Work smarter, not harder
The Tensor 2 chipset, which Google produces and which replaces the chip it launched in the Google Pixel 6 series, was hinted to when the Google Pixel 7 series was first announced in May 2022. This forthcoming component has now had its first leak, and it’s a startling one.
Please bear with us as we explain the source: someone was able to purchase a locked Google Pixel 7 Pro prototype and sent its boot logs, which contained the only remaining accessible information, to the Telegram channel Google News | EN , which is likely unrelated to Google’s own news tool of the same name.
Then, this channel revealed the crucial details: the future phones are rumoured to have screens identical to those of their predecessors, and the Tensor 2 chipset is rumoured to be strikingly comparable to the first. Due to the intriguing nature of the source, take all of this information with a grain of salt, but it’s still interesting to look into.
It’s likely that the Pixel 7 won’t have much more processing power than its Pixel 6 predecessor if there are only minor component changes in the chipset. This doesn’t mean that it won’t have any processing power at all; Google may still add more AI capabilities, but don’t anticipate a super-powerful Android.
You could be disappointed by that fact because newer phone models are believed to be more powerful, but it doesn’t really matter.
Better is worse, in this analysis
The Android processor is designed to get faster with each new version. The 888 is predicted to be quicker than the Snapdragon 8 Gen 1, which is predicted to be faster than the 865, which is predicted to be faster than the 855. (for example).
However, in practise things aren’t so straightforward, and we can verify that by looking at benchmarks. Other websites use different methods, but at TechRadar we utilise the Geekbench 5 test to determine how quickly phones are in a lab. And lately, it has started revealing to us some pretty intriguing information.
The top-end Snapdragon 888 chip from 2021 generally performed on par with its predecessor, the 865, but the newest 8 Gen 1 chip frequently underperformed both.
There’s something to be said for newer processors excelling in areas that benchmark tests don’t pick up on, and this is partially due to the terrible overheating issues these newer chips have, which can cause performance to plummet fast under use.
But the reality is that phones have developed to the point where they are fast enough. If your fingers aren’t moving quickly enough to require it or if game graphics are the best that small screens can handle, you don’t need a smartphone to be any faster.
Instead, modern CPUs place a greater emphasis on battery optimization, efficiency, enhanced camera capabilities, and AI intelligence. Nowadays, intelligence is more crucial than strength or speed.
With less emphasis on power and more on everything else, it is therefore plausible that Google is merely responding to audience needs. It has always relied significantly on AI intelligence for things like photography and intelligent assistants, so that would fit with its mode of operation.
The Pixel 7 will certainly have improvements in many other areas, so it’s acceptable if benchmark testing don’t blow the competition away. It will still be a contender for our list of the best smartphones.