Introducing the Quintuple Core Nvidia Processor from the Future!
Steven Blum has written more than 2,000 blog posts as a founding member of AndroidPIT's English editorial team. A graduate of the University of Washington, Steven Blum also studied Journalism at George Washington University in Washington D.C. for two years. Since then, his writing has appeared in The Stranger, The Seattle P-I, Blackbook Magazine and Venture Villlage. He loves the HTC One and hopes the company behind it still exists in a few years.
It was not until early September that Nvidia CEO and president Jen-Hsun Huang said in an interview that his company would release the first Android tablet running on a quad-core processor. Now we learned today that the tablet will actually be run by five (!) processing cores.
Employing a process dubbed Variable Symmetric Multiprocessing technology, the fifth core in this chip was created using a special low power silicon process to execute tasks like music and video playback, RSS reading and loading web pages, all at extremely low frequencies for amazing battery life.
In addition to this fifth core, there are four other cores that are designed to consume less energy as well, while using higher frequencies than their dual-core counterparts.
According to Nvidia, the advantages of quad or even quintuble processors are the following:
Lower energy consumption
Faster loading times for Web Computing
Higher Performance for Demanding Applications
Higher quality games
To break it down: more cores are better if the software is properly configured to them. Quad-core processors, whether in mobile or other devices, deliver significantly better performance in the following areas:
High quality video processing
Audio / Video Transcoding
Many forms of data processing standordbestimmter
Stereo 3D games and applications
Clearly, the future lies with multi or quad-core processors for better, faster and more energy-efficient performance. As a result, developers in the future will have the opportunity to create more technically demanding applications to provide a completely new experience on mobile devices. And, since the chip will work more efficiently, the battery life will be extended. Oh, how beautiful
Here are some nice graphs of the chips' performance and a video that show the processor's impressive speeds in action: