Authorities spend millions of dollars on hardware and infrastructure to build and maintain all kinds of supercomputers,but if you are looking to explore the concept of parallelism in a system, the fact is that the investment can be much lower. The project Tiny Titan appeals to a total of nine Raspberry Pi and other traditional components, which in total do not exceed one thousand dollars .
The potential of the Raspberry Pi can be very large as computer independent SBC, but we have seen in the past few initiatives that seek to combine several units in order to form a more complex and advanced system. After all, the idea is nothing outlandish. The server hardware is taking a number of increasingly large nuclei, a clear focus on efficiency . Of course, supercomputers are not alien to this movement and while there are monsters that devour more than ten thousand kilowatts also find systems Tsubame as the University of Tokyo or Wilkes of Cambridge University, who operate with a fraction of that energy. So what can make the Raspberry Pi to do so ?
The project Tiny Titan by the Oak Ridge National Laboratory (the same with the original Titan ) seeks to create a ” supercomputer classroom “. Why do we call it? Because their mission is to teach the basics of parallel computing. On their home page explains that traditional desktop hiding parallelism to give the user an easier experience, but in the case of Tiny Titan is much more evident. This parallelism is demonstrated with the help of simulations and the main input method for students is a wireless Xbox 360 controller, which allows to modify certain elements, such as load balancing. In total, Tiny Titan uses nine Raspberry Pi and nine SD card with pre-installed software nine load bearing cables and data transfer via micro USB, and other generally available components, including routers, switches, USB hub, and a healthy amount of nuts and bolts.
The software is completely open source and depending on the location, the final price to build a Tiny Titan should not exceed one thousand dollars. If we obey the words of Adam Simpson, one of the specialists to support Titan, the most complicated of Tiny Titan is no assemble, but to write code compatible . So keep that it mind with Tiny Titan.