📢 What questions do you have about building or running HIP applications on Pawsey’s Setonix supercomputer, such as how to: Build and run applications with HIP and MPI? Use tools and techniques for debugging and measuring the performance of HIP applications? Access memory spaces from the host and the kernel? Apply strategies to get the
🌟Embark on the next phase of your HIP journey with our advanced course!🌟 The Heterogeneous Interface for Portability (HIP) provides a programming framework for harnessing the compute capabilities of multicore processors, such as the AMD Instinct MI250X GPU’s on Setonix. As an extension to the beginner’s course, this 2.5-day workshop will focus on advanced topics
📢 Discover the versatility of the Heterogeneous Interface for Portability (HIP) framework 📢 Join our comprehensive 2-day workshop on developing HIP applications, tailored for both general supercomputing and specifically for Setonix. The HIP framework provides a programming framework for harnessing the compute capabilities of multicore processors such as the MI250X GPUs. Agenda 28th and 29th
🚀 Embark on a Journey into the Quantum Realm as we celebrate ‘World Quantum Day’! 🚀 Join us for our send annual World Quantum Day Open House at the Pawsey Supercomputing Research Center! 📅 Date: 9th April 2024 🕒 Time: 90-minute sessions run from 9.00 am to 3.30 pm (Book your time slot below. Visitor
Whether you’re interested in black holes or quokkas or self-driving cars or quantum – Everyone Belongs @ Pawsey! 🧪🔬📚 Join us on 21 March to learn about the many cool types of research and science being done at Pawsey. You’ll also meet Setonix, Pawsey’s main supercomputer – the most powerful public science supercomputer in the
Join International Nextflow expert Chris Hakkaart from Seqera for an in-person, interactive workshop on building Nextflow pipelines. Chris will share best practices he and Seqera have gleaned over years of working with users across domains. Chris will be joined by local Seqera engineer, Marco De La Pierre. This workshop is in-person only at the Pawsey
GPUs are powerful devices, but one of their main weaknesses is the data transfer to and from the host device. A new feature appeared recently: GPU-to-GPU communications, allowing to bypass the need to send the data back through the host, with appropriate hardware support. This workshop will cover how this can be achieved in MPI
Are you interested in distributed memory programming? Are you ready to go beyond using a single node? Any given node has limited resources, whether memory or compute. Being able to scale beyond a single node enables you to leverage more resources, and make use of distributed memory architectures, such as supercomputers. You can join in-person
GPUs are powerful devices, but not trivial to use. If you want to discover how to offload the execution of your code to GPUs, and leverage the parallelism available on GPUs, then this hands-on workshop is for you. You can join in-person OR virtually. This is a free workshop. Please register only if you plan to
Having multiple cores available only speeds your code when you know how to use them. If you want to discover how to enable CPU parallelism in your code, and have a familiarity with C, C++ or Fortran, then this hands-on workshop is for you. You can join in-person OR virtually. This is a free workshop.