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OSC in Summary

Date post: 31-Dec-2015
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OSC in Summary. Innovations in computing, networking, and education. Providing a base infrastructure for Ohio higher education Collaborating with state and national partners Potential for growth in key areas Taking advantage of our infrastructure Wider collaboration - PowerPoint PPT Presentation
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OSC in Summary Providing a base infrastructure for Ohio higher education Collaborating with state and national partners Potential for growth in key areas Taking advantage of our infrastructure Wider collaboration Strong support from national/international partners Innovations in computing, networking, and education
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Page 1: OSC in Summary

OSC in Summary

Providing a base infrastructure for Ohio higher education

Collaborating with state and national partners

Potential for growth in key areas

Taking advantage of our infrastructure Wider collaboration Strong support from national/international partners

Innovations in computing, networking, and education

Page 2: OSC in Summary

CRAY SV1ex

SUN SunFire 6800

IA32 Cluster

Itanium 2 Cluster (includes SGI Altix 3000)

Mass Storage System

Interface Laboratory

High Performance Computing Systems

Page 3: OSC in Summary

High Performance Computing Systems

System Processors Total Memory Peak Performance

Special Purpose

300 900 MHz Intel Itanium2

752 GB 1.1 TF IA-64 Distributed parallel and serial applications

512 2.4 GHz Intel Pentium 4 Xeon

1024 GB 2.5 TF IA-32 Distributed parallel (128 nodes with Infiniband interconnect) and serial applications

100 1.53 GHz Athlons 100 GB .31 TF BALE Visualization cluster with NVIDIA Quadro4 900 XGL graphics board / node

192 550 MHz Pentium III Xeon, 144 733 MHz Itanium, 256 1.4 GHz AMD Athlons

736 GB 1.92 TF Cluster Ohio -- Distributed computational grid at 15 institutions around the state

Alliance Grid Testbed (AGT) Cluster

52 2.2 GHz Pentium 4 Xeon

52 GB .23 TF One of 8 sites around the country for computational grid testing and deployment

24 500 MHz vector processors

64 GB .05 TF CRAY SV1 -- Parallel-vector

56 900 MHz UltraSPARCIII

48 GB .04 TF SUN COE with Time logic boards for specialized bionformatics apps

32 900 MHz Intel Itanium 2

64 GB .20 TF SGI Altix – Linux IPF Shared Memory System

1668 processors 2840 GB 6.35 TF

Page 4: OSC in Summary

Utilization by Platform

0102030405060708090

100

Jul-02Aug-02Sep-02Oct-02Nov-02Dec-02Jan-03Feb-03Mar-03Apr-03May-03Jun-03Jul-03Aug-03Sep-03Oct-03Nov-03Dec-03Jan-04Feb-04Mar-04

% Utilization

Sun with Decipher Cards Sun multi-purpose SMP Sun higher processor jobsCray SV1 vector/parallel 32-bit Athlon cluster 64-bit Itanium2 (McKinley) clusterSGI Altix

Page 5: OSC in Summary

Usage by FOS

Other

Mathematical andPhysical Sciences

Engineering

Computer andInformation Science andEngineeringBiological, Behavioral,and Social Science

Geosciences

Other

Page 6: OSC in Summary

Yearly Computational Usage by Projects

05

10

152025

303540

45

< 1 day < 1 wk < 1 mth < 6 mths < 1 yr < 5 yrs < 10 yrs < 50 yrs < 100 yrs

No. of Projects

COE IA32 IA64 SV1

Page 7: OSC in Summary

Storage

Files Bytes

Page 8: OSC in Summary

OSC Storage Management

D D VDD VD

D

D

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V D

V D

V D

V D

V D

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V D

V D

V D

V D

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D V DV DDD V DD V

MetaData Servers

Core Storage Pool (35/50 TB) with SAN.FS

(4)772 MB/s throughput

(4)772 MB/s throughput

(4)772 MB/s throughput

(4)772 MB/s throughput

SAN Volume Controller(4 servers)

FAStT900 (4)

Backup Storage3584 Tape

1 L32 2 D32Actual: 640 cartridges @ 200

GB for a total of 128 TB4 drives

max drive data rate is 35 MB/s

Cisco Directors 9509

(4)

(2)890 MB/s throughput

(2)890 MB/s Throughput

(2) (2) (2)

(2)

(2) (2)

(16 -

4 per serv

er)

890 MB/s

throughput

Scratch / Archive Storage Pool (310/420 TB)FAStT600 Turbo (20)

LinTel boxes (PvFS/Active Disk Archive) (20)

D V D

D V D

D V D

D V D

D V D

D V

D V

D V

D V

D V

D

D

D

D

D

D

D

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(40 - 2 per T600)384 MB/s throughput

10 GB/s(40 - 2 per x Series)

Page 9: OSC in Summary

Phase 3 Third Frontier Network Map

Page 10: OSC in Summary

Future Directions

Cluster Expansion with Commodity Processors

Parallel / Vector, Large SMP Capability Enhancements

Adaptable Computing and Networking (FPGA)

Increased and Improved Data Management

Data Grids / Shared Data Resources


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