Perspectives on HPC Storage and Interconnects in the Second Half of 2021
$3,500.00
Authors: Mark Nossokoff, Bob Sorensen
Publication Date: 1 202022
Length: 12 pages
Storage and interconnects continue to be important elements of HPC system architecture and are expected to take on even greater significance with increasing demanding and diverse requirements driven by both traditional compute-intensive HPC mod/sim workloads and data-intensive AI workloads. The significance is reflected in recent market data and near-term forecasts, technology adoption and utilization trends, industry announcements in the second half of 2021, and future storage and related technology research direction of Hyperion Research.
Related Products
Buyer Expectations for Short-Term Growth in Their Spending for HPC Servers, Desktops, and Cloud Usage
Alex Norton, Earl Joseph, Steve Conway and Bob Sorensen
Throughout the year, Hyperion Research uses our surveys to ask buyers about near-term expectations for their spending on HPC. We ask whether, in the next quarter, they expect the amount they spend to increase, decrease or stay the same. If they expect spending to go up or down in the next quarter, we ask by what percentage. The questions and resulting data are not limited to servers but also include anticipated spending on cloud usage and on desktop computers. We then use this data collected over multiple quarters, along with historical revenue patterns and other sources, to help us generate our HPC market forecasts.
April 2018 | Special Report
HPC Storage: 2021 First Half Year in Review
Mark Nossokoff, Bob Sorensen
The HPC market is a dynamic environment from just about every perspective. Whether it be technology, business engagements and partnerships, or datacenter upgrade plans, there is rarely a dull moment. The first half of 2021 was no exception. This report provides HPC storage-related highlights and analysis of notable activity that occurred within the global HPC community over the past six months across several fronts including:
8 202021 | Special Report