Chip Architectures

WHY THIS MATTERS IN BRIEF The next battle front in computing will be dominated by graphics – whether it’s 3D, AR, VR or simply even…

WHY THIS MATTERS IN BRIEF Micromotes will stop the sensors at the edge of the world’s networks from flooding datacenters with exabytes of worthless information,…

  WHY THIS MATTERS IN BRIEF Artificial intelligence workloads and learning need huge amounts of computing power, and chip manufacturers are waring to lead the…

WHY THIS MATTERS IN BRIEF Quantum computers are hailed as the next evolution of computing that promise immense performance increases over today’s systems and by…

WHY THIS MATTERS IN BRIEF The Singularity, the point at which we see runaway technological growth that result in unfathomable changes to human civilisation, is…

WHY THIS MATTERS IN BRIEF The way we use and interact with devices is changing, increasingly we’ll be using our voices to control, interact and…

WHY THIS MATTERS IN BRIEF Many regions of space are still off limits to us because of the extreme distances involved but new self-healing, nano…

WHY THIS MATTERS IN BRIEF Many of the AI breakthroughs over recent years have only been possible because of the exponential increase in the amount…

WHY THIS MATTERS IN BRIEF Carbon nanotube transistors finally out perform their traditional silicon counterparts.   The computing industry has long seen carbon nanotube transistors as…

Moore’s Law might have been struggling recently but there’s no stopping universities churning out bigger and bigger chips Researchers at Princeton University want to give…

Intels dominance of the data center chip market is keeping Google execs awake at night, now they’re reaching for the night nurse Intel’s crown jewel these…

WHY THIS MATTERS IN BRIEF Moore’s Law redefines itself for the next decade of computing.   Early in 2016 the worldwide semiconductor industry acknowledged what…