FEMAP/NX NASTRAN PERFORMANCE TUNING

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1 FEMAP/NX NASTRAN PERFORMANCE TUNING Chris Teague - Saratech (949)

2 NX Nastran Hardware Performance History Running Nastran in 1984: Cray Y-MP, 32 Bits! (X-MP was only 24 Bits) Four Vector Processors (167 Mhz) 256 MB of RAM (Note the MB, PC was 256K) 333 Mflops per processor $3-$4 Million, plus special room Comparison in 2016: 64 Bits Dual Core (1.85 Ghz) 2GB (2048 MB) of RAM 340 Mflops (Single Thread)/ 613 Mflops (Multi Thread) iphone 6s, $689 NX Nastran currently not ported to ios Saratech proprietary and confidential Slide Number: 2

3 NX Nastran Hardware Performance History Rack Server in 2016: Dell R930, 64 Bits Max 4 Processors at a Max 18 Cores Each (72 Cores Total), or up to 3.2 Ghz 1.5 TB of RAM 1.8 Gflops per processor High Speed PCIe based SSD disk drive (2.8 GBs Read/2.2 GBs Write speed) $85K with 6.5TB PCIe SSD, 1.5TB RAM, 4x3.2Ghz 4C Xeon processors Blade Array System Up to 30 Blades, each configured like a single server So how much faster do our Nastran jobs run with this huge increase in computing Power? Saratech proprietary and confidential Slide Number: 3

4 NX Nastran Performance Tuning Tips What is LP-64 vs ILP-64? Hardware and OS Selection NX Nastran Scratch Drive I/O Performance, OS Settings Buffer Size Hyperthreading Element Iterative Solver SMP vs DMP GPGPU Saratech proprietary and confidential Slide Number: 4

5 NX NASTRAN LP-64 vs ILP-64 There are two 64 bit versions of NX Nastran: LP-64 Standard version when running through FEMAP 4-Byte Words 8 GB RAM limit ILP-64 Optional version when running through FEMAP 8-Byte Words 20 TB RAM limit, which is really the hardware RAM limit of the machine you are running on When running NX Nastran on the command line, the L executables are ILP. w executables will bring up a file browser. In some cases, ILP-64 may offer improved accuracy Saratech proprietary and confidential Slide Number: 5

6 NX NASTRAN LP-64 vs ILP-64 In general, the standard LP-64 version of NX Nastran is faster for models that do not need more than 8GB of RAM allocated to the Solver For larger models that need more than 8GB of RAM for the Solver, you will need to use the ILP-64 version and have available RAM. For performance reasons, you don t want to allocate more than about 50% of RAM to NX Nastran. The other RAM is needed for the OS and I/O Caching, which is a huge help to NX Nastran performance. This means that if you need to use the ILP-64 version of NX Nastran, you will want at least 16 GB of RAM. Larger models may require more. Sometimes LOTS more! Saratech proprietary and confidential Slide Number: 6

7 Hardware and OS Selection Processors Faster processers are good (Faster I/O Speed is just as important, if not more though) Large L2 or L3 processer cache can improve performance (Xeon can help here) Multi-Core is good, but don t get more cores over less cores with faster clock speed (Usually) Intel Xeon E v3, 2.3 Ghz, 45M, 18 Core Intel Xeon E v3, 3.2 Ghz, 45M, 4 Core Memory As much as budget allows, and the fastest available Saratech ran a large job with mem=24 GB on a system with 64 GB of RAM. Nastran used up all available RAM for 2-3 hours, the extra being used for I/O Caching. See Task Manager graph: Saratech proprietary and confidential Slide Number: 7

8 Hardware and OS Selection Disk SATA based SSD are significantly faster than mechanical drives PCIe based SSD devices are even faster still, and are available and laptop, desktop, and server models. Example: SanDisk SX , 3.2 TB, 2.8 GB/s Read, 2.2 GB/s write speed (Servers) Intel 750 Series, 1.2 TB, 2.5 GB/s Read, 1.2 GB/S write speed (Workstations) Operating System Generally Linux is faster that Windows on the same hardware due the superior I/O on Linux Because of this, most HPC cluster systems run Linux Intel 750 Series PCIe SSD Windows is more popular on the desktop due to the wide variety of applications that run on Windows. Saratech proprietary and confidential Slide Number: 8

9 Hardware and OS Selection Priorities for getting the most performance for the least money: Maximum number of *fast* cores with large cache Add as much RAM as possible, and go for the fastest RAM allowed Maximize I/O bandwidth and disk speed Add GPU processing for some large dynamics problems (More on this later) I always recommend at least two disks, and 3 if possible: Disk 1: Fast drive for OS & Applications Disk 2: Very fast drive for NASTRAN & FEMAP scratch space (Keep empty when not running NX Nastran & FEMAP) Disk 3: Large drive for data storage NASTRAN does so much disk I/O, it is better to have it s own drive for scratch files, and make sure it is as fast as possible, SSD PCIe, or even a RAID of SSD. We don t want to let the OS/Application data needs slow down our NASTRAN job. Saratech proprietary and confidential Slide Number: 9

10 NX Nastran Scratch Drive Nastran scratch folder should point to a fast disk, or a RAID array (RAID0) Local disk drives are preferred Using network mounted NFS or SMB (Windows Shared Drive) connection is generally going to have significant performance penalties Even laptops can have two drives, try msata cards, or even PCIe in newer laptops SanDisk Fusion iomemory SX Samsung 850 EVO M.2 SSD Saratech proprietary and confidential Slide Number: 10

11 NX Nastran Scratch Drive You can set the NX Nastran scratch drive in the rc file The nastran rc file for FEMAP can be found in FEMAPv113/nastran/conf, where 113 is the version of FEMAP that you have installed Sample from my laptop: Sdir=e:\scratch program=femap scr=yes buffsize=32769 memory=.45*physical smem=20.0x The E drive is a 512GB SSD msata card Samsung 850 EVO M.2 SSD Saratech proprietary and confidential Slide Number: 11

12 NX Nastran & FEMAP Scratch Drive in FEMAP Preferences FEMAP scratch drive NX Nastran scratch drive Saratech proprietary and confidential Slide Number: 12

13 OS Settings: I/O Cache Reading from and writing to disk drives are much slower than RAM, even with SSD Data that is typically written is probably read back soon Keeping information in memory instead of disk will reduce disk seek times Make use of unallocated memory for disk buffer I/O Cache Saratech proprietary and confidential Slide Number: 13

14 OS Settings: Enabling Disk I/O Cache Read cache is enabled by default on Linux and Windows Enable write cache on Linux using hdparm command or equivalent On Windows, use Device Manager property settings to enable write-cache on the Nastran scratch drive in the Policies tab Saratech proprietary and confidential Slide Number: 14

15 Buffer Size The NX Nastran buffer size is the size of each I/O unit The default size in NX Nastran 9 is 8193 and works well for small models (<100K DOF) For larger models (>400K DOF), increasing the default buffer size to may help. This is the default in NX Nastran 10 This can be done by editing the nastran rc file and editing the line to be: Buffsize=32769 The nastran rc file for FEMAP can be found in FEMAPv113/nastran/conf, where 113 is the version of FEMAP that you have installed Saratech proprietary and confidential Slide Number: 15

16 NX Nastran Settings: Memory Starting with NX Nastran 10, the new default memory settings in the rcf file are: Memory=0.45*physical (45% of total RAM installed in the workstation) Smem=20.0X (20% of Memory in line above) Buffpool=20.0X (Same as Smem) These settings are more appropriate for large models and machines with more RAM Inspect the F04 file to see if you have optimum settings for your model Note: Unless SMEM is large enough to contain all scratch files, it is better to set it to zero Saratech proprietary and confidential Slide Number: 16

17 NX NASTRAN MEMORY LAYOUT Saratech proprietary and confidential Slide Number: 17

18 NX NASTRAN MEMORY The f04 file will give a summary of the memory that was allocated. The allocations will be the areas shown on the previous slide. Here is an example from TET10 model around 650,000 elements: ** PHYSICAL FILES LARGER THAN 2GB ARE SUPPORTED ON THIS PLATFORM 0 ** MASTER DIRECTORIES ARE LOADED IN MEMORY. USER OPENCORE (HICORE) = WORDS EXECUTIVE SYSTEM WORK AREA = WORDS MASTER(RAM) = WORDS SCRATCH(MEM) AREA = WORDS ( 100 BUFFERS) BUFFER POOL AREA (GINO/EXEC) = WORDS ( 51 BUFFERS) TOTAL NX NASTRAN MEMORY LIMIT = WORDS This model was run with mem=1673mb Remember, LP-64 is 4 bytes per word, and ILP-64 is 8 bytes per word Saratech proprietary and confidential Slide Number: 18

19 HOW MUCH MEMORY IS ENOUGH? Look in the f04 file for USER OPENCORE: Compare to the HIWATER usage toward the end of the f04 file: If HIWATER is getting close to or over HICORE, then likely the job would benefit from more memory (mem=x) Saratech proprietary and confidential Slide Number: 19

20 SETTING MEMORY SIZE IN FEMAP FEMAP uses Mb units, and memory can be set in the NASTRAN Executive and Solution Options form. 0 is the default which will use NASTRAN s default in the rcf file For Windows, don t allocate more than about 50% of the physical memory of the machine to avoid performance issues (swapping). Less may be better since the other memory is used for I/O Caching by Windows NX Nastran 10 default of 45% is pretty good for most cases until you get to workstations/servers with a large amount of RAM Saratech proprietary and confidential Slide Number: 20

21 HYPERTHREADING Some modern Intel CPUs support Hyperthreading. Hyperthreading is a like a virtual CPU, where one CPU can run two threads. There can be a small performance advantage on some desktop applications, but it s very small. Nastran, like other Windows programs sees the virtual CPU as a real CPU, since that is what Intel intended. Since NX NASTRAN is very CPU intensive, it expects the virtual CPU to perform like a real CPU, but it won t. NX NASTRAN will usually perform better if you turn off Hyperthreading. This is typically done in the BIOS. Some Xeon processors do not have Hyperthreading for this reason Saratech proprietary and confidential Slide Number: 21

22 Element Iterative Solver For models that are mostly solid elements, the Element Iterative Solver can offer significant performance improvements. (2-3x) It does not help shell or bar elements, and will be ignored in dynamics solutions Set this in the Solution form Saratech proprietary and confidential Slide Number: 22

23 NX Nastran Linear Contact Solutions Specify the proper search distance Large Search distances typically involve more active contacts for the first few iterations Saratech proprietary and confidential Slide Number: 23

24 Multiple CPU s SMP vs DMP Shared Memory Parallel (SMP) is a single machine with multiple processors that share common memory and a common I/O system (disks) as shown in the figure to the right. SMP DMP Distributed Memory Parallel (DMP) is a set of multiple machines or cluster with one or more processors communicating over a network. Each machine has it s own memory and it s own I/O system Saratech proprietary and confidential Slide Number: 24

25 DMP vs. SMP SMP Shared Memory Parallel Common Memory Pool, Common I/O Pool Desktop/Laptop hardware Tapers off at 8 or so cores No extra license needed DMP Distributed Memory Parallel Multiple machines with one or more processors communicating over a network (Desktop/Cluster) Each machine has its own memory and disk I/O Used Message Passing Interface (MPI) which must be installed in the OS Highly Scalable Extra license needed Now can be supported with a Femap license DMP Solutions 101 Linear Statics 103 Normal Modes 105/108/111/112 Buckling, Direct/Model Frequency, Modal Transient response 200 Design Optimization Saratech proprietary and confidential Slide Number: 25

26 Multiple CPU s SMP Setup in FEMAP If you would like to use multiple CPU s to solve a NASTRAN run, FEMAP can set that right above the Solver Memory. If you are running NASTRAN on your desktop machine, it is recommended to leave one CPU available for other applications if you want to continue to use the machine for other work This can also be done in the input file with: NASTRAN PARALLEL=x PARALLEL is a command line option also, and can be set in the rc file if you would like to have a default number of processors There is no extra license needed for SMP Saratech proprietary and confidential Slide Number: 26

27 AMD PROFESSIONAL GRAPHICS ADVANTAGE INNOVATION PERFORMANCE RELIABILITY Simultaneous render & compute Up to six 4K displays 1 Intelligent power technologies Application optimizations Latest API support PCIe 3.0 support 100+ app certifications Rock-solid drivers Three year warranty Image courtesy of Siemens PLM Software 27 AMD Professional Graphics for NX August

28 AMD FIREPRO W-SERIES GRAPHICS PRODUCT STACK AMD FirePro W-Series Recommended for NX/FEMAP UHE W GB GDDR5 275W W8100 8GB GDDR5 220W AMD FirePro TM W7100 HE W7100 8GB GDDR5 150W Midrange W5100 4GB GDDR5 <75W AMD FirePro TM W5100 W4100 2GB GDDR5 LP, <50W 2D/3D Entry W2100 2GB DDR3 LP, 26W AMD FirePro TM W AMD Professional Graphics for NX August 2015

29 The Right Solution for your PLM Workflow Simulation NX Nastran Large Assemblies and Rendering AMD FirePro TM W9100 AMD FirePro TM W8100 AMD FirePro TM W7100 AMD FirePro TM W5100 Design and Validation AMD FirePro TM W4100 Drafting and Modeling AMD FirePro TM W2100 Visualize, Review and Mark-up Images courtesy of Siemens PLM Software 29 AMD Professional Graphics for NX August 2015

30 NX NASTRAN y High performance GPUs and OpenCL accelerate modal frequency response calculations in NX Nastran. y This solution makes it possible to compute a large number of modes over a wide frequency range, economically and efficiently. y Results of the AMD FirePro OpenCL acceleration for NX Nastran Modal Frequency Response: Up to 25x faster than serial Up to 4x faster than the top of the line 24-core CPU run time Ref. : Siemens 2012 NX CAE Symposium Presentation: Accelerating Modal Frequency Response in NX Nastran with AMD GPUs by Hoffnung and Reymond OpenCL-accelerated solution System Configuration: Supermicro H8DGi-F Dual Opteron Motherboard 24 core Magny-Cours with AMD FirePro W AMD Professional Graphics for NX August 2015

31 SCALABLE PROFESSIONAL GPU SOLUTIONS } AMD provides a wide range of products for a wide range of software solutions Desktop Workstations Servers Mobile Workstations & Thin Clients 31 AMD Professional Graphics for NX August 2015

32 Using GPGPU with NX Nastran (OpenCL) For modal frequency response (SOL 111) with more than 5000 modes, and if you have a fast GPU card, such as the AMD FirePro W9100, it may help turning on the GPGPU acceleration in the NASTRAN Executive and Solution Options form NVIDIA Tesla K40 and Intel Xeon Phi 7120D are also supported by NX Nastran Saratech proprietary and confidential Slide Number: 32

33 FEMAP Performance Graphics Performance graphics vs. regular graphics comparison Model: 6 million nodes / elements Action: full model display / group / full model display Saratech proprietary and confidential Slide Number: 33

34 Graphics Preferences - Options Hardware Acceleration: This will disable the hardware driver if you are having significant graphics problems and want to find out if the graphics driver is the cause Performance Graphics (11.1 and Higher): Uses a new graphics architecture to improve performance of initial draw and dynamic rotation. Needs OpenGL 4.2 or higher. Memory Optimization: Should be off unless you models are very big and swapping is occurring. If that is the case, turning this on can improve drawing speed. If not, it will slow things down. Multi-Model Memory: This will use more memory to help make the transition time between switching models faster. Auto Regenerate: This will force a redraw after every command. It s slower, but keeps the graphics up to date during modifications. Saratech proprietary and confidential Slide Number: 34

35 Graphics Preferences OpenGL Enabling the Performance Graphics option can dramatically improve performance on models with a large number of: Solids Points Nodes Solid and Shell Elements Set Max VBO MB (Memory) to no more than 75% of your graphics card memory Sample is shown for a graphics card with 2GB of VRAM Min VBO B is set to 1024 by default and this should work well with most graphics cards Saratech proprietary and confidential Slide Number: 35

36 Graphics Preferences Dynamic Rotation Include in Dynamic Rotation options - switching off any these options should improve performance. Some key options: Element Symbols - if you have a lot of lumped masses and springs Mesh Size - if you have a large number of curves with mesh sizes on Labels and Undeformed - switching these off helps performance. Elements as Free Edges this has a slight delay in starting and finishing dynamic rotation but dynamic rotation is much quicker. For some models e.g. a mesh on a sphere, there is no free edge and you will see nothing as the model rotates. Saratech proprietary and confidential Slide Number: 36

37 Graphics Card Performance Considerations Desktop area resolution should be taken into consideration when using Femap. Having a very fine screen resolution can increase the time animations need to generate and the time individual windows need to refresh. Something to consider for Ultra HD (4K/2160P) monitors with resolutions of 3840x2160. If Femap appears to be having graphics errors, it could be the driver for your graphics card. Update the drivers for your graphics card often! Drivers from the manufacturers of the graphics card chipset tend to be more stable then the drivers from the maker of the graphics card. (e.g. use an ATI or nvidia driver vs. an ASUS driver) You should also set your graphics card performance settings to the default settings. In some cases, setting a card for optimum performance for an application may cause Femap to crash. Saratech proprietary and confidential Slide Number: 37

38 Database Preferences The database memory limit is set to 20% of available system RAM by default. When FEMAP needs more, it will just swap to the scratch disk, slowing things down. Increasing this number will leave less available RAM for other FEMAP operations besides the database. In some cases it may be better to lower this number. The Max Cached Label must be set to an ID higher than any entity in the model. The Open/Save method may improve read/write performance if you are experiencing slow performance. Clicking the Read/Write Test button will automatically run a test and determine the best setting for your hardware. It takes about 1.2 GB of disk space and a few minutes of time Saratech proprietary and confidential Slide Number: 38

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