$3,000.00
Authors: Mark Nossokoff, Bob Sorensen
Publication Date: July 2020
Length: 6 pages
While SSDs were initially integrated almost exclusively into the largest and highest performing HPC systems, widespread HPC adoption of flash-based storage is now occurring due to the perfect storm evolution and intersection of requirements, technologies and economics.
Hyperion Research projects that between 2021 and 2026, worldwide installations of leading-edge exascale and near-exascale systems will total 28-38 new systems, worth an estimated $10-$15 billion, with China, the EU, and the United States each fielding 7 -10 systems in the six year interval. Being an exascale trailblazer can be expensive, with systems on the near horizon costing upwards of $500 million or more each, and only the most ambitious governments can commit to participating in these early rounds of exascale progress. However, as HPC price/performance moderates, a long-verified phenomenon in the HPC space, additional nations will also be looking to provide their domestic R&D base with access to exascale-class HPCs either developed domestically or procured from foreign sources.
September 2020 | Special Analysis
National governments around the world are moving to enact new quantum computing research activities or expand the scope and ambitions of existing programs, driven by a range of both national security and industrial competitiveness imperatives. The bulk of current and planned programs center on funding basic and advanced research in quantum technologies, primarily at national laboratories or related academic facilities.
March 2020 | Special Analysis
