Why HP Workstation for CAE · lan 또는 커넥션wan 사용 사례: 원격 워크스테이션,...

Copyright 2014 Hewlett-Packard

Why HP Workstation for CAE

정운영 상무

HP 아시아 태평양 워크스테이션 사업개발관리자

CAE Conference, 2014.10.8 Copyright 2014 Hewlett-Packard

Agenda

• Ansys 15.0 on HP Z workstation

• Simulia Abaqus 6.13-1 on HP Z Workstation

• Tuning Tips

• Z Turbo Drive

• Z Virtual Workstation


ANSYS 15.0 Benchmark on HP Z Workstations

CAE Conference, 2014.10 Copyright 2014 Hewlett-Packard 4

HP Z820 E5-2687W v2 3.4/4.0 128GB 1866MHz 3x SSD RAID0 Windows 7 64 SP1

2 CPU Cores

2 CPU Cores + 1 GPU

8 CPU Cores

16 CPU Cores

16 CPU Cores + 1 GPU


HP Workstation Recommended Configurations ANSYS Fluent 15.0 and CFX 15.0

HP Z420 Intel® Xeon® E5-1680 v2 8-Core 3.0/4.0, 64GB memory, SSD, NVIDIA Quadro K600

HP Z620 Intel® Xeon® E5-2667 v2 16-Core 3.3/4.0, 64GB memory, SSD, NVIDIA Quadro K2000

HP Z820 Intel ® Xeon® E5-2697 v2 24-Core 2.7/3.5, 64GB memory, SSD, NVIDIA Quadro K2000

NVIDIA GPU Compute Options

Z420 (600W) Z620 (800W) Z820 (1125W)

Tesla K40 Max 1 Max 2

Tesla K20c Max 1 Max 1 Max 2

Quadro K6000 Max 1 Max 1 Max 2


HP Z820 E5-2687W v2 3.4/4.0GHz 128GB 1866MHz 3x SSD RAID0 Windows 7 64 SP1

1 CPU Cores + 1 GPU

2 CPU Cores

7 CPU Cores + 1 GPU

8 CPU Cores

16 CPU Cores


HP Workstation Recommended Configurations ANSYS Mechanical 15.0

HP Z420 Intel® Xeon® E5-1660 v2 6-Core 3.7/4.0, 64GB memory, SSD RAID0, Quadro K600

HP Z620 Intel® Xeon® E5-2667 v2 16-Core 3.3/4.0, 96GB memory, SSD RAID0, Quadro K2000

HP Z820 Intel ® Xeon® E5-2687W v2 16-Core 3.4/4.0, 128GB memory, SSD RAID0, Quadro K2000

NVIDIA GPU Compute Options

Z420 (600W) Z620 (800W) Z820 (1125W)

Tesla K40 Max 1 Max 2

Tesla K20c Max 1 Max 1 Max 2

Quadro K6000 Max 1 Max 1 Max 2


SIMULIA Abaqus Benchmark on HP Z Workstations


SIMULIA Abaqus/Standard

S4: Cylinder head bolt-up • b) direct solver, Nonlinear • [5,237K DOF]

1.00

1.82

3.04

4.79

6.10

6.74 7.20

7.71

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

1 Core 2 Cores 4 Cores 8 Core 12 Cores 16 Cores 20 Cores 24 Cores

SIMULIA Abaqus/Standard 6.13-4 Direct Sparse Solver benchmark s4b improves significantly with more cores

Z820 E5-2697v2 12 Core 2.7 dual processor Maximus K4000 + K20c Tesla(s)


SIMULIA Abaqus/Explicit

E6: Concentric spheres • [244K elements]

1.00 1.31

2.37

3.57

4.54

5.09

6.31

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

2 Cores 4 Cores 8 Cores 12 Cores 16 Cores 20 Cores 24 Cores

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SIMULIA Abaqus/Explicit 6.13-4 e6 Concentric Spheres benchmark improves significantly with more cores

Z820 E5-2697v2 12 Core 2.7 dual processor Maximus K4000 + K20c Tesla(s)


SIMULIA Abaqus/Standard with Maximus Config

1.00

2.55

1.82

4.07

3.04

5.63

4.79

7.24

6.10

8.11

6.74

8.37

7.20

8.63

7.71

9.15

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

1 Core 1 Core+K20c

2 Cores 2 Cores+K20c


8 Core 8 Cores+K20c


16 Cores 16 Cores+ 2 K20c



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SIMULIA Abaqus/Standard 6.13-4 Direct Sparse Solver is faster

when run with Telsa K20c GPU compute

1st CPU Socket 2nd CPU Socket

(1)

K2

0c

Te

sla

(1)

K2

0c

Tes

la

(1)

K2

0c

Tes

la

(2)

K2

0c

Tes

las

(2)

K2

0c

Tes

las

(1)

K2

0c

Tes

la

Benchmark: s4b Model - Cylinder head bolt-up 5,000,000 DOF, 5 iterations, Static, Nonlinear

- Z820 E5-2697v2 12 Core 2.7 dual processor Maximus K4000 + K20c Tesla(s)

(1)

K2

0c

Tes

la

(2)

K2

0c

Tes

las


SIMULIA Abaqus/Standard Licensing

1.00

2.55

1.82

4.07

3.04

5.63

4.79

7.24

6.10

8.11

6.74

8.37

7.20

8.63

7.71

9.15

0

2

4

6

8

10

12

14

16

18

20

0.00

1.00

2.00

3.00

4.00

5.00

6.00

7.00

8.00

9.00

10.00

1 Core 1 Core+K20c



8 Core 8 Cores+K20c

12 Cores 12Cores+K20c

16 Cores 16 Cores+ 2K20c



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SIMULIA Abaqus/Standard 6.13-4 Direct Sparse Solver is >6 times faster with 12 cores vs 1 core. - Add a K20c Tesla GPU for >8 times faster. - The 12 core+K20c GPU is 1.33x faster than without K20c GPU

Rel Perf

TokensBenchmark: s4b Model - Cylinder head bolt-up 5,000,000 DOF, 5 iterations, Static, Nonlinear

- Z820 E5-2697v2 12 Core 2.7 dual processor Maximus K4000 + K20c Tesla(s)


SIMULIA Abaqus 6.13-4

HP Workstation Recommended Configurations

Occasional use up to 48-64 GB, 8-Core, Tesla HP Z420 Intel® Xeon® E5-2687Wv2 8-Core 3.4Ghz/4GHz Turbo Boost, 48 GB-64 GB memory, 512 GB7 SATA SSD for OS, NVIDIA Tesla K20c, NVIDIA Quadro K600

Moderate use up to 48 GB-96 GB, 20-Core, Tesla HP Z820 2x Intel® Xeon® E5-2690v2 10-Core 3.0Ghz/3.6 Turbo Boost, 48 GB-96 GB memory, 512 GB7 SATA SSD for OS, NVIDIA Tesla® K20c, NVIDIA Quadro K2000 or K4000

Intensive use up to 96 GB-192 GB, 24-Core, Tesla HP Z820 2x Intel® Xeon® E5-2697v2 12-Core 2.7GHz/3.5Ghz Turbo Boost, 96 GB-192 GB memory, 512 GB7 SATA SSD for OS, two NVIDIA Tesla®, K20c (1 GPU per CPU socket), NVIDIA Quadro K2000 or K4000


Tips and Resource Monitoring


SIMULIA Abaqus 6.13-4

HP Workstation Tuning Tips

• Memory

• Use as much memory as possible to minimize the I/O required

• Storage

• Abaqus/Explicit. Need fast file system if Abaqus/Standard job does not fit in memory

• Simulations that do not fit in physical memory will benefit from a RAID 0 storage volume configuration for performance.

LSI 9260-8i card for hardware RAID.

– 2-3x 6 Gb/s SSD RAID 0

– 3-4x 6 Gb/s SAS HDD RAID 0

• BIOS Settings All set to Default except set HyperThreading to Disable

• NVIDIA Tesla CPU Acceleration setting – change default ECC Mode off

• C:\Program Files\NVIDIA Corporation\NVSMI>nvidia-smi -e 0 or from the NVIDIA control panel Manage Maximus Settings.


HP Performance Advisor Workstation Monitor


COMPUTATIONAL STRUCTURAL MECHANICS

NVIDIA CUDA Accelerated Applications

APPLICATION DESCRIPTION SUPPORTED FEATURES MULTI-GPU

SUPPORT

Abaqus/Standard Simulation and analysis tool for structural mechanics Direct sparse solver Yes

ANSYS Mechanical Simulation and analysis tool for structural mechanics Direct and iterative solvers Yes

DS Exsight Uses Abaqus Standard for GPU computing Direct sparse solver Single only

DS DesignSight Uses Abaqus Standard for GPU computing Direct sparse solver Single only

Impetus Afea Predicts large deformations of structures and components exposed to extreme loading conditions Linear equation solver Yes

LS-DYNA Implicit Multiphysics simulation package used Linear equation solver Yes

MSC Nastran Simulation and analysis tool for structural mechanics Direct sparse solver Yes

MSC Marc Simulation and analysis tool for structural mechanics Direct sparse solver Yes

NX Nastran Simulation and analysis tool for structural mechanics Linear equation solver Single only

OptiStruct Simulation and analysis tool for structural mechanics Direct and iterative solvers Yes

PAM-CRASH Implicit Multiphysics simulation package used Linear equation solver Single only


COMPUTATIONAL FLUID DYNAMICS

NVIDIA CUDA Accelerated Applications

APPLICATION DESCRIPTION SUPPORTED FEATURES MULTI-GPU

SUPPORT

Altair AcuSolve General purpose CFD software Linear equation solver Yes

ANSYS Fluent General purpose CFD software Radiation heat transfer model,

linear equation solver

Yes

Autodesk Moldflow Plastic mold injection software Linear equation solver Single only

CPFD Barracuda-VR and

Barracuda

Fluidized bed modeling software Linear equation solver,

particle calculations

Single only

FluiDyna Culises for

OpenFOAM

Solver library for general purpose CFD

software

Linear equation solvers Yes

FluiDyna LBultra General purpose CFD software Lattice-Boltzmann solver Yes

Prometech Particleworks Particle-based CFD software Implicit and explicit solvers Single only

Turbostream Ltd. CFD software for turbomachinery flows Explicit solver Yes

Vratis ARAEL General purpose CFD software based on

FVM with OpenFOAM compatibility

Linear equation solver Yes

Vratis SpeedIT extreme for

OpenFOAM

Solver library for general purpose CFD

software

Linear equation solvers Yes


HP Z Turbo Drive for HP Workstations

© Copyright 2014 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. 21

0

500

1000

1500

2000

2500

2010 2011 2012 2013 2014 2015 2016

MB

/s

Get up to 2x the storage performance at a cost similar to commercial SATA SSDs

HP Z Turbo Drive

Reduce bottlenecks by connecting directly to the PCIe bus

• Excellent for large files / big data workflows

• Reliable ecosystem with storage driver

• Supports boot and data drive

SSDs

SATA/SAS 6G

PCIe G2 x2

PCIe G2 x4

HDDs

PCIe SSD - HP Z Turbo Drive:

revolutionary performance increases

SATA SSD: At performance ceiling

SATA HDD: At performance ceiling

© Copyright 2014 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. 22

Benefits

HP Z Turbo Drive

Features

PCIe connected SSD

Price comparably to SATA SSDs

Workstation support today

Performance >1GB/s (read)

Highest price/performance device

Desktop, boot & data drives

Application & cost specific 256 GB and 512 GB capacities

Workstation innovation in storage performance


Performance comparison • 100% improvement for sequential read/write

vs SATA SSDs

• Read performance exceeds one gigabyte per second - roughly twice as fast as commercial SATA SSDs

• More than six times faster in sequential read performance than a commercial-grade HDD

*Performance measured using IOMeter 2006 with queue depth 32 **Performance measured using SPECwpc 1.0 Workstation IOMeter script

0

200

400

600

800

1000

1200

Sequential read Sequential write

7200 SATA HDD Samsung Enterprise SATA SSD

Micron M550 SATA SSD HP Z Turbo Drive (PCIe SSD)

Sequential R/W performance* (MB/s)

0

50000

100000

150000

Random read Random write

7200 SATA HDD Samsung Enterprise SATA SSD

Micron M550 SATA SSD HP Z Turbo Drive (PCIe SSD)

Random R/W performance* (IOPS)

0

500

1000

1500

2000

2500

3000

3500

Random read Random write

Samsung Enterprise SATA SSD Micron M550 SATA SSD

HP Z Turbo Drive (PCIe SSD)

SolidWorks specific benchmark SPECwpc** (IOPS)


HP Z Virtual Workstation


HP DL380z Gen8 가상 워크스테이션 사양 정보

가상화 워크스테이션의 핵심 요소

• 최대 8명의 워크스테이션 사용자를 지원하는 2U 랙 시스템

• 업계 표준 가상화 에코시스템

• Citrix, VMware

• HP RGS 및 HP Velocity

• ISV 인증

직관성, 호환성을 갖춘 관리 시스템

• HP iLo 관리 옵션

• HP 인사이트 컨트롤 및 HPP 인사이트 온라인

• HP 스마트 업데이트

고성능 그래픽

• NVIDIA™ GRID™ K2

• NVIDIA™ Quadro™ K4000/K5000/K6000

다양한 장치 지원

HP 워크스테이션, HP 씬클라이언트 또는 태블릿

• 수신 장치와 OS에 따라 다양한 수신장치 소프트웨어 지원

업계가 인정한 리더십

• 30년 이상 워크스테이션 고객의 니즈에 부응해 온 전문성

• NVIDIA, Citrix, Vmware, ISVs와의 탄탄한 협력 관계

• HP 워크스테이션 성능 튜닝 기술

• 독보적인 HP 포트폴리오

LAN 또는 WAN

사용 사례: 원격 워크스테이션 , pGPU, vGPU

클라이언트 OS

원격 기반 SW

소프트웨어 수신

P M G

P – 프로세서 또는 코어

M – 메모리

G - GPU

클라이언트

사례 A: 원격 워크스테이션

SW 수신

P M G1

사례 B: Pass-thru GPU

SW 수신

G2

하이퍼바이저

원격 기반 SW

가상화 클라이언트 OS A

가상화 클라이언트

OS B

원격 기반 SW

A B

SW 수신

P M G1*

사례 C: 가상화 GPU

SW 수신

G2*

하이퍼바이저

원격 기반 SW

가상화 클라이언트 OS A

가상화 클라이언트 OS B

A B

vGPU HV 지원

원격 기반 SW 원격 기반 SW

가상화 클라이언트 OS

C

SW 수신

C …

…

픽셀

USB / HID

픽셀

USB / HID

픽셀

USB / HID

픽셀

USB / HID

픽셀

USB / HID

픽셀

USB / HID

…

* 가상화 가능한 GPU. E.g. NVIDIA GRID K1/K2

… …

커넥션 매니저 커넥션 매니저


HP Workstation family ANSYS 15.0 Pre-Processing and Post-Processing

HP Workstation

Intel® Processor(s)

# CPU Cores Max Memory GB

Graphics

HP Z1 G2 Xeon® E3-1200v3

Core™ i3, i5

4

2, 4

32 NVIDIA Quadro

HP Z230 Xeon® E3-1200v3

Core™ i5, i7

4

4, 4

32 AMD FirePro

NVIDIA Quadro

HP Z420 Xeon® E5-1600v2

Xeon® E5-2600v2

4, 6, 8

8

64 AMD FirePro

NVIDIA Quadro

HP Z620 Xeon® E5-1600v2

Xeon® E5-2600v2

4, 6, 8

4, 6, 8, 10, 12

96 AMD FirePro

NVIDIA Quadro

HP Z820 Xeon® E5-2600v2 4, 6, 8, 10, 12 512 AMD FirePro

NVIDIA Quadro

HP ZBook 14 Core™ ULT i5, i7 2, 2 16 AMD FirePro

HP ZBook 15, 17 Core™ M i5, i7 2, 4 32 NVIDIA Quadro

Why HP Workstation for CAE · lan 또는 커넥션wan 사용 사례: 원격 워크스테이션,...

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