Startup Finds Ways to Bring AI to the Edge
Perceive's chip uses information theory to run multiple large heterogeneous networks simultaneously...
El Capitan to Be Powered by AMD CPUs and GPUs
With AMD, HPE/Cray increases the supercomputer's performance from 1.5 exaflops to 2 exaflops. El Capitan promises to be the world's…
AI Gets Its Own System of Numbers
BF16, the new number format optimized for deep learning, promises power and compute savings with a minimal reduction in prediction…
Supercomputer: UK to Invest £1.2B
UK’s Met Office looking to replace three Cray XC40s with collective 460,000 compute cores, with a new supercomputer having 6…
Intel Unveils Cryogenic Chip for Quantum Computing
A processor that allows control of many qubits simultaneously and will facilitate the development of larger and more complex quantum…
High-Performance Benchmark for Quantum Computers
Researchers at the Oak Ridge National Laboratory of the Department of Energy have developed a benchmark for quantum chemistry simulation.
How Can We Trust the Accuracy of a Quantum Computer?
The quantum arms race continues to grow exponentially. The biggest quantum computers double every six months, but how do we…
The third performance cycle for COMs is coming
The Computer-on-Module industry is about to launch a new product lifecycle that will create a new performance class after ETX/XTX…
Nvidia Introduces Support for Arm-Based Servers
The GPU specialist introduced a reference design platform for GPU-accelerated Arm-based servers. Arm, Ampere, Cray, Fujitsu, HPE, and Marvell all…
ExaNoDe Project Builds 3DIC Exascale Compute Node
Collaborative EU funded builds project shows 'groundbreaking' 3D prototype of compute element for exascale.