Archive for the 'Super Computing' Category
Supercomputing 2010 Update and Observations
Posted in Innovation, Super Computing on November 22nd, 2010 No Comments »
This year’s Supercomputing 2010 (SC10) event was held in New Orleans. The initial estimate on the attendance was approximately 13,500. Based on the other various conferences that I’ve attended in the past, mostly storage-focused, this has a lot of end users and “real customers” in attendance.
The Best “Video Game” Ever
Posted in Innovation, Super Computing on February 8th, 2010 2 Comments »
The Best “Video Game” Ever
Michael Hay and I have posted about Cartesian scaling in a few blogs over the past couple of months. This is yet another Cartesian scaling related blog, but with a little more game. As you know Cartesian scaling is the combination of vertical and horizontal scaling. In the old days, computers [...]
The Storage Playoffs on the Industry’s Proving Grounds
Posted in Hardware, Innovation, Super Computing, Sustanability on January 19th, 2010 1 Comment »
The Storage Playoff on the Industry’s Proving Grounds
The pressure is on for team Performance Disks which lists on its roster 10Krpm and 15Krpm magnetic disk drives in various capacities with FC/SAS interfaces. The challengers are the dynamic duo of FC/SAS interfaced Solid State Disks and high capacity – good enough performance - SATA interfaced drives. [...]
And the Future is Already Here
Posted in Innovation, Super Computing on November 24th, 2009 No Comments »
So I have been beating the drum of special purpose computing or hybrid computing through several posts and talking about it as something which will eventually happen. Well with CSIRO’s recent deployment of a hybrid compute platform that uses NVidia’s Tesla processor cores, Intel Xeons, and a Hitachi NAS Platform system serving 80TB of Hitachi [...]
Feline Computing - UPDATED
Posted in Innovation, Super Computing, Tech Talk on November 23rd, 2009 No Comments »
Last week at SC09 IBM announced that a Bluegene/P system with 147,456 CPUs and 144 terabytes of main memory was able to simulate the cerebral cortex of a cat. Personally I find this kind of work extremely exciting and really on the bleeding edge of computer science. One of the examples of how the simulation was [...]



