The Pixel 6 standard edition will sport a 50MP lens, a 12MP ultrawide lens and a 12MP selfie camera. The cameras on both devices are a significant step up from the Pixel 5. On the display, you’ll find a punch-hole camera that handles facial recognition as well as an under-display fingerprint sensor, which means users will have the option of either biometric feature. The refresh rate can be scaled down to 10Hz to save battery life. The Pixel Pro includes a 6.7-inch display with a 120 MHz refresh rate while at full QHD resolution. The Pixel 6 features a 6.4-inch full HD+ display with a 90Hz refresh rate. With the help of the Tensor chip, the Pixel 6 phone app will even give you an estimated wait time before you place a call to a business. This means typing with your voice is now faster and more accurate than typing with your fingers. With the help of the Tensor chip, speech to text can now recognize words like clear and send as commands, instead of words to be added to text. Speech to text is now more accurate than ever. The Pixel 6 has an on-board speech recognition model for a vastly improved experience with tools like Google Assistant. The Tensor chip is also one of the most capable on the market at detecting natural speech patterns. Other tasks the Tensor chip can pull off are real-time speech translation between two languages in a video and even the ability to edit on your keyboard as you speak (using speech to text). SEE: Top Android security tips (free PDF) (TechRepublic) Google has been pulling off such feats for a while now, but this is the first time the feature has been added to an onboard mobile chip. Instead of the Pixel taking a single shot of a person, the Tensor chip allows it to capture several shots of the subject, at which point the chip will detect the subject’s face, and combine all of the shots it’s taken into a viable image. How does this work? Let’s take the example of a photo. The new Tensor chip brings to the Pixel an 80% CPU performance improvement and a 370% GPU performance improvement. The Tensor chip includes the following pieces: These TPUs handle complex machine learning for cloud infrastructure, so the Pixel 6 seriously ups the AI/ML game for a mobile device. A portion of this chip is a mobile version of Google’s Tensor Processing Units found in Google’s massive network of data centers. The Tensor chip promises to vastly improve photo, video, search, text-to-speech and other features on the device. This is the first time Google has gone with an in-house chip for the Pixel lineup and marks the first step toward a truly remarkable Pixel experience. Hiring kit: Android developer (TechRepublic Premium)Ĭlearly the most exciting element of the Pixel 6 is the Tensor SoC. SEE: Power checklist: Managing and troubleshooting Android devices (TechRepublic Premium) What are Google Pixel 6’s key features? Tensor chip Mobility must-readsīest unified communications platform providers The new chip is capable of some fairly remarkable feats, such as automatically sharpening a blurry image in a photo and enjoying almost instantaneous speech-to-text. Both the Pixel 6 Pro and standard version will ship with Android 12 and include the Tensor SoC, which leans heavily on AI and machine learning. The Pixel 6 comes in a Pro or standard model, both of which include a custom Google Tensor chip, which makes it one of the most ambitious Android devices ever created. After taking a detour away from flagship status with the Pixel 5 (including a lesser-powered CPU and aging camera sensor), Google learned from its misstep and seriously upped its game with the newest version of the Pixel phone. Google has finally unveiled its latest iteration of the Pixel phone line, and this time it’s back to form with a true flagship device. Google Pixel 6 cheat sheet: Everything you need to knowįrom sophisticated camera enhancements to major battery improvements to the game-changing Tensor chip, the Pixel 6 takes Google's flagship phone to the next level.
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