Google Tensor

Tensor G2 is this week’s topic on the Made by Google Podcast, and the fourth episode provides an overview of the Pixel’s approach to chips, as well as benchmarks.

Ahead of its Pixel 7 launch yesterday, Google proudly announced that the Pixel 6 with the addition of the Pixel 6a, the series has been Google’s “fastest-selling” to date.

The latest Google Tensor G2 chip, powering the Pixel 7 and Pixel 7 Pro, is said to be 60% faster and more power efficient than last year’s Pixels.

We’re just a few short days away from Google’s hardware event on October 6, which is set to bring the Pixel 7 phones and quite a bit more. From the Pixel 7 and Pixel 7 Pro to all the latest Nest smart home gear, here’s everything we’re expecting Google to announce.

A new benchmark has surfaced that gives us a better idea of the Pixel 7 Pro’s specs, particularly the improvements of the CPU and GPU in the Google Tensor G2 chip.

Google’s next Pixel finally has a launch date. The Pixel 7 and Pixel 7 Pro will debut on October 6, and they’ll bring the Tensor G2 chip along with them. While Tensor’s first generation left a lot of room for improvement, it’s energy efficiency and heat generation that needs the most attention this time around.

Ahead of October’s Pixel 7 launch event, Google has confirmed that their next series of phone will run on the second-generation “Tensor G2” chip.

Google Tensor put out a relatively strong debut in the Pixel 6 and Pixel 6 Pro, but it was clear there was plenty of room for improvement. While Tensor 2 is set for the Pixel 7 series in just a couple of months, work is already rumored to be underway on the third generation of Tensor at Samsung.

Google’s first attempt at making a high-end chip for Android smartphone arrived in the Pixel 6 last year, and it seems to have been a success. According to a new report, the Pixel 6 boosted Google’s Tensor chip to actually have its own spot in the Android chipset market.

Qualcomm has long dominated the Android smartphone market, but it seems times are changing. It’s possible that MediaTek has taken the top slot in the US from Qualcomm, and the IDC says that Google Tensor is at least partially to blame for Qualcomm losing its seat.

Connectivity is perhaps one of the most important parts of a smartphone, and as the landscape evolves with new 5G tech and more, it’s always interesting to see who reigns supreme. After the last major Android flagship, the Pixel 6 was a bit lacking when it came to connectivity, and it’s nice to see that Samsung’s Galaxy S22 is reaching even further for rock-solid networking.

In a recent video discussing the history of Google’s phones – well worth a watch! – YouTuber MKBHD shared a tidbit about the development of the Google Pixel 5. However, we’re skeptical of the claim that Google switched the Pixel 5 from a Tensor chip to a Snapdragon one “at the last second.”

Following the launch of the Pixel 6 series, many have begun looking to Google’s next mid-range phone, the presumed “Pixel 6a.” We’ve uncovered the first specs for the Pixel 6a, including its Google Tensor chip and how the cameras will be a downgrade from the Pixel 6.

Google Tensor is the company’s first chip for smartphone, and in real-life use on the Pixel 6, it puts out an impressive show, even against flagship chips from Qualcomm. However, there are still plenty of details about Google Tensor that the company didn’t really get into, but a new deep dive shows the Exynos roots of the product, gives better numbers on how the chip compares to others, and more…

New evidence suggests that the Pixel 7 will, unsurprisingly, feature a second-generation Google Tensor chip.

In addition to the camera today, Google is detailing the Pixel 6 and 6 Pro’s security features that are based in software and Tensor hardware.

With the Pixel 6 and 6 Pro officially launching tomorrow, Google today detailed some additional places where its custom Tensor SoC is being used to improve and power the camera.

Tensor is the first mobile chip Google has ever designed for its Pixel smartphones, and as we explained in our review earlier this week, the performance feels indistinguishable from the best Snapdragon flagships. However, it also puts up an impressive comparison with Apple’s chips in the iPhone 13 Pro Max, with a Pixel 6 speed test being a very close call.