Itanium2ベンチマーク
|
|
|
- さゆり なみこし
- 5 years ago
- Views:
Transcription
1 HPC CPU Special thanks Timur Esirkepov HPC
2 1. CPU Itanium 2 HPC 2
3 1 Itanium2 CPU CPU 3
4 ( ) Intel Itanium2 NEC SX-6 HP Alpha Server ES40 PRIMEPOWER SR8000 Intel Pentium4 4
5 Intel Itanium2 CPU:Intel Itanium2 1.5GHz/L3 6MB/4way Memory:16GB 1CPU 6.4GB/s 6.4GB/s OS:Red Hat Enterprise Linux AS2.1(Kernel e.31smp) Compiler:Intel Fortran Compiler ver8.0 6GFLOPS 5
6 NEC SX-6 CPU:8GFLOPS/4way Memory:24GB 1CPU 32GB/s 128GB/s OS:SUPER-UX R13.1 Compiler:NEC Fortran Compiler for SX Rev.285 8GFLOPS 6
7 HP Alpha Server ES40-4 CPU:Alpha21264B 833MHz/4way Memory 16GB 1CPU 2.6GB/s ( 5.2GB/s) OS:Compaq Tru64 UNIX V5.1 Compiler:Compaq Fortran Compiler V GFLOPS 7
8 PRIMEPOWER CPU: SPARC 64V 1.3GHz/128way Memory:256GB 1CPU 8.4GB/s ( 133GB/s OS:SUN Sloaris9 Compiler:Fujitsu Fortran Compiler V GFLOPS 8
9 SR8000 F1 CPU: Power3-375MHz/8way Memory:8GB 1CPU 4GB/s ( 32GB/s) OS:HI-UX/MPP Compiler:Hitachi Fortran Compiler V01-05-/A 1.5GFLOPS 9
10 Intel Pentium4 CPU: Intel Pentium4 3.0GHz /L2 512KB/FSB800 /HT off Memory:2GB 1CPU 6.4GB/s /DDR400/ 875P OS:Redhat Linux 9(Kernel ) Compiler:Intel Fortran Compiler ver8.0 SSE 12GFLOPS SSE2; 6GFLOPS 10
11 FLOPS FLOPS Floating point number Operations Per Second 1FLOPS1 1 Itanium FLOPS 4 / 2 / 2 / Itanium2 1.5GHz 1.5*4=6GFlops 11
12 Pentium4 SSE SSE2 SIMD Single Instruction Multiple Data Pentium4 SSE Streaming SIMD Extensions Pentium4 SSE2 Streaming SIMD Extensions Pentium4 FLOPS Pentium4 3GHz 3*4=12Gflops 3*2=6Gflops Intel Technology Journal Q1,
13 1. M CIP 2-2 Roe +MUSCL +TVD APR 2-3 PPM 3. PIC Timur 4.(FP) 13
14 1. 3 M MB 14
15 1. NEC SX-6 -C hopt MLFOPS HP Alpha Sever ES40-4 Alpha 21264B 833MHz -O5 -fast -tune ev7-inline all -speculate all -unroll MFLOPS PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=2 -Klargepage=2 -Kprefetch_cache_level=3 -Kstriping= MFLOPS SR8000 F1 -Os -noparallel MFLOPS Intel Pentium4 3GHz Pentium IPO -O3 -fast -Vaxlib -xkwn -tpp6 -prof_use MFLOPS 15
16 1. Itanium2 log 1:12: MFLOPS: time(s): Vaxlib log 2:12: MFLOPS: time(s): Vaxlib -tpp1 log3 :12: MFLOPS: time(s): O3 -Vaxlib log 4:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 log 5:12: MFLOPS: time(s): O3 -Vaxlib -fast log 6:12: MFLOPS: time(s): O3 -Vaxlib -fast -tpp1 log 7:12: MFLOPS: time(s): O3 -Vaxlib -ipo log 8:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -ipo log 9:12: MFLOPS: time(s): O3 -Vaxlib -static log10:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -static log11:12: MFLOPS: time(s): O3 -Vaxlib -fno-fnalias log12:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -fno-fnalias log13:12: MFLOPS: time(s): O3 -Vaxlib -fast -fno-fnalias log14:12: MFLOPS: time(s): O3 -Vaxlib -fast -tpp1 -fno-fnalias log15:12: MFLOPS: time(s): O3 -Vaxlib -fno-fnalias -static log16:12: MFLOPS: time(s): log17:12: MFLOPS: time(s): log18:12: MFLOPS: time(s): log19:12: MFLOPS: time(s): log20:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -fno-fnalias -static -O3 -Vaxlib -fno-fnalias -ipo log21:12: MFLOPS: time(s): O3 -Vaxlib -fast -fno-alias log22:12: MFLOPS: time(s): O3 -Vaxlib -fast -tpp1 -fno-alias log23:12: MFLOPS: time(s): O3 -Vaxlib -fno-alias -static log24:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -fno-alias -static log25:12: MFLOPS: time(s): O3 -Vaxlib -fno-alias -ipo log26:12: MFLOPS: time(s): O3 -Vaxlib -tpp1 -fno-alias ipo -O2 -O3 2 3 (-fast -ipo) -tpp1 Itanimu2 Itanium -O3 -Vaxlib -tpp1 -fno-fnalias -ipo MFLOPS-O3 -Vaxlib -fno-alias -O3 -Vaxlib -tpp1 -fno-alias -O3 -fast -Vaxlib -tpp1 -fno-fnalias ivdep_parallel -ftz MFLOPS
17 1. Itanium2!DIR$PREFETCH!DEC$PREFETCH log 6 :12: MFLOPS: log_preftc 6:12: MFLOPS: log14 :12: MFLOPS: log_preftc14:12: MFLOPS: log22 :12: MFLOPS: log_preftc22:12: MFLOPS: Do Intel log_idep6: MFLOPS: prefetch og_idep_pref6:12: MFLOPS: log_idep22: MFLOPS: log_idep_pref14:12: MFLOPS: log_idep14: MFLOPS: log_idep_pref22:12: MFLOPS:
18 1. Itanium2!DIR$UNROLL (n)!dec$ PREFETCH a, p, b, c, wrk1, bnd!dec$ UNROLL (126) DO K=2,kmax-1 DO J=2,jmax-1!DEC$ UNROLL (12) DO I=2,imax-1 S0=a(I,J,K,1)*p(I+1,J,K)+a(I,J,K,2)*p(I,J+1,K) 1 +a(i,j,k,3)*p(i,j,k+1) 2 +b(i,j,k,1)*(p(i+1,j+1,k)-p(i+1,j-1,k) 3 -p(i-1,j+1,k)+p(i-1,j-1,k)) 4 +b(i,j,k,2)*(p(i,j+1,k+1)-p(i,j-1,k+1) 5 -p(i,j+1,k-1)+p(i,j-1,k-1)) 6 +b(i,j,k,3)*(p(i+1,j,k+1)-p(i-1,j,k+1) 7 -p(i+1,j,k-1)+p(i-1,j,k-1)) 8 +c(i,j,k,1)*p(i-1,j,k)+c(i,j,k,2)*p(i,j-1,k) 9 +c(i,j,k,3)*p(i,j,k-1)+wrk1(i,j,k) SS=(S0*a(I,J,K,4)-p(I,J,K))*bnd(I,J,K) GOSA=GOSA+SS*SS wrk2(i,j,k)=p(i,j,k)+omega *SS!DEC$UNROLL (n)!dec$ PREFETCH wrk2!dec$ UNROLL (12) DO K=2,kmax-1 DO J=2,jmax-1!DEC$ UNROLL (12) DO I=2,imax-1 p(i,j,k)=wrk2(i,j,k) enddo enddo enddo MFLOPS MFLOPS
19 1. Itanium2 1 prof_gen 2 prof_use -O3 -fast -Vaxlib -tpp1 -fno-fnalias -ivdep_parallel -ftz MFLOPS -O3 -fast -Vaxlib -tpp1 -fno-fnalias -ivdep_parallel -ftz -prof_use MFLOPS -O3 -fast -Vaxlib -tpp1 -fno-fnalias -ivdep_parallel -ftz MFLOPS -O3 -fast -Vaxlib -tpp1 -fno-fnalias -ivdep_parallel -ftz -prof_use MFLOPS 19.
20 Itanium2 SX Fast 20
21 PRIMEPOWER,Alpha,Itanium2 High efficiency 21
22 2. 3 CIP ( 3 1 ) APR( 2 2 ) PPM ( 3 2 ) 99% GB 22
23 2-1 CIP NEC SX-6 -C hopt % MFLOPS HP Alpha Sever ES MHz -O5 -fast -tune ev7 -inline all -speculate all PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=2 -Klargepage=2 -Kprefetch_cache_level=3 -Kstriping= SR8000 F1 -Oss -noparallel Intel Pentium4 -O3 -Vaxlib -xkwn -tpp6 -ipo -prof_use Pentium IPO 23
24 2-1 CIP Itanium2 ifort -Vaxlib ( -O2 -tpp2) ifort -O3 -Vaxlib ifort -O3 -Vaxlib -ipo ifort -O3 -Vaxlib -ipo -fno-alias ifort -O3 -Vaxlib -ipo -fno-alias!dir$ PREFETCH ifort -O3 -tpp1 -Vaxlib -ipo -fno-alias -prof_use!dir$ PREFETCH Itanium IPO 24
25 CIP Itanium2 Pentium4 SX % Fast 25
26 Itanium2 CPU SX High efficiency 26
27 2-2 APR NEC SX-6 -C hopt pi auto % 3402MFLOPS HP Alpha Sever ES MHz -O5 -fast -tune ev7 -inline all -speculate all PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=3 -Klargepage=2 -Kprefetch_cache_level=3 -Kstriping= SR8000 F1 -Oss -noparallel Intel Pentium4 -O3 -Vaxlib -xkwn -tpp6 -fno-fnalias -ipo Pentium IPO 27
28 2-2 APR Itanium2 ifort -Vaxlib ( -O2 -tpp2) ifort -O3 -Vaxlib ifort -O3 -Vaxlib -fno-fnalias -ipo Itanium2 IPO Loop unrolling 28
29 APR SR Itanium2 20 Fast 29
30 PRIMEPOWER SR APR Alpha CIP High efficiency 30
31 2- PPM NEC SX-6 -C hopt pi auto % 1991MFLOPS HP Alpha Sever ES MHz -O5 -fast -tune ev7 arch ev PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=3 -Klargepage=1 -Kprefetch_cache_level=3 -Kstriping= SR8000 F1 -Oss -noparallel -pvfunc=3 -predicate noscope Intel Pentium4 -O3 -Vaxlib -xkwn -tpp6 -ipo Pentium IPO 31
32 2- PPM Itanium2 ifort -Vaxlib ( -O2 -tpp2) ifort -O3 -Vaxlib ifort -O3 -Vaxlib -ipo ifort -O3 -Vaxlib -fno-alias Itanium2 Loop unrolling 32
33 PPM13-45 SX 30 Itanium2 Fast 33
34 PPM SR, PRIMEPOWER High efficiency 34
35 Pentium4 CPU Itanium2 VLIW EPIC max,min,abs / SX 3.2~3.6 FLOPS Alpha Itanium2 ON PRIMEPOWER ON Alpha SR8000 Alpha PRIMEPOWER ON SX 1CPU 35
36 2 PIC 95% GB 2,000,
37 3 PIC NEC SX-6 -C hopt -Wf"-pvctl listvec loopcnt= " % MFLOPS HP Alpha Sever ES40-4 Alpha 21264B 833MHz -fast -tune ev PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=2 -Klargepage=2 -Kprefetch_cache_level=3 -Kstriping= SR8000 F1 -Oss -noparallel Intel Pentium4 3GHz -O3 -fast -Vaxlib -xkwn Pentium4 IPO 37
38 3 PIC Itanium2 ifort -Vaxlib ifort -O3 -Vaxlib ( -O2 -tpp2) ifort -O3 -Vaxlib -ipo -fno-alias ifort -O3 -Vaxlib -fast -fno-alias -prof_use ifort -O3 -Vaxlib -fast -fno-fnalias -prof_use Itanium2 IPO 38
39 PIC Itanium2 SX Fast 39
40 SR, Alpha Itanium2 High efficiency 40
41 Pentium4 CPU Itanium2 FLOPS 4 SR8000) Pentium4 SX 1.4 Alpha FLOPS PRIMEPOWER SR FLOPS SX FLOPS Itanium2 41
42 1 (FP) FP 98% MB 12 42
43 FP NEC SX-6 -C hopt -Wf"-pvctl listvec loopcnt= " % 2911MFLOPS HP Alpha Sever ES40-4 Alpha 21264B 833MHz -O5 -fast -tune ev7 -inline all -speculate all PRIMEPOWER SPARC64V 1.3GHz -Kfast_GP2=2 -Klargepage=2 -Kprefetch_cache_level=3 -Kstriping= SR8000 F1 -Os -noparallel Intel Pentium4 3GHz -O3 -fast -Vaxlib -xkwn -fno-alias Pentium4 IPO 43
44 4 FP Itanium2 ifort -Vaxlib -noautomatic ( -O2 -tpp2) ifort -Vaxlib -O3 -noautomatic ifort -O3 -fast -Vaxlib -noautomatic ifort -O3 -fast -Vaxlib -noautomatic -prof_use Itanium2 IPO 44
45 FP CIP PRIMEPOWER Fast 45
46 FP PRIMEPOWER CPU High efficiency 46
47 Pentium4 CPU FP Itanium2 VLIW EPIC SX 2.3 FLOPS Alpha ON PRIMEPOWER SR8000 FLOPS Itanium2 ON SX 47
48 Pentium4~Itanium2~Alpha FLOPS Pentium4:Itanium2:Alpha 0.63:1.00:0.51 Pentium4:Itanium2:Alpha 0.32:1.00:0.26 Itanium2 SR8000 PIC CPU PRIMEPOWER CIP Itanium2 APR,PPM 128waySMP 48
49 2 CPU 49
50 CPU XL Alpha Sever CPU 50
51 XL 180node*4CPU: 162 GFLOPS 13.5% 245 GFLOPS 20.4% 180node*3CPU 180 GFLOPS 20.0% 205 GFLOPS 22.7% 180node*2CPU 150 GFLOPS 25.0% 166 GFLOPS 27.6% 180node*1CPU 101 GFLOPS 33.7% 149 GFLOPS 50.0% 51
52 CPU Alpha bandwidth340mb/s Latency5 s 1. 2.Alpha
53 CPU 1CPU CPU CPU CPU CPUCPU 2 CPU /32 *2=12 12 *4CPU=48CPU 53
54 3 Itanium 2 HPC CPU Itanium2 Pentium4 Xeon 54
55 Bandwidth MPI Latency Quadrics QsNet ~900MB/s 4.5 s cost~?? Infiniband ~800MB/s 7 s cost ~$2000/port Quadrics QsNet ~350MB/s 5.5 s cost ~$3500/port Myrinet 2000 ~ 240MB/s 7 s cost ~$1700/port Myrinet ~150MB/s 15 s cost ~$1500/port Gigabit Ethernet ~100MB/s 85 s cost ~$1000/port 1 s CPU 55 CPU
56 / Gigabit Ethernet Pentium 16CPU Myrinet Myrinet 2000 Pentium Xeon 64?CPU Myrinet 2000 Infiniband Pentium Xeon 256?CPU Infiniband QsNet Xeon Alpha?CPU 56
57 TOP 3 58% 4.7GFLOPS/CPU Linpak Itanium2 Itanium2 CPU G5 Itanium2 CPU 57 64% 3.9GFLOPS/CPU 74% 4.5GFLOPS/CPU 71% 2.9GFLOPS/CPU
58 TOP 3 ASCI 58% 4.7GFLOPS/CPU 64% 3.9GFLOPS/CPU 74% 4.5GFLOPS/CPU 71% 2.9GFLOPS/CPU Itanium2 CPU CPU 58
59 Itanium2 59
60 CPU Itanium2 SR PRIMEPOWER Alpha GFLOPS 60
61 CPU Pentium4 GFLOPS Itanium2 way/gflops GFLOPS Pentium4 GFLOPS Itanium2 GFLOPS Intel Compiler(Linux) 61
62 Itanium2 Pentium4 Itanium2 SW SW SW 62
63 Itanium2 Pentium4 Itanium2 Dual Xeon Itanium2 Itanium2 MPI 63
64 Itanium2 4way V.S. SX-6 6 1CPU 64
65 ,000 ( 3,000 ) 1,000 ldm-rg@nifty.com 65
1重谷.PDF
RSCC RSCC RSCC BMT 1 6 3 3000 3000 200310 1994 19942 VPP500/32PE 19992 VPP700E/128PE 160PE 20043 2 2 PC Linux 2048 CPU Intel Xeon 3.06GHzDual) 12.5 TFLOPS SX-7 32CPU/256GB 282.5 GFLOPS Linux 3 PC 1999
untitled
taisuke@cs.tsukuba.ac.jp http://www.hpcs.is.tsukuba.ac.jp/~taisuke/ CP-PACS HPC PC post CP-PACS CP-PACS II 1990 HPC RWCP, HPC かつての世界最高速計算機も 1996年11月のTOP500 第一位 ピーク性能 614 GFLOPS Linpack性能 368 GFLOPS (地球シミュレータの前
09中西
PC NEC Linux (1) (2) (1) (2) 1 Linux Linux 2002.11.22) LLNL Linux Intel Xeon 2300 ASCIWhite1/7 / HPC (IDC) 2002 800 2005 2004 HPC 80%Linux) Linux ASCI Purple (ASCI 100TFlops Blue Gene/L 1PFlops (2005)
CPU Levels in the memory hierarchy Level 1 Level 2... Increasing distance from the CPU in access time Level n Size of the memory at each level 1: 2.2
FFT 1 Fourier fast Fourier transform FFT FFT FFT 1 FFT FFT 2 Fourier 2.1 Fourier FFT Fourier discrete Fourier transform DFT DFT n 1 y k = j=0 x j ω jk n, 0 k n 1 (1) x j y k ω n = e 2πi/n i = 1 (1) n DFT
develop
SCore SCore 02/03/20 2 1 HA (High Availability) HPC (High Performance Computing) 02/03/20 3 HA (High Availability) Mail/Web/News/File Server HPC (High Performance Computing) Job Dispatching( ) Parallel
untitled
PRIMERGYPRIMEPOWER Solid STOR PRIMERGY TX200S2, PRIMERGY PRIMEPOWER 450 2006 4 3 2006 4 14 Platform Solution Center ) Solid STOR DRAM Solid State DiskSSD 300 450 Fibre Channel( FC) (FCP) IA PRIMERGY UNIX
untitled
PC murakami@cc.kyushu-u.ac.jp muscle server blade server PC PC + EHPC/Eric (Embedded HPC with Eric) 1216 Compact PCI Compact PCIPC Compact PCISH-4 Compact PCISH-4 Eric Eric EHPC/Eric EHPC/Eric Gigabit
Microsoft Word ●IntelクアッドコアCPUでのベンチマーク_吉岡_ _更新__ doc
2.3. アプリ性能 2.3.1. Intel クアッドコア CPU でのベンチマーク 東京海洋大学吉岡諭 1. はじめにこの数年でマルチコア CPU の普及が進んできた x86 系の CPU でも Intel と AD がデュアルコア クアッドコアの CPU を次々と市場に送り出していて それらが PC クラスタの CPU として採用され HPC に活用されている ここでは Intel クアッドコア
v10 IA-32 64¹ IA-64²
v10 IA-32 64¹ IA-64² 1. 2. 3. 4. 5. 6. /Od (-O0) Windows* /O1 /O2 /O3 Linux* Mac OS* -O1 -O2 -O3 /O2 ( O2) /O3 (-O3) IA-64 Core 2 /QxT ( xt) IA-32 64 IA-32 64 Itanium 2 9000 /G2-p9000 ( mtune=itanium2-p9000)
卒業論文
PC OpenMP SCore PC OpenMP PC PC PC Myrinet PC PC 1 OpenMP 2 1 3 3 PC 8 OpenMP 11 15 15 16 16 18 19 19 19 20 20 21 21 23 26 29 30 31 32 33 4 5 6 7 SCore 9 PC 10 OpenMP 14 16 17 10 17 11 19 12 19 13 20 1421
スパコンに通じる並列プログラミングの基礎
2018.09.10 furihata@cmc.osaka-u.ac.jp ( ) 2018.09.10 1 / 59 furihata@cmc.osaka-u.ac.jp ( ) 2018.09.10 2 / 59 Windows, Mac Unix 0444-J furihata@cmc.osaka-u.ac.jp ( ) 2018.09.10 3 / 59 Part I Unix GUI CUI:
ストリーミング SIMD 拡張命令2 (SSE2) を使用した SAXPY/DAXPY
SIMD 2(SSE2) SAXPY/DAXPY 2.0 2000 7 : 248600J-001 01/12/06 1 305-8603 115 Fax: 0120-47-8832 * Copyright Intel Corporation 1999, 2000 01/12/06 2 1...5 2 SAXPY DAXPY...5 2.1 SAXPY DAXPY...6 2.1.1 SIMD C++...6
HP High Performance Computing（HPC）
HP High Performance Computing HPC HPC HPC HPC HPC 1000 HPHPC HPC HP HPC HPC HPCHP HPC HP HPHPC HPC HP HPC HP IT IDCHP HPC 4 1 HPC HPCNo.1 HPCTOP5002008 6 HP 183 37% HP HPCHP B 1 Other 2Q08 HPC 2 20% 27%
HP High Performance Computing（HPC）
ACCELERATE HP High Performance Computing HPC HPC HPC HPC HPC 1000 HPHPC HPC HP HPC HPC HPC HP HPCHP HP HPC 1 HPC HP 2 HPC HPC HP ITIDC HP HPC 1HPC HPC No.1 HPC TOP500 2010 11 HP 159 32% HP HPCHP 2010 Q1-Q4
スパコンに通じる並列プログラミングの基礎
2018.06.04 2018.06.04 1 / 62 2018.06.04 2 / 62 Windows, Mac Unix 0444-J 2018.06.04 3 / 62 Part I Unix GUI CUI: Unix, Windows, Mac OS Part II 2018.06.04 4 / 62 0444-J ( : ) 6 4 ( ) 6 5 * 6 19 SX-ACE * 6
GPU GPU CPU CPU CPU GPU GPU N N CPU ( ) 1 GPU CPU GPU 2D 3D CPU GPU GPU GPGPU GPGPU 2 nvidia GPU CUDA 3 GPU 3.1 GPU Core 1
GPU 4 2010 8 28 1 GPU CPU CPU CPU GPU GPU N N CPU ( ) 1 GPU CPU GPU 2D 3D CPU GPU GPU GPGPU GPGPU 2 nvidia GPU CUDA 3 GPU 3.1 GPU Core 1 Register & Shared Memory ( ) CPU CPU(Intel Core i7 965) GPU(Tesla
blade.pdf
1 2 T [Xeon X5355 / E5310 / 5160 / 5130 / 5110] Windows Server 2003 R2 PRIMERGY BX620 S4 Windows Server 2003 R2-73GB / 147GB 2 Linux Linux / -73GB / 147GB 2 Xeon 5110 (1.60GHz) PGX6243AA PGX6243GS PGX62437S
Second-semi.PDF
PC 2000 2 18 2 HPC Agenda PC Linux OS UNIX OS Linux Linux OS HPC 1 1CPU CPU Beowulf PC (PC) PC CPU(Pentium ) Beowulf: NASA Tomas Sterling Donald Becker 2 (PC ) Beowulf PC!! Linux Cluster (1) Level 1:
NEC All rights reserved 1
NEC All rights reserved 1 NEC All rights reserved 2 NEC All rights reserved 3 (Founder) (Langchao Langchao) NEC All rights reserved 4 2.1 GB/s 64 bits wide 266 MHz 4 MB L3 on board, 96k L2, 32k L1 on -die
Myrinet2000 ご紹介
34 HPC -Myrinet- ES HPC http://www.sse.co.jp/myrinet/ Out Line Myrinet HPC 50 2 4 O.S. Computer Computer Computer Computer Computer Low-level Interconnection Network (transport & switching) 2-4 / / OS
PRIMERGY BX620 S4 システム構成図 (2008年5月版) 樹系図
1 2 T [Xeon X5460 / E5420 / E5405 / X5260 / E5205 PRIMERGY BX620 S4 Windows Server 2003 R2 Linux Xeon E5205 (1.86GHz) PGX624CAA2 PGX624CGS2 PGX624CGL2 CPU 2 (FSB) 12MB( Xeon )6MB( Xeon ) 1(4) (2(8)) (
スライド 1
計算科学が拓く世界スーパーコンピュータは何故スーパーか 学術情報メディアセンター中島浩 http://www.para.media.kyoto-u.ac.jp/jp/ username=super password=computer 講義の概要 目的 計算科学に不可欠の道具スーパーコンピュータが どういうものか なぜスーパーなのか どう使うとスーパーなのかについて雰囲気をつかむ 内容 スーパーコンピュータの歴史を概観しつつ
PROLIANT ML
PROLIANT ML750 2001 7 16 1 OVERVIEW ProLiant ML750 SCSI 64 PCI PCI 1 3 Pentium Xeon ( 1 1 ) 5.25 IDE CD-ROM 3.5 (/ ) (IMD) I/O A B C, D (2 ) 3.5 (2 ) Smart 4250ES ( Smart 4250ES ) ProLiant ML750( ) R01
HPC
HPC NECHPC Express5800 1000 TX7/AzusA Express5800/Parallel PC-Cluster - AzusA AzusA SX IA-64 AzusA)Express5800 AzusA PC PC < > ( ) SX-6 HPC SX-6i CPU GFLOPS 1996 1997 1998 1999 2000 2001 2002 Car Parrinello
smpp_resume.dvi
6 mmiki@mail.doshisha.ac.jp Parallel Processing Parallel Pseudo-parallel Concurrent 1) 1/60 1) 1997 5 11 IBM Deep Blue Deep Blue 2) PC 2000 167 Rank Manufacturer Computer Rmax Installation Site Country
PRIMERGY 性能情報 SPECint2006 / SPECfp2006 測定結果一覧
SPECint / SPECfp 測定結果一覧 しおり より 測定結果を確認したいモデル名を選択してください 07 年 6 月 8 日更新 分類 モデル名 更新日 前版からの変更 ラックサーバ RX00 S7 (0 年 5 月以降発表モデル ) 0 年 0 月 3 日 RX00 S7 (0 年 6 月発表モデル ) RX00
PRIMERGY RX300 S2 システム構成図
35 36 T Windows Server TM 2003, Standard Edition/ Windows Server TM 2003, Enterprise Edition/ Windows Server TM 2003, Standard x64 Edition/ Windows Server TM 2003, Enterprise x64 Edition/ Windows 2000
次世代スーパーコンピュータのシステム構成案について
6 19 4 27 1. 2. 3. 3.1 3.2 A 3.3 B 4. 5. 2007/4/27 4 1 1. 2007/4/27 4 2 NEC NHF2 18 9 19 19 2 28 10PFLOPS2.5PB 30MW 3,200 18 12 12 SimFold, GAMESS, Modylas, RSDFT, NICAM, LatticeQCD, LANS HPL, NPB-FT 19
PROLIANT ML
PROLIANT ML530 2000 4 27 1 OVERVIEW ProLiant ML530 3.5 IDE CD-ROM LED Wide Ultra2 SCSI/Wide Ultra3 SCSI ( ) Wide Ultra2 SCSI/Wide Ultra3 SCSI 5.25 ( ) PCI () 0 11 ProLiant ML530 A 3.5 B C D (C D ) 3.5
スパコンに通じる並列プログラミングの基礎
2016.06.06 2016.06.06 1 / 60 2016.06.06 2 / 60 Windows, Mac Unix 0444-J 2016.06.06 3 / 60 Part I Unix GUI CUI: Unix, Windows, Mac OS Part II 0444-J 2016.06.06 4 / 60 ( : ) 6 6 ( ) 6 10 6 16 SX-ACE 6 17
Express5800/110Ee (2002/01/22)
(2002/01/22) 1. N8100-691 ( /1BG(256)) CPU L1 L2 CD-ROM LAN OS Pentium 1.0BGHz 1 32KB 256KB 128MB 1.5GB ( IDE 60GB 3( IDE 2)) ( SCSI 18.1GB 3) 14 40 100BASE-TX 10BASE-T 640 480 1280 1024(VRAM 8MB) 2. CD-ROM
PRIMERGY 性能情報 SPECint2006 / SPECfp2006 測定結果一覧
SPECint / SPECfp 測定結果一覧 しおり より 測定結果を確認したいモデル名を選択してください 07 年 8 月 30 日更新 分類 モデル名 更新日 前版からの変更 ラックサーバ RX00 S7 (0 年 5 月以降発表モデル ) 0 年 0 月 3 日 RX00 S7 (0 年 6 月発表モデル ) RX00
AV 1000 BASE-T LAN 90 IEEE ac USB (3 ) LAN (IEEE 802.1X ) LAN AWS (Amazon Web Services) AP 3 USB wget iperf3 wget 40 MBytes 2 wget 40 MByt
1 BYOD LAN 1 2 3 4 1 BYOD 1 Gb/s LAN BYOD LAN LAN Access Point (AP) IEEE 802.11n BYOD LAN AP wget iperf3 1 AP [2] 2 IEEE 802.11ac [3] AP 4 AV (207 m 2 ) ( 1 2 )[4, 5] AP Wave2 Aruba AP-335 Aruba LAN 7210
フカシギおねえさん問題の高速計算アルゴリズム
JST ERATO 2013/7/26 Joint work with 1 / 37 1 2 3 4 5 6 2 / 37 1 2 3 4 5 6 3 / 37 : 4 / 37 9 9 6 10 10 25 5 / 37 9 9 6 10 10 25 Bousquet-Mélou (2005) 19 19 3 1GHz Alpha 8 Iwashita (Sep 2012) 21 21 3 2.67GHz
PRIMERGY BX620 S4 システム構成図 (2008年9月版) 樹系図
1 BX600 S3 シャーシのサーバブレードスロット6にはSX650 ストレージブレードを搭載することはできません (2008 年 11 月公開予定のBIOS/BMCファームウェアを適用することにより BX600 S3 シャーシのサーバブレードスロット6に搭載可能となります ) 2 T [Xeon X5460 / E5420 / E5405 / X5260 / E5205 2003 R2/Linux
2006629 HP ProLiant 2006629 ML310 G2 376852-291 ProLiant ML310 T02 P3200-1M 51 SATA 94,000 98,700 Pentium 4 3.20GHz 51 4GB 4SATA - 2TB ML310 G2 381838-291 ProLiant ML310 T02 64 P3200-2M 51 SATA 102,000
IT 1. IT 2. 2.1. IT 2.2. SKYSEA Client View Government License Light Edition Sky 1500 28 2 15 12 3. 4. 28 3 25 1 5. 5.1. (1) 28 4 1 (2) (3) (4) ISO27001 P (5) ISO/IEC20000 (6) USB 1 (7) OS (8) 1 CPU 4
ProLiant ML110 Generation 4 システム構成図
HP ProLiant ML110 Generation 5 2010 4 16 1 OVERVIEW ProLiant ML110 Generation 5 ProLiant ML110 Generation 5 1, 2 LED LED ( ) ( ) ( ) Lights-Out 100c ( ) 2 3 6 USB SATA ML110 G5 ProLiant ML110 G5 SATA /
PRIMERGY TX120 S2 システム構成図 (2010年5月版) 樹系図
171 172 Windows Server 2008 Standard (32-bit) 2010910 PRIMERGY TX120 S2 Windows Server 2008 R2 Standard Windows Server 2008 R2 Foundation Linux PGT1221AA2 PGT1221G32 PGT1221G6 PGT1221G2 PGT1221GL2 CPU
Pentium 4
Pentium 4 Pentium 4... 2... 2... 2... 3... 3... 3... 3... 4 TMPGEnc Plus2.5 Ver.2.59... 5... 8... 9... 9 VTune TM... 9 C++/Fortran... 9 1 Pentium 4 HT Xeon TM Pentium 4 3.06GHz HT Pentium 4 NetBurst TM
橡3_2石川.PDF
PC RWC 01/10/31 2 1 SCore 1,024 PC SCore III PC 01/10/31 3 SCore SCore Aug. 1995 Feb. 1996 Oct. 1996 1997-1998 Oct. 1999 Oct. 2000 April. 2001 01/10/31 4 2 SCore University of Bonn, Germany University
ProLiant BL20p Generation 4 システム構成図
HP ProLiant BL p-class Server BL20p Generation 4 2007 11 15 1 OVERVIEW ProLiantBL20p Generation 4 HP BladeSystem p-class Hardware Component BladeSystem p-class BladeSystem p-class BladeSystem p-class ()
Ver. 3.8 Ver NOTE E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,,
PowerEdge R730xd Contents RAID /RAID & P3-6 PCIe P112-122 P123-125 P126-129 P130-133 OS P134-140 P140-141 P142-143 P7 P8 P9 P10-11 P12-17 P18-110 P111 v3.8 Apr. 2017 2017 4 28 2016 4 22 Ver. 3.8 Ver. 1.0
imai@eng.kagawa-u.ac.jp No1 No2 OS Wintel Intel x86 CPU No3 No4 8bit=2 8 =256(Byte) 16bit=2 16 =65,536(Byte)=64KB= 6 5 32bit=2 32 =4,294,967,296(Byte)=4GB= 43 64bit=2 64 =18,446,744,073,709,551,615(Byte)=16EB
HP ProLiant 500シリーズ
HPProLiant5 DL58/585 HPProLiant5 4 HPProLiant5 HPProLiant5 64 HPProLiant5 TPC-H@1GB 4, 34,99 SAP SD Benchmark Users QphH@1GB 3, 2, 1, 4, 3, 2, 1, DL58 G5, Xeon X735 DL585 G5, AMD Opteron 836SE 17,12 DL58
VNSTProductDes3.0-1_jp.pdf
Visual Nexus Secure Transport 2005/10/18 Visual Nexus http:// www.visualnexus.com/jp/support.htm Visual Nexus Secure Transport 2005/02/25 1 2005/10/18 Ver3.0-1 2005 10 18 108-0075 21119 2 Visual Nexus
OVERVIEW ProLiant ML330 ProLiantML330(P1266)ATA PAQ V 0 A IDE CD-ROM PCI 64 PCI ( ) A B B B C D E 0 1 (1 ) (IDE ) 3.5 (1 ) (SCSI ) ProLi
ProLiant ML330 Generation 2 (ATA) PAQ V 1 OVERVIEW ProLiant ML330 ProLiantML330(P1266)ATA PAQ V 0 A IDE CD-ROM 5.25 3.5 1 32 PCI 64 PCI ( ) A B B B C D E 0 1 (1 ) (IDE ) 3.5 (1 ) (SCSI ) ProLiant ML330
Ver. 3.8 Ver NOTE E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,
PowerEdge T630 Contents RAID /RAID & PCIe GPU OS v3.8 Apr. 2017 P3-5 P6 P7 P8-9 P10-11 P12-16 P17-79 P80-85 P86-87 P88-90 P90 P91-92 P93-96 P97-100 P101-107 P107-108 P109-110 2017 4 28 2016 4 22 Ver. 3.8
untitled
1 NAREGI 2 (NSF) CyberInfrastructure Teragrid (EU) E-Infrastructure EGEE Enabling Grids for E-science E ) DEISA (Distributed European Infrastructure for Supercomputing applications) EPSRC) UK e-science
21 20 20413525 22 2 4 i 1 1 2 4 2.1.................................. 4 2.1.1 LinuxOS....................... 7 2.1.2....................... 10 2.2........................ 15 3 17 3.1.................................
GPGPUクラスタの性能評価
2008 年度理研 HPC シンポジウム第 3 世代 PC クラスタ GPGPU クラスタの性能評価 2009 年 3 月 12 日 富士通研究所成瀬彰 発表の概要 背景 GPGPU による高速化 CUDA の概要 GPU のメモリアクセス特性調査 姫野 BMT の高速化 GPGPU クラスタによる高速化 GPU Host 間のデータ転送 GPU-to-GPU の通信性能 GPGPU クラスタ上での姫野
1 GPU GPGPU GPU CPU 2 GPU 2007 NVIDIA GPGPU CUDA[3] GPGPU CUDA GPGPU CUDA GPGPU GPU GPU GPU Graphics Processing Unit LSI LSI CPU ( ) DRAM GPU LSI GPU
![1 GPU GPGPU GPU CPU 2 GPU 2007 NVIDIA GPGPU CUDA[3] GPGPU CUDA GPGPU CUDA GPGPU GPU GPU GPU Graphics Processing Unit LSI LSI CPU ( ) DRAM GPU LSI GPU](/thumbs/89/99132402.jpg "1 GPU GPGPU GPU CPU 2 GPU 2007 NVIDIA GPGPU CUDA[3] GPGPU CUDA GPGPU CUDA GPGPU GPU GPU GPU Graphics Processing Unit LSI LSI CPU ( ) DRAM GPU LSI GPU")
GPGPU (I) GPU GPGPU 1 GPU(Graphics Processing Unit) GPU GPGPU(General-Purpose computing on GPUs) GPU GPGPU GPU ( PC ) PC PC GPU PC PC GPU GPU 2008 TSUBAME NVIDIA GPU(Tesla S1070) TOP500 29 [1] 2009 AMD
Express5800/140Hb (2002/01/22)
(2002/01/22) 1. N8100-592B N8100-594B N8100-681 ( -X/700(1)) ( -X/700(2)) ( -X/900(2)) CPU L1 Pentium Xeon (700MHz) 1 4 Pentium Xeon (700MHz) 1 4 32KB Pentium Xeon (900MHz) 1 4 L2 1MB 2MB 2MB CD-ROM LAN
OVERVIEW hp StorageWorks NAS 2000s hp StorageWorks NAS 2000s A 3.5 B 3.5 IDE DVD-ROM C LED LED Ultra320 SCSI ( ) NAS 2000s NAS 2000s NAS
システム構成図 2004 年 11 月 18 日 1 OVERVIEW hp StorageWorks NAS 2000s hp StorageWorks NAS 2000s A 3.5 B 3.5 IDE DVD-ROM C LED LED Ultra320 SCSI 0 5 15 1.6 1 ( ) NAS 2000s NAS 2000s NAS 2000s 364971-B21( ) 345645-001(
Express5800/110Ee Pentium 1. Express5800/110Ee N N Express5800/110Ee Express5800/110Ee ( /800EB(256)) ( /800EB(256) 20W) CPU L1 L2 CD-
Express5800/110Ee Pentium 1. Express5800/110Ee N8500-654 N8500-655 Express5800/110Ee Express5800/110Ee ( /800EB(256)) ( /800EB(256) 20W) CPU L1 L2 CD-ROM LAN Windows NT Server 4.0 Pentium 800EBMHz 1 (
HPE Moonshot System ～ビッグデータ分析＆モバイルワークプレイスを新たなステージへ～
Brochure HPE Moonshot System HPE Moonshot System 4.3U 45 HPE Moonshot System Xeon & HPE Moonshot System HPE Moonshot System HPE HPE Moonshot System &IoT & SoC Xeon D-1500 Broadwell-DE HPE ProLiant m510
― ANSYS Mechanical ―Distributed ANSYS（領域分割法）ベンチマーク測定結果要約
ANSYS Mechanical Distributed ANSYS( 領域分割法 ) 2011 年 1 月 17 日 富士通株式会社 ANSYS Mechanical ベンチマーク測定結果 目次 測定条件 1 標準問題モデル 2 総括 3 ベンチマーク測定について 3 留意事項 9 商標について 9 測定条件 測定に使用した環境は下記のとおりです System PRIMERGY BX922 S2
SANworks
2002 1 15 1 2002 1 MA8000/EMA12000 RAID MA8000/EMA12000 SAN SAN SAN (HSG ) HSG80/60 SAN RAID Compaq Insight FRU Web 189715-001 GBIC-SW 1 (2m) 234457-B21 (5m) 234457-B22 (15m) GBIC-SW 1 380561-B21 (Fabric
ProLiant ML110 システム構成図
HP ProLiant ML150 Generation 2 2006 9 12 1 OVERVIEW ProLiant ML150 Generation 2 ProLiant ML150 (SATA ) A B B C 3.5 1 6 3.5 SATA H () 4 SATA PCI (PCI-X PCI Express) 1 3.5 48 IDE CD-ROM Xeon ( ) ProLiant
HP ProLiant Gen8とRed Hatで始めるHadoop™ ～Hadoop™スタートアップ支援サービス～
Brochure Gen8 Red Hat Hadoop Hadoop Hadoop Hadoop Hadoop HP Hadoop IT IDC 20122.7ZB 2011 48% 20158ZB 2 IDC 20122.7ZB 2011 48%20158ZB 1 DC Predictions 2012: Competing for 2020 IDC 2011 12 : 1ZB =10 Hadoop
スライド 1
1 2 (National Research Grid Initiative) 4 3 flops 4 (Electrical Power Grid) Virtual Organization) Software catalogs Sensor nets Computing Resources Colleagues Data archives 5 グリッド の概念 アプリケーション アプリケーション
PC Development of Distributed PC Grid System,,,, Junji Umemoto, Hiroyuki Ebara, Katsumi Onishi, Hiroaki Morikawa, and Bunryu U PC WAN PC PC WAN PC 1 P
PC Development of Distributed PC Grid System,,,, Junji Umemoto, Hiroyuki Ebara, Katsumi Onishi, Hiroaki Morikawa, and Bunryu U PC WAN PC PC WAN PC 1 PC PC PC PC PC Key Words:Grid, PC Cluster, Distributed
PowerEdge R730xd Contents RAID /RAID & P3-6 PCIe P P P P OS P P P P7 P8 P9 P10-11 P12-17 P P112
PowerEdge R730xd Contents RAID /RAID & P3-6 PCIe P113-123 P124-126 P127-130 P131-134 OS P135-139 P139-140 P141-142 P7 P8 P9 P10-11 P12-17 P18-111 P112 v4.11 Apr. 2018 2018 4 30 2016 4 22 Ver. 4.11 Ver.
HP ProLiant ML110 Generation 5 システム構成図
HP ProLiant ML110 Generation 5 Storage Server 2009 12 10 OVERVIEW (SATA ) 1 () 2 USB 3 6 3.5 SATA NH () DVD-ROM LED LED Smart E200/128 BBWC Lights-Out 100c ( ) 1TB-SATA x64 WSS2003R2 2TB-SATA x64 WSS2003R2
▼ RealSecure Desktop Protector 7
System Scanner / Assuria Auditor 4.x システム要件 2006 年 9 月 8 日 System Scanner / Assuria Auditor 4.x システム要件... 1 System Scanner Console... 1 System Scanner 4.2.5 Console... 1 System Scanner 4.2 Console... 2
64bit SSE2 SSE2 FPU Visual C++ 64bit Inline Assembler 4 FPU SSE2 4.1 FPU Control Word FPU 16bit R R R IC RC(2) PC(2) R R PM UM OM ZM DM IM R: reserved
(Version: 2013/5/16) Intel CPU (kashi@waseda.jp) 1 Intel CPU( AMD CPU) 64bit SIMD Inline Assemler Windows Visual C++ Linux gcc 2 FPU SSE2 Intel CPU double 8087 FPU (floating point number processing unit)
OVERVIEW ProLiant ML370(X2400, X2800, X3060, X3200) ProLiant ML370 A B D B C D B C 2 () (2 ) (1.6 ) 3.5 LED 48 IDE CD-ROM 5.25 Wide Ultra3/U
ProLiant ML370 Generation 3 システム構成図 2004 年 9 月 2 日 1 OVERVIEW ProLiant ML370(X2400, X2800, X3060, X3200) ProLiant ML370 A B D B C D 2 3.5 0 5 B C 2 () (2 ) (1.6 ) 3.5 LED 48 IDE CD-ROM 5.25 Wide Ultra3/Ultra320
PRIMERGY TX120 S2 システム構成図 (2010年3月版) 樹系図
PRIMERGY 2010 年 月 日版 139 PRIMERGY 140 PRIMERGY PRIMERGY TX120 S2 Windows Server 2008 Standard (32-bit) Linux PGT1221AA2 PGT1221G32 PGT1221GL2 CPU Core 2 Duo T9400 (2.53GHz) (*1) P8700 (2.53GHz) (*1) Celeron
untitled
Power Wall HPL1 10 B/F EXTREMETECH Supercomputing director bets $2,000 that we won t have exascale computing by 2020 One of the biggest problems standing in our way is power. [] http://www.extremetech.com/computing/155941
Ver. 3.8 Ver NOTE E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,,
PowerEdge R730 Contents RAID /RAID & PCIe GPU OS P3-5 P6 P7 P8 P9-10 P11-16 P17-55 P56 P57-66 P67-69 P70-72 P72 P73 P74-77 P78-81 P82-88 P88-89 P90-91 V3.8 Apr. 2017 2017 4 28 2016 4 22 Ver. 3.8 Ver. 1.0
23 Fig. 2: hwmodulev2 3. Reconfigurable HPC 3.1 hw/sw hw/sw hw/sw FPGA PC FPGA PC FPGA HPC FPGA FPGA hw/sw hw/sw hw- Module FPGA hwmodule hw/sw FPGA h
23 FPGA CUDA Performance Comparison of FPGA Array with CUDA on Poisson Equation (lijiang@sekine-lab.ei.tuat.ac.jp), (kazuki@sekine-lab.ei.tuat.ac.jp), (takahashi@sekine-lab.ei.tuat.ac.jp), (tamukoh@cc.tuat.ac.jp),
ProLiant BL460c システム構成図
HP BladeSystem c-class Server HP 2008 5 26 BLADE3.0 Web http://www.hp.com/jp/blade_fill/ 1 OVERVIEW HP 1 2 2.5 SAS H Xeon ( 2 ) (SFF)( 2 ) I/O PC2-5300 FB-DIMM DDR2-667 8 Smart E200i (Type Type 1 ) USB
PRIMERGY RX200 S5 システム構成図 (2010年4月版) 樹系図
PRIMERGY 99 PRIMERGY 100 PRIMERGY Windows Server 2008 Standard 2010611 PRIMERGY RX200 S5 Windows Server 2008 Enterprise 2010611 Linux PGR2052AA PGR2052G32 PGR2052G42 PGR2052GL2 CPU Xeon X5570 (2.93GHz)
Ver. 3.8 Ver NOTE E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,,
PowerEdge R930 Contents RAID /RAID & P3-5 P6 P7 P7 P8-P9 P10-13 P14-57 P58 PCIe P59-71 P72-73 P74-77 P78-81 OS P82-88 P88-89 P90-91 V3.8 Apr. 2017 2017 4 28 2016 4 22 Ver. 3.8 Ver. 1.0 +- NOTE E5-2630
SQUFOF NTT Shanks SQUFOF SQUFOF Pentium III Pentium 4 SQUFOF 2.03 (Pentium 4 2.0GHz Willamette) N UBASIC 50 / 200 [
SQUFOF SQUFOF NTT 2003 2 17 16 60 Shanks SQUFOF SQUFOF Pentium III Pentium 4 SQUFOF 2.03 (Pentium 4 2.0GHz Willamette) 60 1 1.1 N 62 16 24 UBASIC 50 / 200 [ 01] 4 large prime 943 2 1 (%) 57 146 146 15
LDR-MA16FU2_WM.n.[.h.E.F.A.}.j...A.._Win.p65
LDR-MA16FU2/WM DVD-RAM DVD+R 2 DVD+R DVD+RW 1 DVD-R 2 DVD-R DVD-RW USB 2.0 High-Speed IEEE 1394 DVD-RAM R/RW DVD LDR-MA16FU2/WM 11 DVD CD DVD 16 DVD DVD+R DVD+RW DVD-R DVD-RW DVD DVD DVD PC DVD 2 DVD+R
rx600_s3_sas.pdf
61 62 T PRIMERGY RX600 S3(SAS) Windows Server 2003 R2-73GB / 147GB 2 (RAID1) Windows Server 2003 R2-73GB / 147GB 3 (RAID5) Xeon 7140M (3.40GHz) PGR603DAA PGR603D7S2 / 4S2 PGR603D7S / 4S Xeon 7120M (3GHz)
ProLiant BL25p Generation 2システム構成図
HP ProLiant BL p-class Server BL25p Generation 2 2007 11 15 1 OVERVIEW ProLiant BL25p Generation 2 HP BladeSystem p-class Hardware Component BladeSystem p-class BladeSystem p-class BladeSystem p-class
Microsoft PowerPoint - CCS学際共同boku-08b.ppt
マルチコア / マルチソケットノードに おけるメモリ性能のインパクト 研究代表者朴泰祐筑波大学システム情報工学研究科 taisuke@cs.tsukuba.ac.jp アウトライン 近年の高性能 PC クラスタの傾向と問題 multi-core/multi-socket ノードとメモリ性能 メモリバンド幅に着目した性能測定 multi-link network 性能評価 まとめ 近年の高性能 PC
HP Workstation 総合カタログ
HP Workstation Z HP 6 Z HP HP Z840 Workstation P.9 HP Z640 Workstation & CPU P.10 HP Z440 Workstation P.11 17.3in WIDE HP ZBook 17 G2 Mobile Workstation P.15 15.6in WIDE HP ZBook 15 G2 Mobile Workstation
HA8000/20W AA,BA, GA,EA,FA,HA Intel E7210 1way Pentium 4 (3EGHz/2.80AGHz) FSB800MHz(Pentium 4 2.80AGHz 533MHz) SDRAM ECC DDR400 (Pentium 4 2.80AGHz DDR333 )Unbuffered DIMM 4GB Intel HyperThreading 2 [Pentium
untitled
1 Grid 2 ( Electrical Power Grid ) Virtual Organization) Electric Power Grid Grid 3 - - - ( 21 4 (Extensible Terascale Facility 5 LA-Hub 40Gbps CHICAGO -Hub IU 30Gbps 30Gbps 30Gbps Purdue 32 Pentium4 52
Ver Ver NOTE E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI
PowerEdge T630 Contents RAID /RAID & PCIe GPU OS V4.10 Mar.2018 P3-5 P6 P7 P8-9 P10-11 P12-16 P17-84 P85-90 P91-92 P93-95 P95 P96-97 P98-101 P102-105 P106-110 P110-111 P112-113 2018 3 30 2016 4 22 Ver.
FFTSS Library Version 3.0 User's Guide
: 19 10 31 FFTSS 3.0 Copyright (C) 2002-2007 The Scalable Software Infrastructure Project, (CREST),,. http://www.ssisc.org/ Contents 1 4 2 (DFT) 4 3 4 3.1 UNIX............................................
単位、情報量、デジタルデータ、CPUと高速化 ～ICT用語集～
CPU ICT mizutani@ic.daito.ac.jp 2014 SI: Systèm International d Unités SI SI 10 1 da 10 1 d 10 2 h 10 2 c 10 3 k 10 3 m 10 6 M 10 6 µ 10 9 G 10 9 n 10 12 T 10 12 p 10 15 P 10 15 f 10 18 E 10 18 a 10 21
RDMAプロトコル: ネットワークパフォーマンスの向上
Database Acceleration Solution for HP ProLiant 2 2 3 4 I/O 5 IO 5 6 InfiniBand 6 RDMA 7 iser iscsi Extensions for RDMA 8 9 9 10 10 11 11 11 11 A : 12 B : 13 C : TCP/IP 14 15 HP 15 HP 15 15 I/OSSD Solid
untitled
A = QΛQ T A n n Λ Q A = XΛX 1 A n n Λ X GPGPU A 3 T Q T AQ = T (Q: ) T u i = λ i u i T {λ i } {u i } QR MR 3 v i = Q u i A {v i } A n = 9000 Quad Core Xeon 2 LAPACK (4/3) n 3 O(n 2 ) O(n 3 ) A {v i }
HP xw9400 Workstation
HP xw9400 Workstation HP xw9400 Workstation AMD Opteron TM PCI Express x16 64 PCI Express x16 2 USB2.0 8 IEEE1394 2 8DIMM HP HP xw9400 Workstation HP CPU HP CPU 240W CPU HP xw9400 HP CPU CPU CPU CPU Sound
Express5800/120Rb-1 (2002/01/22)
(2002/01/22) 1. N8100-764 N8100-765 N8100-783 ( /1BG(256)) ( /1.26G(512)) ( /1.40G(512)) CPU Pentium Pentium -S Pentium -S (1BGHz) 1( 2 ) (1.26GHz) 1( 2 ) (1.40GHz) 1( 2 ) L1 32KB L2 256KB 512KB 256MB(
OVERVIEW ProLiant ML110 G2 Storage Server ProLiant ML110 G2 Storage Server A C D SATA NH 320GB 01 (1TB) (1TB) Ultra320 SCSI 6 SATA RAID Serial
HP ProLiant ML110 Generation 2 Storage Server 2006 4 6 1 OVERVIEW ProLiant ML110 G2 Storage Server ProLiant ML110 G2 Storage Server A C D 01 3.5 SATA NH 320GB 01 (1TB) (1TB) Ultra320 SCSI 6 SATA RAID Serial
大規模共有メモリーシステムでのGAMESSの利点
Technical white paper GAMESS GAMESS Gordon Group *1 Gaussian Gaussian1 Xeon E7 8 80 2013 4 GAMESS 1 RHF ROHF UHF GVB MCSCF SCF Energy CDFpEP CDFpEP CDFpEP CD-pEP CDFpEP SCF Gradient CDFpEP CDFpEP CDFpEP
DO 時間積分 START 反変速度の計算 contravariant_velocity 移流項の計算 advection_adams_bashforth_2nd DO implicit loop( 陰解法 ) 速度勾配, 温度勾配の計算 gradient_cell_center_surface 速
1 1, 2 1, 2 3 2, 3 4 GP LES ASUCA LES NVIDIA CUDA LES 1. Graphics Processing Unit GP General-Purpose SIMT Single Instruction Multiple Threads 1 2 3 4 1),2) LES Large Eddy Simulation 3) ASUCA 4) LES LES
Express5800/120Rb-2
Workgroup/Department 1. N8500-478 N8500-486 (/533EB(256)) (/667EB(256)) CPU Pentium Pentium 533EBMHz1 2 667EBMHz1 2 L1 32KB L2 256KB 128MB 4GB ( 72.6GB) CD-ROM 24 LAN 100BASE-TX 6404801024768 OS OS 2.
01_OpenMP_osx.indd
OpenMP* / 1 1... 2 2... 3 3... 5 4... 7 5... 9 5.1... 9 5.2 OpenMP* API... 13 6... 17 7... 19 / 4 1 2 C/C++ OpenMP* 3 Fortran OpenMP* 4 PC 1 1 9.0 Linux* Windows* Xeon Itanium OS 1 2 2 WEB OS OS OS 1 OS
DVD-±R/RWユニット ハードウェアマニュアル
LDR-CA160U2_HARD V01 USB 2.0 DVD R/RW LDR-CA160U2... 4... 5... 7... 9... 10... 14... 16... 18... 19... 24... 25... 27 DOS/VOADG(*1)DOS/V (*1)OADG PC (OADG URL http://www.oadg.or.jp/) - 1 - DVD R/RW DVD
PDF.PDF
1 2 3 LAN Ethernet( ) TSS(Time Sharing System: ) TSS CPU TSS LAN 3Mbit/s 10Mbit/s 9.6Kbit/s LAN DEC Intel 3 DIX DIX 10Mbit/s 500m 10Base5 LAN IEEE802 IEEE802.3 100Mbit/s 100BaseTX TCP/IP Ethernet LAN 7
PRIMERGY TX100 S2 システム構成図 (2011年6月版) 樹系図
207 HDD DIMM CPU PCI 208 Standard PRIMERGY TX100 S2 Foundation Linux PGT1024BA PGT1024H62 PGT1022H22 PGT1024HL3 CPU Celeron Pentium G6950 (2.80GHz) G1101 (2.26GHz) Xeon X3460 (2.80GHz) (*1) (*2) X3450
Ver. 3.9 Ver E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,, HT,
PowerEdge R630 Contents RAID /RAID & PCIe OS P3-6 P7 P8 P9 P10-11 P12-16 P17-61 P62 P63-72 P73-75 P75 P76-79 P80-83 P84-90 P90-91 P92-93 V3.9 Apr. 2017 2017 4 28 2016 4 22 Ver. 3.9 Ver. 1.0 +- E5-2630
ProLiant SL6000 Sclable System システム構成図
HP ProLiant SL6000 Scalabel System 2010 9 2 1 OVERVIEW HP ProLiant SL6000 Scalable System ProLiant SL6000 Scalable System HP ProLiant SL6000 Scalable System 1 HP ProLiant SL6000 Scalabel System 2U (HP