Whitepaper | HP and NX

4AA3-xxxxENW, Created Month 20XX This is an HP Indigo digital print (optional)

HP and NX HP Workstations for running Siemens PLMS NX™

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Table of contents

3 Introduction

3 What type of application is NX?

3 How does the new HP Workstation family (HP Z1, HP Z220, HP Z420, HP Z620 and HP Z820) provide ultimate NX performance?

4 What performance was measured on HP Workstation running NX 7.5?

5 NX Mass Properties and Silhouette operations takes advantage of multiple cores on HP Workstations

5 Graphics

6 NX HyperTune improves NX graphics performance

7 Old vs. New HP Z800/HP Z820 with AMD FirePro™ Graphics

7 Old vs. New HP Z820 with NVIDIA Quadro Graphics

8 HP Z1 with Quadro K3000 provides the best HP Z1 Price/Performance

8 NX 7.5 HP Mobile Workstation Performance

10 Storage

10 Starting NX after a reboot is over 4 times faster with Intel® Smart Response Technology (SRT)

10 Startup and I/O and faster when the OS and NX are installed on a SSD drive. Starting NX after a reboot is over 4 times faster.

11 HP Workstation Recommendations for running NX

12 Tips for running NX

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Introduction

The purpose of this document is to provide information that will aid in selection of HP Workstations for running Siemens PLMS NX™. A performance study was completed by benchmarking the HP NX Unigraphics Performance Harness (UPH) user function which measures CPU and graphics performance. UPH supports running any version of NX. Results and recommendations are provided for the HP Z Workstation running Windows 7 Professional 64-bit. Tips are also provided for running the solutions at ultimate performance.

What type of application is NX?

NX is a very complex 3D Computer-Aided Design software application, and is used to create and display 3 Dimensional electronic models that are accurately defined in dimensions and other physical properties, such that the electronic model viewed on the screen can be physically produced in the real world. NX provides solutions to create, modify, and validate very complex innovative shapes and surfaces, as well as manufacture these shapes. It is used heavily in the Automotive and Aerospace industries in the design of their products. NX has been supported on Windows 7 Professional 64-bit, Vista and XP. Since January 2012, only Windows 7 64-bit is tested and supported. NX is certified on HP Workstations and professional 3D graphics combinations and tested along with Teamcenter Visualization and Techomatix. Siemens PLMS customers normally view certification as a needed criteria prior to purchase. The certification results are displayed on the plmapps.industrysoftware.automation.siemens.com/hwcert/HWCertList2 web site along with the certification document which includes tested versions and notes. For quick reference HP also displays the NX certification results at hp.com/go/mcadcertification along with other applications.

How does the new HP Workstation family (HP Z1, HP Z220, HP Z420, HP Z620 and HP Z820) provide ultimate NX Performance? • Compute performance is improved over previous-generation Intel processor-based

workstations. The new HP Z420, HP Z620 and HP Z820 Workstations utilize the Intel Xeon processor E5 Sandy Bridge family and the Intel C602 chipset. The HP Z1 workstation utilizes the Intel Xeon processor E3 family or the Intel Core i3 family and the Intel PCH C206 chipset. The HP Z220 workstations utilize the Intel Xeon processor E3v2 family or Intel Core i7 processor or Intel Pentium processor and Intel PCH C216 chipset.

• Memory bandwidth and latency is improved. The HP Z620 and HP Z820 have Dual QPI links in parallel with up to 8GT/s.

• Memory speed (1600Mhz) is improved.

• Memory design is improved with either 2 or 4 channels per processor

• HP Z1 and HP Z220 supports unbuffered DIMMS and non-ECC unbuffered DIMMS

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• 4 DIMM sockets, 2 channels, 2 DIMMs per channel

• HP Z420 supports unbuffered DIMMs (UDIMM)

• 8 DIMM sockets, 4 channels, 2 DIMMs per channel

• HP Z620 supports unbuffered DIMMS (UDIMM) and registered DIMMS (RDIMM)

• 12 DIMM sockets, 4 channels

• 2 DIMMs per channel - CPU0 – 8 sockets

• 1 DIMM per channel - CPU1 – 4 sockets

• HP Z820 supports unbuffered DIMMs (UDIMM), registered DIMMS (RDIMM) and load-reduced DIMMS 1333Mhz (LRDIMM)

• Mixing UDIMM / RDIMM / LRDIMM is not permitted

• 16 DIMM sockets, 4 channels

• 2 DIMMS per channel – CPU0 – 8 sockets

• 2 DIMMS per channel – CPU1 – 8 sockets

• Storage I/O performance is improved. PCI-Express 3.0, 6 Gb/s SATA and SAS ports, DMA bandwidth, 6 Gb/s hard drives (HDD) and 6 Gb/s solid state drives (SSD) can be configured with RAID 0 striped volumes for speed, USB 3.0

What performance was measured on HP Workstation running NX 7.5? CPU

NX operations are typically serial so selecting the fastest processor is best. There are several operations in NX that do execute multiple threads on more cores. Those operations are mass properties, silhouettes, facet shading, Boolean operations, hidden line rendering, loading new style facet JT format data and sketcher. Some operations will automatically run NX on multiple cores though most require the UGII_SMP_ENABLE parameter to be set to yes. Siemens PLMS continues to add threaded code in each new NX release as priorities permit. NX can benefit with increased clock frequency provided by Intel® Turbo Boost (tb) Technology if all the processor cores are not being used. Turbo Boost allows processor cores to run faster than the base operating frequency. For example, if NX is only running on one core, the base frequency of the HP Z820 Intel® Xeon® E5-2690 Eight-Core 2.9 GHz could increase the frequency up to 3.8 GHz. Intel® Turbo Boost Technology increased clock rate is limited by the processor's power, current and thermal limits, as well as the number of cores currently in use and the maximum frequency of the active cores.

HP Z400 Quad

W3580

3.3 GHz

HP Z1

E3-1245

3.3 GHz

HP Z220 Quad

1240

3.4 GHz

HP Z420 Quad

E5-1620

3.60 GHz

HP Z420 Hex

E5-1660

3.30 GHz

HP Z820

2 8-Cores

E5-2690

2.9 GHz

NX 7.5

HP UPH benchmarks test CPU (single threaded) and graphics operations

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2.00

1.50

1.00

0.50

.00

1.00 1.01

1.18 1.19 1.211.17

Relative System Performance

The HP Z420 is 21% faster than the HP Z400 at similar frequencies and updated graphics

Graphics—Quadro 2000

Except HP Z400 with FX 1800

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NX Mass Properties and Silhouette operations take advantage of multiple cores on HP Workstations

Graphics

AMD and NVIDIA graphics delivers maximum performance when HyperTune for NX (HTfNX) is used to optimize the performance of graphics operations. Supporting NX since version 17, HTfNX is an HP exclusive toolset which optimizes the performance of NX graphics intensive operations as well as offers admin reporting and checking tools for the NX environment. The tuning feature can be used in QuickTune mode, which uses predetermined tuning selected for your configuration, or it allows the option of evaluating the performance of NX with any parts and a selection of graphics operations. It runs on all NX supported versions of Microsoft Windows 7 Professional 64-bit in conjunction with all HP and mobile workstations. HTfNX Improvements varies by graphics device and graphics operation measured.

HTfNX is HP patented technology and ships with HP Performance Advisor. HP Performance Advisor is included with every HP workstation or available for download from the hp.com/go/hpperformanceadvisor web site. HTfNX is available from the Your Software / Siemens PLMS NX icon.

HP Z820 1 8 coreE2690

2.9 GHz

HP Z420 QuadE3-16203.60 GHz

HP Z220Quad E3-1240v2

3.4 GHz

HP ZIE3-42

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300.00

250.00

200.00

150.00

100.00

50.00

0.00

216.00

126.33

193.97

114.00

207.67

121.99

HP Z420 hexE3-16603.3 GHz

198.18

121.82

207.00

117.45

HP Z820 1 8 coreE2690

2.9 GHz

209.48

123.57

SMP OFF CPU Tests SMP ON CPU Tests

NX 7.5HP UPH benchmarks test CPU (SMP) mass properties and silhouette operations

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NX HyperTune improves NX graphics performance Improvements varies by graphics device and operation measured

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Old vs. New HP Z800/HP Z820 with AMD FirePro™ Graphics

Old vs. New HP Z820 with NVIDIA Quadro Graphics

4.50

4.00

3.50

3.00

2.50

2.00

1.50

1.00

0.50

0.00

$1,600

$1,400

$1,200

$1,000

$800

$600

$400

$200

$0

HP Z800

FirePro

V3700

Relative Performance

Graphics List Price

NX 7.5 - HP UPH Benchmarks test graphics operations

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1.00

HP Z800

FirePro

V3800

1.90

HP Z800

FirePro

V4800

2.69

HP Z800

FirePro

V5800

2.89

HP Z800

FirePro

V8800

3.19

HP Z820

FirePro

V3900

2.10

HP Z820

FirePro

V4900

2.55

HP Z820

FirePro

V5900

3.15

HP Z820

FirePro

V7900

3.52

HP Z820

FirePro

:����

3.55

HP Z800 Hex Core 3.33 GHz

HP Z820 Quad Core 2.9 GHz

Resolution: 1920 x 1200

3.50

3.00

2.50

2.00

1.50

1.00

0.50

0.00

$6,000

$5,000

$4,000

$3,000

$2,000

$1,000

$0

HP Z820

Quadro 410

Relative Performance

Graphics List Price

NX 7.5 - HP UPH Benchmarks test graphics operations

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1.00

HP Z820

Quadro 600

1.38

HP Z820

Quadro 2000

1.71

HP Z820

Quadro 4000

2.23

HP Z820

Quadro 5000

2.31

HP Z820

Quadro 6000

2.70

HP Z820

Quadro K600

2.06

HP Z820

Quadro K2000

2.35

HP Z820

Quadro K4000

2.59

HP Z820

Quadro K5000

2.88

HP Z820 8-core 2.9 GHz

Resolution-1920x1200

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HP Z1 with Quadro K3000M provides the best HP Z1 Price/Performance

NX 7.5 HP Mobile Workstation Performance

HP UPH benchmarks test graphics operations.

3.50

3.00

2.50

2.00

1.50

1.00

0.50

0.00

$1,600

$1,400

$1,200

$1,000

$800

$600

$400

$200

$0

HP Z1

Quadro 500M

HP Z1

Quadro 1000M

HP Z1

Quadro 3000M

HP Z1

Quadro 4000M

HP Z1

Quadro K3000M

HP Z1

Quadro K4000M

HP Z420

Quadro 4000

Relative Performance

Graphics List Price

HP Z1 Quad Core 3.3 GHz • HP Z220 Quad Core 3.2 GHz

Resolution HP Z1: 2560 x 1440 • Resolution HP Z220: 1920 x 1200

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1.00

1.23

1.621.74

2.41

2.68

2.23

3.00

2.50

2.00

1.50

1.00

0.50

0.00

HP 8470w AMD

500M

HP 8570w NVIDIA

Quadro K1000M

HP 8570w NVIDIA

Quadro K2000M

HP 8770w NVIDIA

Quadro K3000M

HP 8570w AMD

FirePro M4000

HP 8770w

Quadro K4000M

HP 8770w NVIDIA

Quadro K5000M

Relative Performance AMDRelative Performance NVIDIA

i7 3820QM, 2.70GHz (turbo 3.7GHz) Resolution – 8470w 1600x900

8570w 1920x1080

8770w 1920x1080

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1.00

1.51

1.70

1.982.05

2.17

2.51

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NX provides the best quality when models are moved by fixing the frame rate. To obtain the best NX graphics performance, users can remove some details when a part is moved by disabling NX “FixedFrame Rate”. To do this, bring up NX. Select File/Utilities/Customer Defaults. Select Gateway/Visualization. Select the Performance tab. Uncheck Fixed Frame Rate. Select okay

For best NVIDIA graphics performance, set “vertical sync” to “forced off” in the NVIDIA control panel global settings. With vertical sync off, the image may appear to be slightly out of alignment or torn whenever the model is moved. The tradeoff for performance over quality could be significant for daily engineering work.

HP Performance Advisor can help users select the best graphics card using GPU Utilization. GPU Utilization allows users to monitor their GPU activity (and NVIDIA graphics memory) while running NX.

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Storage Disk Caching is available with Intel® Smart Response Technology (SRT) with HP Z220 and HP 8x70w Mobile Workstations. SRT allows a low capacity solid-state drive to function as cache for the conventional disk drive resulting in faster boot and improved application responsiveness.

Starting NX after a reboot is over 4 times faster with Intel® Smart Response Technology (SRT)

The HP Z820 startup and I/O are faster when operating system and NX are installed on a SSD drive.

Startup and I/O are faster when the OS and NX are installed on a SSD drive. Starting NX after a reboot is over 4 times faster.

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HP Workstation Recommendations for running NX

• NX operations are typically serial (executed on a single core/thread) but some tasks can leverage multiple cores. Mass properties, silhouettes, facet shading, Boolean operations, hidden line rendering, loading new style faucet JT format data and sketcher can run multiple threads of execution and of course other programs can also run in parallel.

• AMD or NVIDIA professional 3D graphics • Memory sizing/selection is critical. For best performance, use same total memory size on

each channel. Use same total size on each CPU.

• Use ECC memory to protection against data bit corruption events. Non-ECC memory does not detect or correct single-bit or multi-bit errors. This can lead to system crashes or data corruption.

• Windows 7 Professional 64-bit Service Pack

• Windows 7 Professional 64-bit uses physical memory for dynamic buffer cache when available. The buffer cache prevents slower disk I/O transactions. Memory is much faster than disk I/O. Additional memory for the OS is necessary.

• HP Z420, HP Z620 and HP Z820 chipset design has 6 Gb/s and 3 Gb/s disk I/O ports. The 6 Gb/s I/O ports are recommended for 6 Gb/s devices.

• 3 Gb/s devices will negotiate 3 Gb/s protocol when plugged into 6 Gb/s ports

• 6 Gb/s SSD drive for operating system and application data or use intelligent disk caching with Intel® Smart Response Technology on HP Z220 or HP 8x70w mobile workstations

• Use dual monitors to view more content and increase productivity

Good–HP Z1 Better–HP Z220 CMT

Windows 7 Professional 64-bit

Intel Xeon E3-1245 Quad Core 3.3 GHz (up to 3.7 max turbo)

16 GB memory SSD Quadro K3000M

Windows 7 Professional 64-bit

Intel Xeon E3-1240v2 Quad Core 3.4 GHz (up to 3.8 max turbo)

16 GB memory SSD Quadro K4000

AMD FireProTM W7000

Best–HP Z420 Mobile–HP 8770w

Windows 7 Professional 64-bit

Intel Xeon E5-1620 Quad Core 3.6 GHz (up to 3.8 max turbo)

16 GB memory SSD Quadro K5000

AMD FireProTM W7000

Windows 7 Professional 64-bit

Intel Core i7 Quad Core

8 GB memory SSD Quadro K3000M

AMD FireProTM M4000

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Tips for running NX • Operating System

Operating System / Setting Default Recommend

Windows 7 Professional 64-bit Service Pack 1

Control Panel/Power Options Balanced High Performance

• System BIOS

BIOS Setting Default Recommend

Power/OS Power Management/Runtime Power Management

Enable Enable

Power/OS Power Management/Idle Power Savings Extended Normal

Power/OS Power Management/Turbo Mode Enable Enable

Advanced/Device Options/Hyper-Threading Enable Disable

Advanced/Bus Options/NUMA (HP Z620/HP Z820 Dual processor)

Enable Enable

• NVIDIA Graphics

NVIDIA Control Panel Default Recommend

Manage 3D settings/Vertical Sync Use the 3d application setting Force off

• Use HTfNX to tune NX graphics intensive operations

• Use a Siemens PLMS NX certified graphics driver

• Code and data should reside in memory. To avoid swapping, HP Performance Advisor Memory Usage Graph can help users determine if enough memory is installed in the workstation.

• Uncheck NX fixed frame rate in the customer defaults settings under Gateway/Visualization Performance tab.

• HP Performance Advisor should be used to install graphics drivers, select BIOS settings, tune NX graphics using HTfNX and help characterize NX graphics and memory usage. HP Performance Advisor is included with every HP workstation or available for download from the hp.com/go/hpperformanceadvisor web site.

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Additional resources hp.com/go/whitepapers

1 Requires a 2nd gen Intel ® Core TM processor, enabled chipset, Intel Rapid Storage technology software, and a properly configured hybrid drive (HDD + small SDD). Intel Smart Response Technology is sold as an optional feature and is only available on HP’s 2012 Workstations, HP Elitebooks and HP UltraBook. Depending on system configuration, your results may vary.

© Copyright 2013 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP shall not be liable for technical or editorial errors or omissions contained herein.

Intel® Turbo Boost technology requires a PC with a processor with Intel Turbo Boost capability. Intel Turbo Boost performance varies depending on hardware, software and overall system configuration. See intel.com/technology/turboboost for more information.

Intel and vPro are trademarks of Intel Corporation in the U.S. and other countries. All other trademarks are the property of their respective owners.

4AA4-3024ENW, April 2013