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CRAY XC40 Hardware and Architecture: Difference between revisions
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7.4 Pflops<BR> | 7.4 Pflops<BR> | ||
5.64 Pflops (76% Peak), [http://top500.org/lists/2015/11/ November 2015] list rank 8<BR> | 5.64 Pflops (76% Peak), [http://top500.org/lists/2015/11/ November 2015] list rank 8 ([http://top500.org/lists/2016/06/ 2016/06] rank 9, [https://www.top500.org/list/2016/11/ 2016/11] rank 14)<BR> | ||
0.138 Pflops ( 2% Peak), [http://www.hpcg-benchmark.org/custom/index.html?lid=155&slid=282 November 2015] HPCG results rank 6<BR> | 0.138 Pflops ( 2% Peak), [http://www.hpcg-benchmark.org/custom/index.html?lid=155&slid=282 November 2015] HPCG results rank 6 ([http://www.hpcg-benchmark.org/custom/index.html?lid=155&slid=288 2016/06] rank 10, [http://www.hpcg-benchmark.org/custom/index.html?lid=155&slid=289 2016/11] rank 12)<BR> | ||
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| Cray Cascade Cabinets | | Cray Cascade Cabinets |
Revision as of 13:17, 17 November 2016
Hazelhen production system
Summary Hazelhen Production system
Cray Cascade XC40 Supercomputer | Step 2 |
---|---|
Performance | 7.4 Pflops |
Cray Cascade Cabinets | 41 |
Number of Compute Nodes | 7712 (dual socket) |
Compute Processors
|
7712*2= 15424 Intel Haswell E5-2680v3 2,5 GHz, 12 Cores, 2 HT/Core |
Compute Memory on Scalar Processors
|
DDR4 |
Interconnect | Cray Aries |
Service Nodes (I/O and Network) | 90 |
External Login Servers | 10 |
Pre- and Post-Processing Servers | 3 Cray CS300: each with 4x Intel(R) Xeon(R) CPU E5-4620 v2 @ 2.60GHz (Ivy Bridge), 32 cores, 512 GB DDR3 Memory (PC3-14900R), 7,1TB scratch disk space (4x ~2TB RAID0), NVidia Quadro K6000 (12 GB GDDR5), single job usage
|
User Storage
|
~10 PB |
Cray Linux Environment (CLE)
|
Yes |
PGI Compiling Suite (FORTRAN, C, C++) including Accelerator | 25 user (shared with Step 1) |
Cray Developer Toolkit
|
Unlimited Users |
Cray Programming Environment
|
Unlimited Users |
Alinea DDT Debugger | 2048 Processes (shared with Step 1) |
Lustre Parallel Filesystem | Licensed on all Sockets |
Intel Composer XE
|
10 Seats |
For detailed information see XC40-Intro
For information on the Aries network see Communication_on_Cray_XC40_Aries_network
Architecture
- System Management Workstation (SMW)
- system administrator's console for managing a Cray system like monitoring, installing/upgrading software, controls the hardware, starting and stopping the XC40 system.
- service nodes are classified in:
- login nodes for users to access the system
- boot nodes which provides the OS for all other nodes, licenses,...
- network nodes which provides e.g. external network connections for the compute nodes
- Cray Data Virtualization Service (DVS): is an I/O forwarding service that can parallelize the I/O transactions of an underlying POSIX-compliant file system.
- sdb node for services like ALPS, torque, moab, slurm, cray management services,...
- I/O nodes for e.g. lustre
- MOM nodes for placing user jobs of the batch system in to execution
- compute nodes
- are only available for user using the batch system and the Application Level Placement Scheduler (ALPS), see running applications.
- The compute nodes are installed with 128 GB memory, each with fast interconnect (CRAY Aries).
- Details about the interconnect of the Cray XC series network and Communication_on_Cray_XC40_Aries_network
- are only available for user using the batch system and the Application Level Placement Scheduler (ALPS), see running applications.
- in future, the StorageSwitch Fabric of step2a and step1 will be connected. So, the Lustre workspace filesystems can be used on both hardware (Login servers and preprocessing servers) of step1 and step2a.