Future-Proofing High-Performance Computing Facilities
Planning high-performance computing (HPC) facilities on university campuses is a high-stakes, complex decision as demand grows among students and researchers. While the need for more advanced computing spaces is clear, uncertainty around future growth, technology, and costs makes planning risky.
In an interview with Tradeline, Inc., Barton Hogge highlights the complexities of future-proofing HPC facilities. Rapidly advancing HPC technology is driving significant challenges: machines are becoming faster, larger, heavier, and more expensive—often costing as much as the facility itself—while requiring vastly greater power and complex liquid and air cooling systems.
Successful planning requires accounting for the many nuances and variables of high-powered data center design, including the extensive supporting infrastructure, exterior equipment, and utility capacity, which can have a tremendous impact on the size and cost of a facility. Because each HPC facility is highly customized, expert input, close coordination between engineering and facilities teams, and flexible, forward-looking strategies are essential to balance performance, cost, and future growth.