DCD Magazine #62 - The coming wave
Will compute at sea sink or swim?
Will compute at sea sink or swim?
Company claims this approach provides benefits over traditional nitrogen-vacancy centers
Installation expected to take place in the first half of 2026
First time GPUs will be deployed as accelerators in a flagship Japanese supercomputer
Plus a round up of other recent quantum announcements
Design contract for system to run until February 2026
Builds on the 64-qubit system previously deployed by the partners
Will integrate Fujitsu's incoming Monaka processor
ANU will receive access to quantum systems at Riken
QuEra also set to deploy an on-premise supercomputer in Japan
Winning computing platform uses Japan's second domestically-made superconducting quantum computer
Using classical computing to help develop the next big thing
New system will help improve accuracy of heavy rain predictions
Supercomputer is housed at the University of Minho
Will be used to forecast linear rainbands and torrential rains
System will be used for numerical weather predictions
Spanish supercomputing center will acquire ~$15 million quantum computer this year
Baidu's 11 qubit system launches, planning 36 qubit soon
PNC still waiting to be decommissioned after NLEDS delays
Company to end SPARC server sales in 2029
The first time a Dutch university has built its own supercomputer
Wisteria/BDEC will use its 33 petaflops to handle simulation and learning
€20 million, 10 petaflops Fujitsu system will be powered by renewable energy, join EuroHPC network
Using the same processor as the world's fastest supercomputer, Fugaku
The exascale era is here
Exascale here we come
The machine is expected to deliver up to 6.6 petaflops and should be operational by July 2019
Japan’s exascale efforts will be powered by Arm
Made by Fujitsu and Mirantis, and supported by a cloud platform based on OpenStack