The arrival of a Made by Google family wristwatch seems unavoidable, but progress has been glacial. Following the confirmation last week by two reputable sources of the existence of a linked watch made by Google, potentially referred to as the Pixel Watch, several supposed official drawings of the smartwatch have surfaced.
Last week’s report on the smartwatch did not include the so-called “Pixel Watch,” which was widely described as a circular wearable without a “physical bezel.” However, YouTuber Jon Prosser, who first reported on the device in April, has now shared graphics reportedly created by Google. Although Prosser says they are “official marketing visuals,” these renderings look to be design conceptions. If these renderings are what we believe they are, some of the design discrepancies noticed in the photographs below might be explained. These discrepancies are also a strong reason to treat them with care, since they may not accurately reflect the final output.
It is implied that these renderings are the same ones used to create recreated images of the smartwatch in April, which would mean these images are eight months old at this point. In turn, there is a good chance that the design or some specific details are no longer quite precise.
To support this theory, an image showing Google Maps, but with a slightly different design than the one, Google has since released on Wear OS 3 on the Galaxy Watch 4. In alleged renderings, the product is referred to as “Google Pixel Watch And there’s a “Buy” button that would be online with the Google Store. The product is described as “round” and “bezel-less” and as a device that transports “the unit between hardware and software.
A render also shows a user interface for heart rate data. While reporting this week mentioned that Google was working on Fitbit Integration for this product, these seemingly older renderings still seem to represent Google Fit. One of the dial complications shows two rings, aligned with Fit’s M where the minutes and heart points.
According to current sources, the “Pixel Watch” will be released in 2022, maybe as early as Spring. To compete with the Apple Watch, the device’s price is projected to be on the upper end.
During Google I/O 2021 in May, we discussed our vision for Project Starline, a technology project that combines hardware and software breakthroughs to bring friends, family, and coworkers together even when they are in different cities. (or isolated villages).
Project Starline is indeed the result of our advances in 3D imagery, real-time compression, spatial audio, and our ground-breaking light-field display technology, all, when combined, create a sense of depth and realism that is comparable to face-to-face communication. Our just-published Project Starline: A High-Fidelity Telepresence System, a technical article that we were thrilled to have approved for publication at SIGGRAPH Asia. “We were encouraged by the good comments as we began to increase the availability of Project Starline to other Google locations in the United States.”
Google employees have spent thousands of hours using Project Starline to participate, interview and meet new teammates, pitch ideas to their colleagues, and engage in one-on-one collaboration. Many users noticed how powerful the ability to make eye contact was and how more engaged and connected they felt. One user compared their experience to a conversation over coffee as a real interaction. focus on the other person.
We measured the impact of hundreds of Google employee experiences with Project Starline, and the results showed it feels much closer to being in the same room with someone than traditional video calls. We’ve noticed an increase in some of the most important cues that are often missed in video calls, such as attention, memory recall, and overall sense of presence.
Here’s what we found by comparing Project Starline to traditional video calls: People exhibited more non-verbal behaviors like ~ 40% more hand gestures, ~ 25% more nodding, and about 50% more. eyebrow movements in addition. . People had a much better memory when using Project Starline, following nearly 30 minutes when asked to remember details of their conversation or the contents of a meeting. People focused about 15% more on meeting their partner in an eye tracking experience, suggesting that visual attention is improved when using Project Starline.
These first results show the promise of the ability of the Starline Project project to facilitate more personal links from Google Afar.as and other navigation companies in the future of work, we are optimistic about the potential for deepening the connection.
The winners of Google Play’sBest of 2021, a celebration of applications and games that have contributed positively to culture this year, have been unveiled. We’ve also expanded this year’s awards to include applications and games for tablets, as well as apps for Wear OS and Google TV, to promote innovation on Google Play.
The Google Play Best of winners reflects the future of app and game development by bucking the standard, offering novel gaming features, and giving consumers never-before-seen experiences. Personal improvement applications, like our Best of 2020 winners, were in great demand in 2021. This year’s winners found creative and often thoughtful ways to help users get to know each other better. Libra, which won our award for the best app of 2021, encourages people to find their center through personalized meditations; Moonly provides advice and instructions based on the lunar calendar, and Laughscape helps people reach a meditative state through laughter.
“We are deeply honoured that Google has chosen Libra as the best app of 2021,” said Jesse Pickard, Founder and CEO of Elevate Labs. “We created Balance with the individual in mind. No two people are the same and we wanted to create a personalized mental wellness program that could reflect and support those particular differences. I also want to thank our clients for their help in our journey. Your commitment and comments allowed us to build a really wonderful product together.
GooglePixel 6 and Pixel 6 Pro, Google has finally come up with something distinctive after years of testing. The phones are distinguished by a visor-shaped back camera module. Unfortunately, the Pixel 6 phones are yet to be introduced in India, and they aren’t expected to do so time soon.
We now look forward to the launch of the Google Pixel 6a, which is expected to be a mid-range device based on the flagship series. Today, 91mobiles gives you a first look at the Google Pixel 6a. The Google Pixel 6a is rendered in crisp 5K resolution courtesy of Steve Hemmerstoffer aka OnLeaks. Take a look below. The Google Pixel 6a shares the same design language as its larger siblings, the Pixel 6 andPixel 6 Pro. From the front, the Pixel 6a will feature a 6.2-inch flat-panel OLED display with a single centred perforated camera and scanner.
There are two rear cameras and a single LED flash housed in a visor-like module similar to the Pixel 6. From these great renderings, we can see that the Pixel 6a will have a glass back and a two-tone finish. the frame, we can see the volume rocker and the power buttons. The volume buttons seem in an awkward position considering the size of the device. The phone will measure approximately 152.2 x 71.8 x 8.7mm (10.4mm including rear camera).
In such a series of teardown videos, the Google Pixel 6 and Pixel 6 Pro have been adjusted to their basic structure, revealing their innards and showing their build quality. Both phones are covered with a huge copper heat sink, according to PBK Reviews’ teardowns (via Gadgets360). As soon as the gadgets are opened, this becomes apparent. There’s also a heating ribbon that connects an aluminium centre plate to the CPU.
The Pixel 6 pro inside (Image: PBK Reviews)
Its fingerprint sensor, which is positioned below the screen, is placed in the back of the screen and seems to be very small, taking up very little space. While its internal components of the Google Pixel 6 Pro and Google Pixel 6 are nearly identical, there is one significant difference: the former’s haptic engine is located at the bottom of the phone, whilst the latter’s is located at the top.
The Pixel 6 inside (Image: PBK Reviews)
The mmWave antenna is also seen on top of the Google Pixel 6 in the footage. For 5G phones, mmWave promises high download rates, but a single antenna seems doubtful. Additionally, its placement is inconvenient. The antenna may be covered by your hand if you use the phone in landscape mode while streaming or gaming. It may have an impact on signal Advantages.
Android is used on more than a half billion large-screen devices, including tablets, foldables, and ChromeOS devices. We’ve seen approximately 100 million additional Android tablet activations in the last year–a 20 percent year-over-year increase, while ChromeOS, the fastest-growing desktop platform, has grown by 92 percent. Foldable devices are also on the rise, with a year-on-year increase of almost 265 percent! In all, there are about 250 million Android-powered large-screen devices in use. With all of this momentum, we’re still investing in making Android an even better OS for users and developers on these devices.
But, at Android Dev Summit today, we unveiled a feature release for Android 12 that is purpose-built for big displays, dubbed 12L, as well as new APIs, tools, and advice to make it easier to design for big displays.
12L is a feature drop for big displays that is currently being tested.
Now, we’re releasing a developer preview of 12L, a planned innovation that will improve Android 12 on big displays. You may use the preview to check out the new large-screen features, optimise your apps, or provide feedback.
Two-column layouts display more information and are simpler to use.
On large displays, we’ve improved the UI in 12L, including notifications, fast settings, lockscreen, overview, home screen, and more. The notification shade, lockscreen, and other system surfaces, for example, employ a new two-column style to take advantage of the screen space on displays over 600dp. Apps that run on the system have also been optimised.
Toggle between split-screen and full-screen modes by dragging and dropping programmes.
We’ve further improved multitasking by including a new taskbar on wide displays that allows users to quickly move between their favourite programmes. The desktop also makes split-screen mode more accessible than ever before: simply drag and drop an app into split-screen mode from the taskbar. To make split-screen mode more usable in Android 12 and later, we’re assisting users by automatically enabling split-screen mode for all applications, regardless of whether they’re adjustable.
Finally but not least, we’ve improved compatibility mode with visual and stability enhancements to provide users with a better letterboxing experience and make applications appear better by design. Device manufacturers may now select unique letterbox colours or textures, modify the position of the inset window, apply unique rounded corners, and more since we’ve made letterboxing easy to customise.
The 12L feature drop will be available early next year, just in time for the next generation of Android 12 tablets and foldables. We’re already working with our OEM partners to add these capabilities to their large-screen devices, so stay tuned for the Lenovo P12 Pro’s developer preview of 12L.
Making it easier to create large-screen content
That’s time to start creating completely customizable apps that work on every device, and we’ve made it even faster. Along with the developer preview, we’re delivering improvements to our APIs, tools, and advice to help you prepare for these changes in the OS and Play.
Patterns for large screens should be considered when designing.
The very first step in implementing flexible UI is to create an app that works well on both tiny and large screens. We’ve been working on new Material Design designed to help you scale the UI of your app across all devices. The properly in order to avoid popular ecosystem layout patterns that can help inspire and jump-start your work.
Material Design standards include adaptive UI patterns.
The new Pixel cases are here, and they have a whole new appearance. They’re intended to preserve your Pixel 6 and Pixel 6 Pro while still matching it beautifully. These new cases aren’t just stylish: they’re built with our dual-layered structure and raised edges to protect your Pixel when it’s most exposed. Shock-absorbing materials wrap around each corner, avoiding scratches and drops on your screen and camera visor.
Transparency colours were created with the purpose of allowing your Pixel to show through. This allows you to mix and match colours to further customise your Pixel. If you pick a contrasting hue, you can either enhance the colours of your device or create a whole new colour shift. Each vibrant case is thoughtfully designed with a 75 percent recycled inner layer, giving plastic a new lease on life.
The Pixel 6 and Pixel 6 Pro cases are available in three colours for the Pixel 6 and four colours for the Pixel 6 Pro. Pre-order yours on the Google Store for $29 now.
The fully redesigned Google phones, the Pixel 6 and Pixel 6 Pro, have landed. Both phones are fast, smart, safe, and designed to fit you, thanks to Google Tensor, Google’s first processor, which comes with Android 12. The Pixel 6 is an excellent all-around phone with a starting price of $ 599. The Pixel 6 Pro, which starts at $ 899, is the phone for you if you want all of the advanced capabilities and upgraded finishes. Google Tensor, a mobile-on-a-chip system built particularly for Google’s cutting-edge AI, lies at the heart of the new Pixel range. Google Tensor gives your phone a whole new set of capabilities, making the Pixel 6 and Pixel 6 Pro more useful and personal.
Design that stands out
This year, Pixel features a bold new design that integrates the look of the software on the inside with the hardware on the exterior. The Camera Bar, which offers the phone a clean, symmetrical design that places the camera front and centre, is the first thing you’ll notice. The Pixel 6 features a unique visual and energetic look. The matte black metal strap rounds out the possibilities. Color is expressive and flexible. The finishes on the Pixel 6 Pro were inspired by those seen in high-end jewellery and watches. It has a shining metal unibody that turns into a lovely curved glass with hues that match the metallic bezels. In terms of colour, Android 12 is a full redesign of the operating system.
Machine learning (ML) transforms the way we use technology every few years. And we’re pleased to announce that Google products are sometimes used. We’ve seen Google Assistant improve the functionality of your devices and Google Translate break down language barriers, but we haven’t always been able to bring the best of machine learning to your smartphone. That is why Google Tensor was built. A processor that can provide Pixel users with whole new capabilities while remaining on top of the latest machine learning breakthroughs.
Google Research was used to create this.
A few years ago, the Google research team collaborated on hardware, software, and machine learning to develop the best ML mobile computer, allowing us to fully achieve our vision of what our Pixel smartphones should be capable of. Co-creating Google Tensor with Google Research provided us with some insight into where machine learning models are headed, rather than where they are now. As a result, we were able to build an AI/ML platform that could continue our work at Google. We’re unlocking fantastic new experiences with Google Tensor that need cutting-edge machine learning, such as motion mode, face blur, speech enhancement mode for video, and applying HDRnet to video (which we’ll discuss later).Google Tensor allows us to push the limits of a smartphone’s use, transforming it from a one-of-a-kind piece of hardware to a gadget that understands and adapts to the many ways we use them.
Differently designed
Google Tensor was created in a unique way. Google Tensor is a high-end system on a chip (SoC) with all the features you’d expect from a mobile SoC and more. How did we pull it off? Our new phones’ major areas of experience are speech, language, pictures, and video, all of which are heterogeneous in character, requiring additional resources across the chip. As a result, we carefully developed Google Tensor to offer the right level of computing performance, efficiency, and security. With Android 12, we set out to build an operating system that would lay the groundwork for future hardware and software collaboration. It may be seen in real-world applications such as creating stunning movies and understanding many languages.
Google and Samsung are continuing to collaborate to improve the usability of Android foldables. When Google’s applications and services are combined with Samsung’s Galaxy Z Fold3 5G and Galaxy Z Flip3 5G devices, a world of new possibilities expands.On Samsung’s newest Galaxy Z smartphones, there are six fantastic ways to get the most out of Google.
1. Get more fun from YouTube with a larger, better, and bolder experience.
The Galaxy Z Fold3 takes YouTube to new heights. Simply unfold to the immersive main screen, and your video will automatically adjust to the larger screen, allowing you to fully immerse yourself in whatever you’re viewing. The tablet-sized screen even hides the 4MP front-facing camera behind the display, offering you a cinematic watching experience from edge to edge. You can prop your Galaxy Z Fold3 in Flex mode for a hands-free experience if you want to follow along with a video as you cook, exercise, or just relax. When you buy a Galaxy Z Fold3 or Z Flip3, you can get four months of YouTube Premium for free (terms apply).