

RELY ON THE BEST PLATFORM
Research and development tasks are not alike – nor are the requirements of users. Yet as different as they all may be, Fujitsu offers scalable performance architecture that is flexible enough to respond to the most diverse requirements: From the x86 CELSIUS high-end workstation to the x86 PRIMERGY industry-standard server (all the way up) to the PRIMEHPC FX10 supercomputer. Fujitsu’s offering features a high-quality and extremely reliable architecture that has proven itself for many years in the areas of scientific research, engineering development, and enterprise computing.
USE YOUR APPLICATIONS EFFICIENTLY
From concept to solution – this is the challenge faced by researchers and developers – and it demands increasingly higher levels of performance every day. This applies to you in your role as researcher or engineer. And to the tools you work with. Regardless of the task, you always want to use the best software package available. You have this freedom of choice with Fujitsu platforms. What’s more, you can fully concentrate on your core activities – we provide the speed and efficiency that will help you reach your objectives as quickly as possible. We are at your side, no matter what your discipline may be: biological science, medicine, pharmaceuticals, chemistry, automotive and aerospace technologies, environmental and earth sciences, banking/insurance, public administration, meteorology, education/universities/academies, defense, energy, astronomy, manufacturing, trade or logistics. As your partner for technical and high performance computing, MPAK believe’s that expertise means knowing the full potential of your software. And knowing how you can exploit this potential effectively and efficiently. The list below shows typical simulation and computational software that is frequently used with Fujitsu systems:
- Fluid dynamics simulation: Altair AcuSolve, ANSYS CFX, ANSYS Fluent, CD-adapco STAR-CCM+, OpenFOAM
- Structural mechanics simulation: Altair OptiStruct, ANSYS Mechanical, DS SIMULIA Abaqus, MSC Nastran
- Crash simulation: Altair RADIOSS, DS SIMULIA Abaqus/Explicit, ESI PAM-CRASH, LS-DYNA
- Casting, electromagnetics simulation: MAGMASOFT, RWP WinCast, ANSYS Maxwell, EMSS FEKO
- Chemistry, Geophysics, Mathematics, Statistics, Finance: TURBOMOLE, SCIGRESS, Parallel Geoscience SPW, Schlumberger ECLIPSE, MathWorks, MATLAB, Wolfram Mathematica, Murex MX.3
Examples of Fujitsu's cutting edge contributions to the fields of science and technology:
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We provide cutting-edge information and communication technologies that allow satellites, probes and orbiters to reliably carry out their missions as they travel through space. Our high-performance platforms are used to build the ground-based systems that receive data transmitted from space, track control operations and process observational data. More Details
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We deliver high-performance information and communication technologies that collect, aggregate and distribute meteorological observation data – around the clock. This data is used to forecast weather, predict natural disasters and orchestrate response plans to pending disasters. More Details
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Here we develop high-performance observation control, analysis and archiving systems for some of the world’s largest telescopes. Our systems gather vast volumes of radio wave data from the distant universe with unprecedented levels of sensitivity and resolution. This allows scientists to see back in time and explore our cosmic origins. More Details
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We support some of the world’s leading research organizations by providing non-stop, high-volume measurement and analytical capabilities that allow researchers to turn the massive data streams they collect into new scientific discoveries and findings. More Details
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