Parallel and high-performance computing are one of the most important technological advancements being discussed today. With its many applications, such as increasing the number of innovative drugs available on the market, reducing the presence of financial fraud, and uncovering efficient ways to produce energy, high-performance computing (HPC) is the wave of the future.
But what does the future of High-performance computing solutions hold? And will it be available to SMEs who would be able to benefit from it just as much as the corporations currently using it. In this article, we’re going to answer those questions and more. Continue reading to learn more about what the future holds for high-performance computing.
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The Future of Increased Computing
The future of high-performance computing is about, well, high-performance computing. We are now seeing an era where HPC is impacting many different industries and helping them solve complex issues in science, engineering, and business. At one time only available to university institutions and major corporations, it is starting to open its gates to SMEs. This is due, in part, to the increase of data centers, which can provide the infrastructure needed to host HPC services.
For the advancement of modern medicine, the impact of COVID-19 shows the importance of high-performance computing solutions. HPC Computers can process large amounts of data quickly, which leads to faster insights in a world that needs increasingly fast and sophisticated solutions to the issues it faces.
Millions of people have already been vaccinated against COVID-19, but more extensive research needs to be conducted to develop future strategies against threats. The COVID-19 HIgh-Performance Computing Consortium, launched in March of 2020 demonstrates the push for just that.
The increased power of the algorithms used by supercomputers will likely be instrumental in reducing the time it takes to get life-saving medicine to the market. But the increased computing time isn’t only beneficial to the medical industry. Media and entertainment, financial fraud prevention, and climate change analysis are all areas that will benefit from their increased computing abilities.
The Future of High Performance Computing Is Fast
As new supercomputers are being launched across the world, industries are finding new ways to handle enormous quantities of data and uncover innovative solutions to problems. Computers are now delivering hundreds of petaflops of AI performance, which scientists and healthcare experts combine to advance research and findings.
In the US, Hewlett Packard and AMD plan to install what should be the world’s fastest supercomputer, El Capitan by 2023. El Capitan is expected to perform faster than today’s 200 fastest supercomputers combined. It is expected to operate at exaflops, which is two quintillion calculations per second. For reference, if the entire human population decided to perform one calculation at the same time. It would take us eight years to complete the same number of equations El Capitan can compute in a second.
El Capitan displays the potential for speed that high-performance computing solutions can bring. That’s why it’s no surprise that companies are looking for ways to tap into the HPC market. By 2025, the HPC market is estimated to be worth $49.5 billion. However, with speed comes a cost caveat. The cost of building and maintaining an HPC system is high and CAPEX involved in supporting the infrastructure will likely restrict SMEs from adopting HPC solutions for some time.
Because most companies don’t have the necessary infrastructure to support their own HPC system, working with a managed partner will let them take advantage of the benefits without excessive costs. HPC requirements differ from case to case and choosing the right solution will depend on your needs.
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Artificial Intelligence Will Improve HPC
Artificial intelligence (AI) is one of the most commonly talked about trends within the HPC conversation. With the emergence of the internet of things (IoT), 5G, and other data-driven technologies, the need for artificial intelligence advancement has also grown. High-performance computers are needed to power most AI workloads, but now, AI is starting to be able to power itself and improve HPC data centers.
AI can help monitor overall system health, including storage health, servers, and networking gear. It can also ensure the correct configuration and predict equipment failure. AI can also help companies reduce electricity consumption and improve their efficiency, optimizing heating and cooling systems. AI will also improve security within HPC systems and it can protect ongoing and outgoing data from malware. With behavioral analytics and anomaly detection, AI is one of the most important trends occurring within the HPC industry.
Edge Computing Adds Value and Adds Speed
Edge computing gives companies options for their HPC deployment. They can either deploy their HPC on-premise or in the cloud and more and more companies are choosing distributed deployments for faster responses and to save bandwidth in the long term. For modern applications, centralized data centers simply can’t keep up with demand. These applications are going to require increased computation and storage capacity. This is because they will need to meet increasingly strict 5G latency SLAs. As edge computing increases its capabilities, it will be able to solve more complex problems at an increased speed.
High-Performance Computing Will Become More Accessible
The emergence of cloud technology has welcomed an as-a-service revolution. Now, high-performance computing is adding to the increased capabilities we are seeing. Many vendors now offer HPC as-a-service (HPCaaS). In the future, companies without the in-house skills, resources, or infrastructure to create their own HPC infrastructure will be able to take advantage of HPC solutions via the cloud. Major cloud providers, such as AWS, Google, and Alibaba offer HPCaaS that ease deployment, scalability, and predictability of costs.
GPU Computing Is Increasing
Originally designed for gaming, graphics processing units are now one of the most important components involved in computing technology. Whether for machine learning, video editing, or gaming applications, GPUs can process many pieces of data simultaneously. Applications with GPUs can influence weather forecasting, data mining, and other processes that require increased data computation.
Modern Data Storage
Computing, networking, and storage are the three most important components of any high-performance computing system. Because storage is one of the most important elements, you need to have a powerful, modern data solution. HPC storage systems, like OVHCloud, should be able to accomplish around-the-clock data availability, handle any data size, and scale rapidly while keeping up with increasingly stringent SLAs.
You’ll want to choose a data storage solution that keeps your HPC system genuinely future-proof.
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