TL;DR: Google's new Tensor G5 processor, built on TSMC's advanced 3nm process, powers the Pixel 10 series with up to 34% faster CPU and 60% improved TPU performance. Enhanced AI capabilities and a new ...

The Pixel 10 Pro Fold gets a camera array most similar to the base model Pixel 10, with a 48 MP primary, a 10.5 MP ultrawide, and a 10.8 MP 5x telephoto. The camera sensors are also relegated to an ...

The Pixel 10 series is powered by the Tensor G5, Google’s biggest upgrade to its custom silicon. Google touts deeper customization, starting with how it’s manufactured by TSMC on the latest 3nm ...

Google has just announced the Pixel 10 series, and all four phones are powered by the Tensor G5 processor. Tensor chips have traditionally enabled a variety of great Pixel-only features, but have also ...

The Google Tensor G5 has been announced, and the company claims that it brings the biggest leap in performance yet, as far as Tensor chips are concerned. This is the first TSMC-made Tensor chip with a ...

TL;DR: Google's next-gen Tensor G5 processor, built on TSMC's advanced 3nm process, powers the Pixel 10 smartphones, delivering up to 36% faster performance than the Tensor G4. The Tensor G5 offers ...

Five years ago, Google took a gamble. It built a custom system-on-chip, Tensor, designed not just to crunch numbers faster but to anchor the smartphone experience around machine learning. Back then, ...

Tensor is the Pixel’s secret sauce, empowering the series with AI smarts you can’t find elsewhere and solid-enough performance and battery life to last the day. However, Google has been quieter than ...

Google introduced its new Pixel 10 on Wednesday, and it features Google’s own new Tensor G5 chip, which the company says is 34 percent faster than its predecessor. That sounds great for Pixel ...

According to a new report, Google has locked in production of its Tensor chipsets for Pixel phones through at least the Pixel 14 generation over the “next 3 to 5 years.” The first TSMC-made Tensor ...

Smartphone chips have gotten exponentially better over the last few years, and that can mostly be attributed to advancements in manufacturing processes. Shifting to smaller nanometer nodes has made it ...