Your Own Supercomputer — in the Azure Cloud

Your organization relies on technology for a competitive advantage. You need fast, reliable performance. But high-performance computing can be a big investment, and challenging to manage as part of your IT infrastructure. Cray and Microsoft make it easy — and you get Cray supercomputing in the Microsoft Azure cloud. This convergence of supercomputing capabilities and the ease of cloud management enables disruptive innovation for new categories of companies. It alleviates the management burden and reduces barriers of entry to HPC. Supercomputing is no longer out of reach for smaller enterprises and organizations that can’t or don’t want to maintain their own datacenters. Get details about Cray in the cloud in this white paper by ... [ Read More ]

How to Make Solving I/O Bottlenecks Look Easy

We live for a good customer challenge. And you can’t get a much better challenge than one that turns into a new product with broad application. The challenge came to us by way of Los Alamos National Laboratory (LANL) and the National Nuclear Security Administration (NNSA). LANL launched their “Trinity” supercomputer in 2015. Based on Cray® XC™ series architecture, Trinity is the first installation of the NNSA Simulation and Computing program’s initiative to develop and deploy a series of advanced technology systems. Together they’re exploring compute technology so they can provide platforms with higher performance for predictive capability — all while solving national security challenges. In short, NNSA and LANL are working ... [ Read More ]

Is Your HPC System Fully Optimized? + Live Chat

Let’s talk operating systems… Take a step back and look at the systems you have in place to run applications and workloads that require high core counts to get the job done. (You know, jobs like fraud detection, seismic analysis, cancer research, patient data analysis, weather prediction, and more — jobs that can really take your organization to the next level, trying to solve seriously tough challenges.) You’re likely running a cutting-edge processor, looking to take advantage of the latest and greatest innovations in compute processing and floating-point calculations. The models you’re running are complex, pushing the bounds of math and science, so you want the best you can get when it comes to processor power. You’re probably ... [ Read More ]

Cray Graph Engine Takes on a Trillion Triples

One trillion. That’s quite a large number. It’s 132 times the number of people on Earth; five times the number of tweets posted in a year on Twitter; the number of search engine queries Google serves in five months; and now equivalent to the number of triples we’ve loaded, inferenced and queried using our own Cray Graph Engine. At last week’s Cray User Group (CUG) meeting, a paper submitted by a team of Cray engineers — Chris Rickett, Utz-Uwe Haus, Jim Maltby and Kristi Maschhoff — received the 2018 Best Paper Award for “Loading and Querying a Trillion RDF Triples with Cray Graph Engine on the Cray XC.” I am a marketing guy, so I think of achievements in terms of “first, only or best.” We know Cray isn’t your only option for graph ... [ Read More ]

Supercomputing Powers Clean Wind Energy

Dr. Lawrence Cheung and the team from GE Global Research are maximizing the power production of clean energy wind farms. As a clean, renewable energy source, wind power is unbeatable. Research studies show that wind, harnessed effectively, could meet all the world’s energy demands. But a gap still exists between potential and reality ... a gap that Lawrence Cheung and GE Global Research are working on closing. “We’re trying to understand what the wind is doing around the turbines, why it might not be getting enough power here or why it’s not efficient there." Dr. Cheung is a lead mechanical engineer at GE Global Research Center’s Aerothermal discipline. There, he studies wind and noise — elements critical to the design of wind ... [ Read More ]