Hyperion in the News

Chennai-headquartered automobile major TVS Motor Company uses high-performance computing (HPC) for running R&D simulations and testing the aerodynamics of two-wheelers, which allows it to make the vehicles stable at speed and more efficient, cool engines faster, and achieve better top speeds, quicker. It has been doing this for, like, forever, but something changed in 2020.

Apple once again surprised enthusiasts and analysts with its announcement of the M1 Ultra, a variant of the M1 Max that effectively fuses two chips into one. The result is a dual-chip design viewed by software as a single piece of silicon. Nvidia delivered similar news at the GPU Technology Conference 2022, where CEO Jensen Huang announced that the company will fuse two of the company’s new Grace CPU processors into a single “Superchip.”

ST PAUL, Minn., March 24, 2022 — Hyperion Research, the leading industry analyst and market intelligence firm for high performance computing (HPC) and associated emerging technologies including, Advanced Artificial Intelligence (AI), High-Performance Data Analysis (HPDA), Quantum Computing, Cloud and Edge Computing, has announced the results of their 2021 HPC market growth tracking.

HPC industry analyst firm Hyperion Research today announced that registration is open for the HPC User Forum’s March 2022 virtual meeting. As with previous HPC User Forum virtual events, the upcoming March meeting will be streamed multiple times to accommodate participants in different global time zones.

Currently, there are many qubit technologies vying for sway in quantum computing. So far, superconducting (IBM, Google) and trapped ion (IonQ, Quantinuum) have dominated the conversation. Microsoft’s proposed topological qubit, which relies on the existence of a still-unproven particle (Majorana), may be the most intriguing

Quantum computing is as eagerly anticipated a technology as there’s ever been. The scientific and Wall Street communities, to name just two market segments, can’t wait to get their hands on quantum systems able to handle workloads beyond the reach of classical HPC. In the meantime, the technology world waits impatiently while quantum R&D proceeds.