Page 21 - Tensor Processing Units News Today

Google Cloud revenue jumped 45 percent to $4.99 billion in the third quarter, reflecting significant growth in the cloud computing provider’s infrastructure and platform services and Google Workspace

Google Cloud revenue jumped 45 percent to US$4.99 billion (AU$6.64 billion) in the third quarter compared to the same period last year, reflecting signi...

Google made its own chip to power Pixel 6, but what does that mean for you and for Google?

The new Google Pixel smartphones are going to be a big threat for Samsung, so what can the company do in order to stay ahead? - SamMobile

Google's Pixel 6 is almost upon us, but the phone's most significant element has barely started to come into focus.

Google's Pixel 6 is almost upon us, but the phone's most significant element has barely started to come into focus.

According to reports, Google has delayed its first foldable smartphone project, codenamed Passport. The handset is expected to utilise the Google Tensor SoC, along with a 7.6-inch foldable display. Google is tipped to tease the Pixel Fold at its Pixel 6 series launch event later this year, though.

Mathures Paul   |   Published 04.08.21, 01:24 AM Google will finally have better control over the lifespan of its Pixel phones and       what they can do. The news is the next Google phones — Pixel 6 and Pixel 6 Pro — will be powered by the company’s own system on a chip, called Tensor. The move comes at a time when Apple has broken away from Intel by m...

Google is announcing the Pixel 6 and Pixel 6 Pro today, though it might be better to call it a preview or a tease. Rather than releasing all the details on its new Android phones, Google is instead putting the focus on the new system on a chip (SoC) that will be inside the new Pixels. It’s called the Tensor SoC, named after the Tensor Processing Units (TPU) Google uses in its data centers. Tensor is an SoC, not a single processor. And so while it’s fair to call it Google-designed, it’s al...

Arne Grävemeyer Aktuelle Mikrochips umfassen nicht selten Milliarden Transistoren, zig Millionen logische Gatter und viele Tausend Speicherblöcke auf der Fläche eines Fingernagels. Leitungsverbindungen auf engstem Raum zwischen den Komponenten summieren sich zu zig Kilometern. Bisher ließ sich der Prozess des Floorplanning, also die Platzierung der wesentlichen Blöcke während des Chipentwurfs, nicht automatisieren. Jetzt hat ein Team des Deep-Learning-Projekts Google Brain unter der Leitu...