Vice-President, Sales and Marketing, AMD India, said the new chipset design promise to herald a “fundamental transformation, in the computer landscape.” “The new family of processors represent the biggest shift in PC technology in 40 years,” Mr. Swaminathan said.

Claiming that AMD was the only chip-maker to have established capabilities in designing and manufacturing central processing units as well as graphics processing units, Mr. Swaminathan said, “The APU will set the new industry standard.” He said the capabilities of the new range of processors make them ideal for use in a range of products — from mobile phones to desktop computers. While the E-series and the C-series of APUs would be available in India soon, the higher-end A-series APU would be available by May, Mr. Swaminathan said.

Leading computer manufacturers such as Sony, Dell, HP, Asus, Lenovo, MSI and Toshiba would be launching APU-based systems soon, he added.

Michael Goddard, Corporate Vice-President, Chief Engineer, Low-Power Clients, Products Group, said the AMD's Indian technology development team, based in Hyderabad and Bangalore, had played “a critical role” in the development of the processor. One of the key features of the new chipset is its “AllDay Power” capability, which enables usage of computers for more than 10 hours on a single charge. “Our team in Hyderabad played a major role in achieving this,” he said. AMD's two centres in Hyderabad and Bangalore employ about 1,100 persons.

Manju Hegde, Corporate Vice-President, Fusion Experience Programme, said, “In a situation in which visual perception has become the key, especially among the youth, the processor's limitation can prevent consumers from enjoying high-end graphics.” “The new design now offers to ordinary people the computing capability that was earlier associated with supercomputers,” Mr. Hegde said.

Speaking at the launch, Bollywood actor Gul Panag said the new processor's power-saving feature would be a boon for users who were increasingly seeking richer graphic content on the Internet.

Comments

Popular posts from this blog

Evolution Of Computer Virus [infographic]

4 Free Apps For Discovering Great Content On the Go

1. StumbleUpon The granddaddy of discovering random cool stuff online, StumbleUpon will celebrate its 10th anniversary later this year — but its mobile app is less than a year old. On the web, its eight million users have spent the last decade recommending (or disliking) millions of webpages with a thumbs up / thumbs down system on a specially installed browser bar. The StumbleUpon engine then passes on recommendations from users whose interests seem similar to yours. Hit the Stumble button and you’ll get a random page that the engine thinks you’ll like. The more you like or dislike its recommendations, the more these random pages will surprise and delight. Device : iPhone , iPad , Android 2. iReddit Reddit is a self-described social news website where users vote for their favorite stories, pictures or posts from other users, then argue vehemently over their meaning in the comments section. In recent years, it has gained readers as its competitor Digg has lost them.

‘Wireless’ humans could backbone new mobile networks

People could form the backbone of powerful new mobile internet networks by carrying wearable sensors. The sensors could create new ultra high bandwidth mobile internet infrastructures and reduce the density of mobile phone base stations.Engineers from Queen’s Institute of Electronics, Communications and Information Technology are working on a new project based on the rapidly developing science of body-centric communications.Social benefits could include vast improvements in mobile gaming and remote healthcare, along with new precision monitoring of athletes and real-time tactical training in team sports, an institute release said.The researchers are investigating how small sensors carried by members of the public, in items such as next generation smartphones, could communicate with each other to create potentially vast body-to-body networks.The new sensors would interact to transmit data, providing ‘anytime, anywhere’ mobile network connectivity.Simon Cotton from the i