Knox Makers Wiki - User contributions [en]

Equipment Donations and Loans

2013-02-10T00:51:14Z

Dillow: /* Please record all equipment being donated or loaned to Knox Makers here: */

== Please record all equipment being donated or loaned to Knox Makers here: ==

*6 black plastic stacking chairs (donated 6/1/2012 by Sam McClanahan)
*4 grey fabric stacking chairs (donated 6/1/2012 by Sam McClanahan)
*1 black vinyl armless desk chair (donated 6/1/2012 by Sam McClanahan)
*1 multicolor fabric armless desk chair (donated 6/1/2012 by Sam McClanahan)
*1 folding table, 6' (donated 6/1/2012 by Sam McClanahan)
*airhockey table (donated ? by ?)
*Cray XT3/4 (loaned 2/9/2013 by Dave Dillow)

Cray

2013-01-27T02:45:29Z

Dillow: /* Specifications */

== Projects ==

Possible workshops, tutorials and training might include:

MPI / Parallel programming

RDMA and OS bypass techniques

LAPack, tuning

Various HPC libraries (MAGMA, etc.)

Eclipse Parallel Tools Platform
(Would be cool to have a profile for our cluster to integrate connecting and job submission)

Architecture

Kernel / Driver development

Firmware

System / Cluster administration

Job schedulers (Moab and SLURM)

Profiling / Debugging distributed applications

Virtualization (OpenStack?, Proxmox?)

Configuration management

Data Management (GridFTP, Globus, etc.)

== Specifications ==

'''Resources'''

20 Compute nodes (up to 28 if more memory purchased)

8 GB per compute node

Total cores: 80 cores

Interconnect: Cray SeaStar ASIC (24 Gbps, full duplex)

Storage: Minimal initially, whatever we can find for the SMW

'''Rack'''
Measures ~24" x ~55"

Cooling:In rack air cooled. (No phase change Ecoflex piping to worry about, etc.)

Noise:
Operation Db: (?)

'''Power'''
208 3 phase
Also see [[Available_Utilities]]

Estimations of load:

Dave: 8 to 10 kW at full load, and I'm hoping that's closer to 5 kW in reality"

'''References'''

XT3 Hardware:

http://www.hpc.unm.edu/~tlthomas/buildout/email/2946.2.pdf

Development:

http://software.intel.com/en-us/articles/how-to-sound-like-a-parallel-programming-expert-part-1-introducing-concurrency-and-parallelism

== History of the System ==

Cray

2013-01-27T02:45:09Z

Dillow: /* Specifications */

== Projects ==

Possible workshops, tutorials and training might include:

MPI / Parallel programming

RDMA and OS bypass techniques

LAPack, tuning

Various HPC libraries (MAGMA, etc.)

Eclipse Parallel Tools Platform
(Would be cool to have a profile for our cluster to integrate connecting and job submission)

Architecture

Kernel / Driver development

Firmware

System / Cluster administration

Job schedulers (Moab and SLURM)

Profiling / Debugging distributed applications

Virtualization (OpenStack?, Proxmox?)

Configuration management

Data Management (GridFTP, Globus, etc.)

== Specifications ==

'''Resources'''

20 Copute nodes (up to 28 if more memory purchased)

8 GB per compute node

Total cores: 80 cores

Interconnect: Cray SeaStar ASIC (24 Gbps, full duplex)

Storage: Minimal initially, whatever we can find for the SMW

'''Rack'''
Measures ~24" x ~55"

Cooling:In rack air cooled. (No phase change Ecoflex piping to worry about, etc.)

Noise:
Operation Db: (?)

'''Power'''
208 3 phase
Also see [[Available_Utilities]]

Estimations of load:

Dave: 8 to 10 kW at full load, and I'm hoping that's closer to 5 kW in reality"

'''References'''

XT3 Hardware:

http://www.hpc.unm.edu/~tlthomas/buildout/email/2946.2.pdf

Development:

http://software.intel.com/en-us/articles/how-to-sound-like-a-parallel-programming-expert-part-1-introducing-concurrency-and-parallelism

== History of the System ==

Cray

2013-01-27T02:44:26Z

Dillow: /* Specifications */

== Projects ==

Possible workshops, tutorials and training might include:

MPI / Parallel programming

RDMA and OS bypass techniques

LAPack, tuning

Various HPC libraries (MAGMA, etc.)

Eclipse Parallel Tools Platform
(Would be cool to have a profile for our cluster to integrate connecting and job submission)

Architecture

Kernel / Driver development

Firmware

System / Cluster administration

Job schedulers (Moab and SLURM)

Profiling / Debugging distributed applications

Virtualization (OpenStack?, Proxmox?)

Configuration management

Data Management (GridFTP, Globus, etc.)

== Specifications ==

'''Resources'''

20 Copute nodes (up to 28 if more memory purchased)

8 GB per compute node

Total cores: 80 cores

Interconnect: Cray SeaStar ASIC (6 Gbps full duplex)

Storage: Minimal initially, whatever we can find for the SMW

'''Rack'''
Measures ~24" x ~55"

Cooling:In rack air cooled. (No phase change Ecoflex piping to worry about, etc.)

Noise:
Operation Db: (?)

'''Power'''
208 3 phase
Also see [[Available_Utilities]]

Estimations of load:

Dave: 8 to 10 kW at full load, and I'm hoping that's closer to 5 kW in reality"

'''References'''

XT3 Hardware:

http://www.hpc.unm.edu/~tlthomas/buildout/email/2946.2.pdf

Development:

http://software.intel.com/en-us/articles/how-to-sound-like-a-parallel-programming-expert-part-1-introducing-concurrency-and-parallelism

== History of the System ==

Cray

2013-01-27T02:43:53Z

Dillow: /* Specifications */

== Projects ==

Possible workshops, tutorials and training might include:

MPI / Parallel programming

RDMA and OS bypass techniques

LAPack, tuning

Various HPC libraries (MAGMA, etc.)

Eclipse Parallel Tools Platform
(Would be cool to have a profile for our cluster to integrate connecting and job submission)

Architecture

Kernel / Driver development

Firmware

System / Cluster administration

Job schedulers (Moab and SLURM)

Profiling / Debugging distributed applications

Virtualization (OpenStack?, Proxmox?)

Configuration management

Data Management (GridFTP, Globus, etc.)

== Specifications ==

'''Resources'''

20 Copute nodes (up to 28 if more memory purchased)
8 GB per compute node
Total cores: 80 cores
Interconnect: Cray SeaStar ASIC (6 Gbps full duplex)

Storage: Minimal initially, whatever we can find for the SMW

'''Rack'''
Measures ~24" x ~55"

Cooling:In rack air cooled. (No phase change Ecoflex piping to worry about, etc.)

Noise:
Operation Db: (?)

'''Power'''
208 3 phase
Also see [[Available_Utilities]]

Estimations of load:

Dave: 8 to 10 kW at full load, and I'm hoping that's closer to 5 kW in reality"

'''References'''

XT3 Hardware:

http://www.hpc.unm.edu/~tlthomas/buildout/email/2946.2.pdf

Development:

http://software.intel.com/en-us/articles/how-to-sound-like-a-parallel-programming-expert-part-1-introducing-concurrency-and-parallelism

== History of the System ==