High-Performance Computing Holds Steady Following Recovery Year, Growth Expected Through 2018

High-performance computing systems held steady in the first quarter of 2014. While the trend toward cheaper systems caused a substantial decline in factory revenues for manufacturers, the short- and mid-term outlook calls for substantial growth, even in high-end systems.

According to a new report from market research firm IDC, 33,577 HPC systems shipped worldwide in the first quarter of 2014, up 0.4 percent from the same period in 2013. That represented factory revenues of $2.3 billion, down 9.6 percent from first quarter 2013.

HP was the leading manufacturer, accounting for 35 percent of the HPC market (based on revenues). IBM came in second with 23.1 percent of the market. And Dell, which saw 8.5 percent growth in the period, rounded out the top 3, finishing the quarter with a 17.2 percent market share.

High-end supercomputers plummeted by double digits, falling 32.7 percent from Q1 2013 to $580 million in Q1 2014. IDC reported, however, that segment will see modest growth for the rest of this year and should see substantial compound annual growth of 7.2 percent through 2018.

On the lower end of the spectrum, systems running $250,000 to $499,000 saw a 2.6 percent decline in revenues in Q1 2014; systems running $100,000 to $249,000 remained essentially flat, gaining 0.6 percent; and systems priced below $100,000 grew 11.4 percent.

"HPC technical server revenues are expected to grow at a healthy rate because of the crucial role they play in economic competitiveness as well as scientific progress," said Earl Joseph, program vice president for technical computing at IDC. "As the global race toward exascale computing fuels the high end of the market, more small and medium-sized businesses and research organizations are exploiting HPC servers for advanced simulations and high performance data analysis."

IDC said overall annual HPC revenues should hit $14.7 billion by 2018, representing 7.4 percent annual growth.

Further details can be found in IDC's Worldwide High-Performance Technical Server QView.

About the Author

David Nagel is the former editorial director of 1105 Media's Education Group and editor-in-chief of THE Journal, STEAM Universe, and Spaces4Learning. A 30-year publishing veteran, Nagel has led or contributed to dozens of technology, art, marketing, media, and business publications.

He can be reached at [email protected]. You can also connect with him on LinkedIn at https://www.linkedin.com/in/davidrnagel/ .


Featured

  •  classroom scene with students gathered around a laptop showing a virtual tour interface

    Discovery Education Announces Spring Lineup of Free Virtual Field Trips

    This Spring, Discovery Education is collaborating with partners such as Warner Bros., DC Comics, National Science Foundation, NBA, and more to present a series of free virtual field trips for K-12 students.

  • glowing padlock shape integrated into a network of interconnected neon-blue lines and digital nodes, set against a soft, blurred geometric background

    3 in 4 Administrators Expect a Security Incident to Impact Their School This Year

    In an annual survey from education identity platform Clever, 74% of administrators admitted that they believe a security incident is likely to impact their school system in the coming year. That's up from 71% who said the same last year.

  • horizontal stack of U.S. dollar bills breaking in half

    ED Abruptly Cancels ESSER Funding Extensions

    The Department of Education has moved to close the door on COVID relief funding for schools, declaring that "extending deadlines for COVID-related grants, which are in fact taxpayer funds, years after the COVID pandemic ended is not consistent with the Department’s priorities and thus not a worthwhile exercise of its discretion."

  • pattern of icons for math and reading, including a pi symbol, calculator, and open book

    HMH Launches Personalized Path Solution

    Adaptive learning company HMH has introduced HMH Personalized Path, a K-8 ELA and math product that combines intervention curriculum, adaptive practice, and assessment for students of all achievement levels.