What you should know
- Google’s authentic chips have returned to drum up curiosity for the Pixel 7 and seven Professional.
- The chips are available in 4 flavors, however they’re solely out there in Japan.
- Google is holding a lottery till September 23 for anybody curious about profitable a field of Pixel chips.
Google is ready to unveil the Pixel 7 sequence in lower than a month, however previous to the occasion, it is hyping up the upcoming telephones with a promotional marketing campaign that brings again its authentic potato chips.
The marketing campaign is out there solely in Japan (opens in new tab), the place Pixel followers can win one of many 2,000 restricted containers by getting into a lottery that runs till September 23. The chips are available in a variety of colour choices to tease the colorways the Pixel 7 sequence will are available in, and their taste names sound a bit quirky. Google’s chips can be found in Snow Cheese, Obsidian Pepper, Hazel Onion, and Salty Lemon flavors. These chips are in the same vein because the one Google launched final yr to hype up the Pixel 6 sequence, although it solely got here in a single taste.
Just like the earlier marketing campaign, the packaging for this yr’s Google chips has an unmistakable Pixel contact, with the Pixel 7 and Pixel 7 Professional’s visor slapped onto the entrance.
Google has additionally taken this chance to spotlight a few of the key specs of its subsequent flagship telephones. The touchdown web page of the marketing campaign highlights the Tensor G2 chipset, in addition to its photograph and video prowess. Google beforehand touted the cellphone’s capabilities, saying that, with the Tensor G2, the Pixel 7 sequence “will carry much more useful, customized options to images, movies, safety, and speech recognition.”
The Pixel 7 sequence will see the sunshine of day on October 6, together with the Pixel Watch. This is hoping that the upcoming units will embrace the identical taste as lots of the finest Android telephones when it comes to efficiency and energy effectivity.