HfssForWindows764BitANSYS System Hardware Requirements. Operating System. OS Platform Support  OS Platform Support By Application. ANSYS products are supported on 6. ANSYS Mechanical ANSYS Fluent Most of our customers successfully run ANSYS software on Windows 7 on Workstations. ANSYS R1. 7. 0 added support for Windows 1. See the links above for a complete overview of OS platforms supported. A Server OS Windows Server or Red Hat LinuxSUSE Enterprise Linux will be required in the following circumstances More than 2 Physical CPU Sockets in a System. Multiple Machines Running in a Cluster. Hfss For Windows 7 64 Bit' title='Hfss For Windows 7 64 Bit' />Simultaneous Users on a Machine Remote or LocalProcessor. The latest 6. 4 bit multi core Intel Xeon and AMD processors with the highest clockspeed and core counts available are recommended. Hyper threading will not improve the speed of simulations, always evaluate the number of physical cores for ANSYS simulation. Always try to get the most recent architecture version of the CPU, even if the clockspeed or number of cores dont seem to be improved. CPUs today are almost twice as fast as CPUs from 3 years ago listed at the same clockspeed. Keep in mind that Windows 781. CPUs. For more than two physical CPUs, a Windows Server or Linux OS is needed. Memory. A minimum of 1. GB of memory is recommended. It is best to have as much memory as financially feasible. UpdateStar is compatible with Windows platforms. UpdateStar has been tested to meet all of the technical requirements to be compatible with Windows 10, 8. Final Fantasy 12 Pcsx2 here. Windows 8. ANSYS Student Version download page. ANSYS Student version is an introductory software package for engineering students. CAD Design Software a Division of CAD Design Services Inc, recipient of the ADVANCED PACKAGING AWARD for best new product in PACKAGE DESIGN SOFTWARE, provides. Hardware Requirements Since there are no meaningful minimum requirements for ANSYS, it is best to determine your needs and then select the most appropriate solution. The actual memory required for a particular problem will depend on the mesh, physical models that are enabled, and domain complexity. As of 2. 01. 6, 6. GB of memory has been sufficient for 9. FEA and CFD projects completed by OEI engineers. EMAG products more often require more memory and 1. GB is recommended. Hfss For Windows 7 64 Bit' title='Hfss For Windows 7 64 Bit' />In terms of the effect of memory on performance, you either have enough or you dont. If your operating system runs out of memory it will fall back to using the hard drive as virtual memory, which will have a catastrophic effect on system performance. To get an idea why this is, it is useful to consider how the CPU works. CPUs have an extremely small amount of memory that they can access immediately. Well call this the register. To access something not already in the register, the CPU will have to wait for the process to bring it into the register to complete before it can continue. There are several levels of memory in ascending size and descending performance that the CPU has access to. The cache levels are directly on the CPU itself and have various levels, termed L1, L2, etc The system memory, or RAM, is modularly added to the motherboard, as is the hard drive. To compare the proportional speed of these memory levels, we can use the metaphor from this excellent article on the subject L1 Cache Grabbing a piece of paper from your desk 3 secondsL2 Cache Picking up a book from a nearby shelf 1. System Memory Taking a walk down the hall to buy a Twix Bar 4 minutesAccessing the Hard Drive Leaving the building and roaming the earth for 1 year and 3 months. It doesnt pay to pinch pennies on system memory Storage. A minimum of 1. TB is recommended for the installation and use of your ANSYS software. The precise effect of storage on performance will depend on how IO bound a particular analysis type is but it is uniformly better as model sizes get larger. Strongly consider one of the advanced storage recommendations below if your expected analysis type is one of the following where IO is typically a bottleneck on performance IO Bound Analysis Types Out of core Sparse Solver in Mechanical. Block Lanczos Eigensolver. Hfss For Windows 7 64 Bit' title='Hfss For Windows 7 64 Bit' />Distributed Memory Parallel DMP solves in SMP, there is one set of files, in DMP each core has its own set of files and IO becomes a bottleneckTransient FEA or CFD runs where many results are being written to disk. There are two main ways to increase storage performance RAID0 While there are many different RAID configurations that have trade offs between speed, redundancy and efficient usage of space, RAID0 is the only configuration that should be considered for performance. Redundancy should only be considered for separate storage drives or arrays, especially since RAID0 sacrifices redundancy the most for performance if any of the drives in a RAID0 array fails, all the data is lost. SSDs Significantly more expensive on a per GB basis than mechanical hard drives but can have 2 orders of magnitude faster read performance and an order of magnitude faster write performance. Make sure to have a modern operating system with TRIM support or the write performance of the SSD will degrade over time. The ideal storage setup would have several TB of general storage with a smaller, specialized drive used for solves. In ANSYS Mechanical R1. Solver Scratch Directory to ensure that solutions are automatically performed on high performance drives but stored on general purpose storage. SSDs RAID0 This is the maximum possible performance configuration for storage but make sure TRIM is supported specifically for RAID0 with your chosen brand and operating system. The SSD alone supporting TRIM does not mean that it is supported in RAID0 arrays, which is a very recent development that often requires the latest operating system eg Windows 1. Graphics Card. Supported Graphics Cards. For large assemblies it is recommended to make use of a graphics card to avoid display latency issues. A list of validated graphics cards can be found in the links above. On board graphics will degrade the pre and postprocessing experience on the machine. Additionally, newer and graphically intensive applications such as AIM and Space. Claim will not work without a discrete graphics card. GPUGPU Computing Resources  Supported GPU Cards. In an effort to provide faster performance during solution, various ANSYS products ANSYS Mechanical  ANSYS Fluent support offloading key solver computations onto graphics cards to accelerate those computations. All HPC license products HPC, HPC Packs, and HPC Workgroups enable GPU accelerated computing and one GPU will count as one core. Note that not all CUDA enabled graphics cards are supported, this feature is intended for the high end NVIDIA Tesla and Intel Phi cards. It is recommended to get the card with the highest amount of memory. The supported cards for GPU computing can be found in the document linked above Notes about GPU Computing The NVIDIA Tesla solutions are more feature complete as of 2. Not all analysis types are supported for GPU computing. GPU computing is currently well suited for particular types of problems. Mechanical In Core Sparse Solver runs with solid elements vs shells of 5. GPU memory typically lt 8. M DOFMechanical PCGICG Solver runs with the Level of Difficulty setting at a lower value and MSAVE off. Fluent Icepak Single Phase, flow dominated, coupled solvers, model size 3 4. M elements. HPCHPC Features Overview. 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