How Chicago Data Centers Support High-Performance Computing (HPC)

High-performance computing (HPC) is becoming key to the operations of many industries. As a result, it’s becoming increasingly important for data centers to be able to support HPC implementations. With that in mind, here is a straightforward guide to how Chicago data centers support high-performance computing (HPC).

What is high-performance computing (HPC)?

High-performance computing (HPC) is the strategy of using exceptionally powerful computing resources for tasks that are beyond the capability of regular computers. It can be based on supercomputers or computer clusters.

HPC with supercomputers

As their name suggests, supercomputers are single computers with a vast amount of processing power. This is typically delivered by using multiple processors operating in parallel. (Multiple can mean thousands). The processing power is backed by complementary resources of a similar grade, for example, memory, storage, and networking.

Supercomputers are typically custom-built for a particular task. This means they can be optimized for that task and, hence, deliver the highest levels of performance when used for that purpose.

HPC with clusters

Computing clusters are groups of computers that use a distributed processing software framework to enable them to work essentially as a team. The computers used in computing clusters tend to be powerful by general standards. Individually, however, they are not remotely comparable to supercomputers.

The fact that clusters typically use standard hardware configurations means that they are unlikely to deliver optimum performance for any particular task. They are, however, much more scalable than supercomputers. They also have more flexibility, including the ability to be used for tasks other than high-performance computing.

The benefits of HPC in business innovation

Here are just 7 of the main benefits of HPC in business innovation.

Faster product development

HPC enables businesses to simulate, test, and refine products rapidly, reducing the need for costly physical prototypes. Industries like automotive, aerospace, and pharmaceuticals use HPC to speed up design cycles and bring products to market faster.

Enabling personalization at scale

HPC allows businesses to deliver highly personalized products, services, and experiences by processing vast amounts of individual customer data quickly. Industries like e-commerce, entertainment, and healthcare use HPC to tailor offerings in real-time, boosting customer satisfaction, loyalty, and revenue growth in competitive markets.

Enhanced data analysis

HPC allows companies to process and analyze massive datasets quickly. This capability is vital for industries like finance, retail, and healthcare, where real-time insights into customer behavior, market trends, or medical data can create a competitive advantage.

Improved decision-making

By running complex simulations and predictive models, businesses can make more informed, data-driven decisions. HPC supports risk modeling, forecasting, and scenario analysis, helping leaders act confidently in rapidly changing environments.

Innovation through simulation

HPC-powered simulations allow businesses to explore new ideas and test “what-if” scenarios without the risks and costs of real-world experiments. This drives innovation in fields like material science, energy, and biotechnology.

Scalability and flexibility

HPC systems, especially when integrated with cloud services, offer scalable resources. Businesses can ramp up computing power for demanding projects without investing in permanent infrastructure, making innovation more accessible and cost-effective.

Competitive advantage

By leveraging HPC, businesses can outperform competitors through faster innovation cycles, better customer experiences, and superior product performance, ensuring long-term market leadership.

How Chicago data centers enable HPC

Demand for HPC is high in Chicago, so data centers make it a priority. Here are just 7 examples of how Chicago data centers enable HPC.

Security and compliance

Chicago facilities maintain strict physical and cyber security, which enables them to achieve and maintain a range of compliance certifications (e.g., HIPAA, SOC 2, GDPR-Privacy Shield). This means they are able to protect sensitive HPC workloads, including those containing personally identifiable data.

Advanced infrastructure

Chicago data centers are equipped with cutting-edge hardware, including high-speed processors, GPUs, and specialized networking equipment. This infrastructure supports parallel processing and rapid data movement essential for HPC workloads.

Robust connectivity

These data centers offer extensive access to fiber-optic networks, internet exchanges like DE-CIX Chicago, and direct cloud on-ramps. This ensures fast, reliable communication between systems, a critical factor for HPC operations involving large datasets.

Strategic location

Chicago’s central location in the U.S. provides low-latency connections to major cities and research institutions nationwide. This proximity reduces data travel time, improving performance for distributed computing tasks and real-time analytics.

Scalable power and cooling

High-performance computing requires massive amounts of power and efficient cooling. Chicago data centers deliver scalable energy solutions and advanced cooling technologies, maintaining system stability under the heavy demands of HPC.

Colocation and cloud services

Many Chicago data centers offer hybrid solutions combining colocation, private cloud, and direct cloud access. This flexibility allows organizations to scale HPC resources quickly while optimizing costs.

Talent and innovation ecosystem

Chicago’s strong network of universities, tech companies, and research institutions fosters continuous innovation in HPC. Access to skilled engineers, data scientists, and researchers allows data centers to collaborate on advanced projects, adopt the latest technologies, and maintain leadership in high-performance computing solutions.