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The PerfectSearch powered by Fujitsu appliance combines the industry’s leading search technology with Fujitsu’s legendary server hardware.
The result: Delivering the world’s most powerful search on the most scalable and secure private cloud platform. While maintaining sub-millisecond response times, the PerfectSearch powered by Fujitsu appliance performance is 10 to 1,000 times faster than any other enterprise search technology. PerfectSearch powered by Fujitsu delivers the ability to search up to 1 billion documents on a single server.
Built on the NuVola Private Cloud Platform solution, PerfectSearch’s patented software enables search up to a billion documents using a single private cloud appliance. Compared to other solutions that can require more than 10 with battery such as Toshiba PA2487U Battery , Toshiba PA3107U-1BRS Battery , Toshiba PA3383U-1BRS Battery , Toshiba PA3384U-1BRS Battery , Toshiba PA3285U-1BRS Battery , Toshiba PA3191U-1BRS Battery , Toshiba PA3166U-1BRS Battery , Toshiba PA3331U-1BRS Battery , Toshiba PA3098U-1BRS Battery , Toshiba PA3084U-1BRS Battery times the number of servers, the PerfectSearch powered by Fujitsu solution is powerful and economical—even compared to open-source solutions, with lower equipment cost and fewer servers that reduce energy, replacement and administrative costs
Companies now have a cost-effective solution to index and search all content is searchable with a single query. The PerfectSearch powered by Fujitsu appliance uses unique technology that uses disk based indexing rather than memory, requiring a fraction of the hardware—realizing up to a 90% reduction in search-related hardware. These innovations built into the solution permit high-speed retrieval, drastically reduced hardware footprints, and extensive customization.
Based on the OpenACC standard, GPU directives are the easy, proven way to accelerate your scientific or industrial Fortran code. With GPU directives, you can accelerate your Fortran code by simply inserting compiler hints into your code and the compiler will automatically map compute-intensive portions of your code to the GPU. Here's an example of how easy a single directive hint can accelerate the calculation of pi. With GPU directives, you can get started and see results in the same afternoon.