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jeudi 4 mars 2021

Android Auto receives split-screen support on wide-screen head units

Google detailed a couple of new features making their way to Android devices in a blog post towards the end of last month. It included features like Password Checkup, message scheduling, a dark theme for Google Maps, and more. The post also highlighted a couple of new Android Auto features, like custom wallpapers, voice-activated games, launch screen shortcuts, and a new split-screen mode for cars with wider screens. While some of these features are already live for several Android Auto users, the company has now started rolling out the new split-screen support on cars with wide-screen head units.

According to a recent post by Reddit user u/My_Name_Is_Taken, the new split-screen layout has now started appearing for some Android Auto users. As you can see in the attached screenshot, the new layout shows two apps at the same time, with the primary app taking up a larger portion of the display on the left and the secondary app taking up a comparatively smaller portion on the right. In this particular instance, the Spotify app can be seen on the left while Google Maps is on the right.

Android Auto Split-screen mode

A comment from Reddit user u/heresyfnord confirms that the split-screen mode also lets users switch the position of the apps. Simply put, your current primary app will always appear on the left and the second app on the right. So, all you need to do is switch to a different app and it will appear on the left, and the previous app will automatically move over to the right side.

While the split-screen mode is only available on wide head units by default, there is a workaround to get it on smaller head units. As user u/kv1dr points out, you can use an app like HeadUnit Reloaded to modify the resolution of your Android Auto head unit, and the new split-screen layout should start working as intended. In case you don’t have a wide-screen head unit, you can download HeadUnit Reloaded by following this link.

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Exclusive: India’s Reliance Jio is developing a low-cost laptop called the JioBook, running on JioOS

Reliance Jio, the Indian mobile network operator that has seen staggering growth since its public launch in late 2016, is developing a new product tentatively called the JioBook, we at XDA have learned. After selling tens of millions of its low-cost JioPhone device, bringing 4G LTE to millions of Indians previously using basic feature phones, Jio may be looking to bolster its growing digital services by offering a larger-screened device that can access these services through a cellular connection.

In early 2018, Miguel Nunes, Senior Director of Product Management at Qualcomm Technologies, told The Economic Times that the American chipmaker had held talks with Reliance Jio to launch laptops with cellular connectivity. Nearly three years later, it seems that Jio is finally developing a product based on Qualcomm hardware, but the components and software used have diverged from what was originally discussed.

Rather than bringing out a laptop running Windows 10, the JioBook seems to be running Google’s Android OS. Jio may dub its fork of Android as “JioOS”, according to firmware reviewed by XDA. Likely to bring down costs, Jio’s prototype laptop is currently using Qualcomm’s Snapdragon 665 (sm6125), an 11nm chipset that was announced in early 2019. The chipset features a built-in 4G LTE modem — the Snapdragon X12 — that the JioBook will likely leverage to provide cellular connectivity to Reliance Jio’s expansive 4G network.

To develop the product, Jio is partnering with China-based Bluebank Communication Technology, an engineering firm that creates mobile devices and develops software for third-parties, according to documents reviewed by XDA. On its website, Bluebank proudly mentions its work creating products that run KaiOS, a mobile operating system for feature phones, and includes images of both generations of Reliance’s JioPhone.

According to the documents we reviewed, development on the JioBook began in early September of 2020 and is expected to continue through the first half of 2021. At the EVT, or Engineering Validation Test, stage of the product development cycle, the JioBook had unfinalized hardware, including a recycled keyboard that contained a Windows key, as seen in the live image below obtained by XDA. By mid-April, the product is expected to enter the PVT, or Product Validation Test, stage of the product development cycle, so its current design likely looks closer to the final hardware than what’s shown below. In particular, the Windows key will likely have been swapped with a key more fitting for the product and software, though we don’t know what it will have been swapped with.

Reliance JioBook prototype

A photograph of the Reliance JioBook prototype in the EVT stage of the product development cycle

While digging into the laptop’s firmware, we discovered evidence that the PC will have a 1366×768 resolution display, though we don’t know the size of the actual display.

Bluebank has tested several iterations of the JioBook during development, including a model with 2GB of LPDDR4X RAM paired with 32GB of eMMC storage and later a model with 4GB of LPDDR4X RAM and 64GB of eMMC 5.1 storage. Bluebank and Reliance Jio seem to be sourcing low-cost components from a variety of vendors, most notably Samsung for their combined mobile DRAM and NAND chip as well as Qualcomm for its Snapdragon 665. According to a list of components used for the PCB, the laptop may have a mini HDMI connector for video output, support for WiFi over 2.4 and 5GHz frequencies, Bluetooth, a three-axis accelerometer, and a Qualcomm audio chip.

The PC currently runs a clean build of Android 10, and it is unlikely the OS will be switched over to Windows 10 on ARM prior to release. Qualcomm and Microsoft only support Windows 10 on ARM for a handful of Snapdragon chipsets, but the Snapdragon 665 is not one of them. The JioBook likely features the Snapdragon 665 and Android to cut down on costs, which might explain why there are currently no Google apps installed. Pre-installing Google’s suite of applications requires a license to distribute Google Mobile Services, which is a cost that many vendors are willing to pay but does slightly increase the price of the product. As you might expect, the laptop’s firmware is preloaded with a multitude of Jio applications, including JioStore, JioMeet, JioPages, and Jio’s ad services. There are also, interestingly, several apps from Microsoft pre-installed, including Microsoft Teams, Edge, and Office. We don’t know if these apps will be shipped on production hardware, though.

Although we’ve spotted the “JioBook” branding through an analysis of the PC’s firmware, we don’t know for sure if the product will launch under that name. The JioBook branding would line up with Reliance’s other Jio-branded products, including the bestselling JioPhone, though. We do not know exactly when the product will launch, but a schedule reviewed by XDA suggests that assembly could happen around mid-May.

When it does launch, we expect it to retail at an incredibly low price, though we don’t know how low that will be. Given Jio’s dominance in India as a mobile network operator and its track record of selling entry-level hardware, there’s a good chance the JioBook will gain traction among price-conscious consumers looking to purchase their first PC. Getting a larger screen device into the hands of millions of new Indian consumers has the potential to take Jio’s digital services to the next level in terms of adoption, which could be their goal with this product.

The post Exclusive: India’s Reliance Jio is developing a low-cost laptop called the JioBook, running on JioOS appeared first on xda-developers.



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Exclusive: India’s Reliance Jio is developing a low-cost laptop called the JioBook, running on JioOS

Reliance Jio, the Indian mobile network operator that has seen staggering growth since its public launch in late 2016, is developing a new product tentatively called the JioBook, we at XDA have learned. After selling tens of millions of its low-cost JioPhone device, bringing 4G LTE to millions of Indians previously using basic feature phones, Jio may be looking to bolster its growing digital services by offering a larger-screened device that can access these services through a cellular connection.

In early 2018, Miguel Nunes, Senior Director of Product Management at Qualcomm Technologies, told The Economic Times that the American chipmaker had held talks with Reliance Jio to launch laptops with cellular connectivity. Nearly three years later, it seems that Jio is finally developing a product based on Qualcomm hardware, but the components and software used have diverged from what was originally discussed.

Rather than bringing out a laptop running Windows 10, the JioBook seems to be running Google’s Android OS. Jio may dub its fork of Android as “JioOS”, according to firmware reviewed by XDA. Likely to bring down costs, Jio’s prototype laptop is currently using Qualcomm’s Snapdragon 665 (sm6125), an 11nm chipset that was announced in early 2019. The chipset features a built-in 4G LTE modem — the Snapdragon X12 — that the JioBook will likely leverage to provide cellular connectivity to Reliance Jio’s expansive 4G network.

To develop the product, Jio is partnering with China-based Bluebank Communication Technology, an engineering firm that creates mobile devices and develops software for third-parties, according to documents reviewed by XDA. On its website, Bluebank proudly mentions its work creating products that run KaiOS, a mobile operating system for feature phones, and includes images of both generations of Reliance’s JioPhone.

According to the documents we reviewed, development on the JioBook began in early September of 2020 and is expected to continue through the first half of 2021. At the EVT, or Engineering Validation Test, stage of the product development cycle, the JioBook had unfinalized hardware, including a recycled keyboard that contained a Windows key, as seen in the live image below obtained by XDA. By mid-April, the product is expected to enter the PVT, or Product Validation Test, stage of the product development cycle, so its current design likely looks closer to the final hardware than what’s shown below. In particular, the Windows key will likely have been swapped with a key more fitting for the product and software, though we don’t know what it will have been swapped with.

Reliance JioBook prototype

A photograph of the Reliance JioBook prototype in the EVT stage of the product development cycle

While digging into the laptop’s firmware, we discovered evidence that the PC will have a 1366×768 resolution display, though we don’t know the size of the actual display.

Bluebank has tested several iterations of the JioBook during development, including a model with 2GB of LPDDR4X RAM paired with 32GB of eMMC storage and later a model with 4GB of LPDDR4X RAM and 64GB of eMMC 5.1 storage. Bluebank and Reliance Jio seem to be sourcing low-cost components from a variety of vendors, most notably Samsung for their combined mobile DRAM and NAND chip as well as Qualcomm for its Snapdragon 665. According to a list of components used for the PCB, the laptop may have a mini HDMI connector for video output, support for WiFi over 2.4 and 5GHz frequencies, Bluetooth, a three-axis accelerometer, and a Qualcomm audio chip.

The PC currently runs a clean build of Android 10, and it is unlikely the OS will be switched over to Windows 10 on ARM prior to release. Qualcomm and Microsoft only support Windows 10 on ARM for a handful of Snapdragon chipsets, but the Snapdragon 665 is not one of them. The JioBook likely features the Snapdragon 665 and Android to cut down on costs, which might explain why there are currently no Google apps installed. Pre-installing Google’s suite of applications requires a license to distribute Google Mobile Services, which is a cost that many vendors are willing to pay but does slightly increase the price of the product. As you might expect, the laptop’s firmware is preloaded with a multitude of Jio applications, including JioStore, JioMeet, JioPages, and Jio’s ad services. There are also, interestingly, several apps from Microsoft pre-installed, including Microsoft Teams, Edge, and Office. We don’t know if these apps will be shipped on production hardware, though.

Although we’ve spotted the “JioBook” branding through an analysis of the PC’s firmware, we don’t know for sure if the product will launch under that name. The JioBook branding would line up with Reliance’s other Jio-branded products, including the bestselling JioPhone, though. We do not know exactly when the product will launch, but a schedule reviewed by XDA suggests that assembly could happen around mid-May.

When it does launch, we expect it to retail at an incredibly low price, though we don’t know how low that will be. Given Jio’s dominance in India as a mobile network operator and its track record of selling entry-level hardware, there’s a good chance the JioBook will gain traction among price-conscious consumers looking to purchase their first PC. Getting a larger screen device into the hands of millions of new Indian consumers has the potential to take Jio’s digital services to the next level in terms of adoption, which could be their goal with this product.

The post Exclusive: India’s Reliance Jio is developing a low-cost laptop called the JioBook, running on JioOS appeared first on xda-developers.



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Android app devs can now set sub-dollar prices in 20 new countries

Google has announced that Android developers can set sub-dollar pricing in 20 new markets across the globe, including Latin America, EMEA, and APAC. The search giant previously supported sub-dollar pricing in markets such as India and Brazil.

By lowering the minimum price limit, developers can set prices in the range of 10-30 cents U.S. equivalent in most of these markets, Google said. Prices can be set to a lower amount on things like paid apps, in-app products, and subscriptions.

“These ultra-low price points, or ‘sub-dollar’ prices, allow you to reach new potential buyers by adjusting your pricing to better reflect local purchasing power and demand,” Google said in a blog post. “It also gives you more flexibility to set your global pricing strategy and gives more users the opportunity to enjoy monetized experiences in your apps and games.”

Sub-dollar pricing is available for developers in these new markets:

  • Bangladesh
  • Bulgaria
  • Bolivia
  • Costa Rica
  • Czech Republic
  • Denmark
  • Croatia
  • Hungary
  • Jordan
  • Kazakhstan
  • Lebanon
  • Sri Lanka
  • Myanmar
  • Pakistan
  • Paraguay
  • Romania
  • Serbia
  • Thailand
  • Tanzania
  • Vietnam

Sub-dollar pricing has been available in some markets as far back as 2015. Google said the option is a great way to reach new customers, whether it’s through limited-time promotions, seasonal deals, introductory pricing, or reward loyalty. The search giant also said sub-dollar pricing works well on chance-based items.

“Users who aren’t willing to spend $5 on a valuable in-game item may be willing to pay $0.15 to open a treasure chest with a chance of finding the item inside,” Google said. “By offering gacha at sub-dollar pricing, many users may be willing to pay a token amount just to try their luck.”

Before today’s expansion, Google made sub-dollar pricing available in markets like Mexico, South Africa, and Ukraine. Developers can adjust their app’s pricing in the Google Play Console. You can see a full list of price ranges here.

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Lenovo Yoga 6 with AMD Ryzen 4000 CPU, ‘Abyss Blue’ texture finish launched in India

Lenovo has introduced the new Yoga 6 laptop for customers in India. The convertible 2-in-1 laptop comes with a unique hybrid design featuring metal and soft-touch materials. The lid is fabric-wrapped with a textile cover which is claimed to be treated with fire and stain-resistant finish.

Lenovo Yoga 6 feature image

Lenovo Yoga 6: Specifications

Specification Lenovo Yoga 6
Dimensions & Weight
  • 206.4 x 308 x 17 ~18.2 mm
  • 1.32 kgs
Display
  • 13.3-inch Full HD (1920×1080) IPS
    touchscreen
  • 300-nits
  • 72% NTSC
Processor
  • AMD Ryzen 7 4700U (2.0GHz- 4.1GHz)
GPU
  • AMD Radeon graphics
RAM & Storage
  • 16GB DDR4
  • 1TB PCIe SSD
Battery & Charger
  • 60 WHr (18 hours claimed)
I/O
  • 2 x USB-A 3.2 Gen 1
  • 1 x USB-C 3.2 Gen 1 (DisplayPort & power delivery)
  • 1 x USB-C 3.2 Gen 1 (DisplayPort)
  • 3.5mm headphone and microphone combo
Connectivity
  • Wi-Fi 6
  • Bluetooth 5.0
OS
  • Windows 10 Home
Other Features
  • Fingerprint scanner
  • Backlit keyboard
  • Dolby Atmos
  • IR camera
  • Webcam privacy shutter
  • Lenovo Q-Control system control

The Yoga 6 comes with a 13.3-inch IPS display with full-HD (1920 x 1080-pixels) resolution that can go up to 300-nits of brightness and covers 72% of the NTSC color space. It is a touchscreen, so you also get support for the Lenovo digital pen that supports up to 4,096-level pressure sensitivity. Powering the notebook is the AMD Ryzen 7 4700U processor with AMD Radeon graphics, up to 16GB of DDR4 memory, and 1TB of PCIe M.2 SSD.

Lenovo Yoga 6 textured lid

Lenovo also offers a 1-megapixel webcam with IR (infra-red) with a privacy shutter, dual-microphones, and dual-stereo speakers with Dolby Atmos audio. There is also a fingerprint scanner for security and the Lenovo Q-Control system that lets you customize the performance for improved battery life and thermals. On the connectivity front, you get Wi-Fi 6, Bluetooth 5.0, two USB-A 3.2 Gen 1 ports, two USB-C 3.2 Gen 1 (DisplayPort & power delivery) ports, and a headphone and mic combo jack. The 60Whr battery on the Lenovo Yoga 6 is said to offer up to 18 hours of battery life.

The laptop is available for pre-order on Lenovo.com and is priced at  86,990. Lenovo says that the Yoga 6 will be going on sale starting 10th March via Lenovo.com, Amazon, and Flipkart, as well as other offline retail channels later at a later period. If you’re looking for other options, Lenovo also offers Intel options in the Yoga lineup.

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Huawei is launching its own email service called Petal Mail

Even though Huawei’s smartphone business is struggling in the face of continued US sanctions, the company is making constant efforts to provide a well-rounded software experience on its devices. Not only is the company working on a first-party alternative to Android, called Harmony OS, but it has also released a couple of alternatives to Google’s services, like HMS and HMS Core, AppGallery, Petal Search, and Petal Maps over the last two years. Although these services haven’t really caught on outside of China, Huawei is now gearing up to launch its own email service, called Petal Mail, to fill the void left by Gmail.

According to a recent report from GizChina, Huawei has already started testing its Gmail alternative in China and users can now register for it by following this link. Registering for the service will get you a @petalmail.com email ID and the privilege to provide crucial feedback during its initial testing phase. As a separate report from ITHome reveals, users who register for the service will be redirected to the page shown below.

Huawei Petal Mail

Huawei’s Petal Mail service seems to have a very minimal interface at the moment, with a couple of options in the side menu. These include Inbox, Starred, Draft, Sent, Trash, and Spam. The interface is divided into two columns, with the first column presumably to show all the emails in a user’s inbox and the second to show the selected email in an expanded form.

As of now, we have no further information about Huawei’s new email service. However, the aforementioned reports reveal that the company has also introduced a new virtual currency, called Petals, for its users. While we can’t say for sure what this currency will be used for, ITHome claims that it’s currently valued at CNY0.01 (~$0.0015). We’ll update this post as soon as we learn more about Petal Mail and Huawei’s new virtual currency.

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How to install the Android 12 Developer Preview on your Google Pixel smartphone

It’s that time of year again! The first Developer Preview build of Android 12 is now available for supported devices starting today. This won’t give you the full Android 12 experience as it’s still very much a work-in-progress, but for lucky owners of the Google Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL, Pixel 4, Pixel 4 XL, Pixel 4a, Pixel 4a 5G, or Pixel 5, you’ll be among the first users to see what new OS update has to offer.

If you have any of the aforementioned Pixel smartphone running stable Android 11 and wondering how you can install Android 12, just scroll down as we have a tutorial ready for you. Since Google will not be providing regular OTAs in case of developer previews, the update can only be installed via manually flashing OTA files or factory images. It means you will need a PC/Mac with ADB and Fastboot installed to successfully execute the installation process, once you have downloaded the relevant Android 12 Developer Preview files.

Warning: The updates are intended for developers only, so don’t install them on your daily-driver. These builds are early releases and contain bugs and other system instabilities. Even if the flashing process doesn’t necessarily wipe your device, it is highly recommended that you back up your data before proceeding. Users are advised to exercise caution.


Method 1: Sideload Android 12 Developer Preview via Recovery and ADB

To install the Developer Preview builds, you need to sideload the appropriate OTA package for your device from Recovery through ADB. This method will also work for devices with a locked bootloader.

  1. Download the update .zip file on your computer from here. For convenience, you can rename this file to a simpler name and place the file in the directory where ADB is located on your computer.
  2. Optional but recommended: Verify the SHA-256 checksum of the file you have downloaded to ensure that the file has been downloaded completely and correctly.
  3. Enable USB Debugging on your phone — Go to Settings > About Phone > Tap “Build Number” 7 times, (optionally) enter your pattern, PIN or password to enable Developer Options, and then navigate to Settings > Developer Options > Enable “USB Debugging”.
  4. Connect your phone to your computer. Authorize your computer connection on your phone when the prompt comes up on your phone, if this is the first time you are connecting with this ADB computer.
  5. On your computer, run the command:
    adb reboot recovery
  6. Your phone should now be in Recovery mode.
  7. On your phone, select the option “Apply Update from ADB”
  8. On your computer, run the command:
    adb devices

    This should return a device serial with the “sideload” next to its name, indicating that your device is connected to the computer in sideload mode.

  9. On your computer, run the command:
    adb sideload "filename".zip

    Where “filename” is to be replaced with the name of the file downloaded in Step 1

  10. The update should install on your phone. Once the installation is complete, choose “Reboot system now” on your phone to reboot into Android 12.

Method 2: Flashing full Factory Image via Fastboot

If you have an unlocked bootloader, you need to flash the full factory image of the Android 12 Developer Preview via Fastboot. Usually, this is done through a flash-all.sh or flash-all.bat script file that is included in the downloaded file, but its default configuration also wipes the device completely. You can, however, retain your data by deleting the “-w” wipe attribute from the command within the script.

  1. Download the factory image .zip file on your computer from here.
  2. Optional but recommended: Verify the SHA-256 checksum of the file you have downloaded to ensure that the file has been downloaded completely and correctly.
  3. Extract the .zip file, and copy and paste the resultant files onto your ADB and fastboot folder on your computer for convenience.
  4. Optional: The resultant files would contain a flash-all.sh or flash-all.bat script file. Using a text editor, open the flash-all.sh if you’re on macOS/Linux or the flash-all.bat script file if you’re on Windows. Find and remove/delete the -w flag in the fastboot update command. This will skip the data wipe for your phone. To avoid compatibility issues, a data wipe is recommended though.
  5. Enable USB Debugging on your phone — Go to Settings > About Phone > Tap “Build Number” 7 times, (optionally) enter your pattern, PIN or password to enable Developer Options, and then navigate to Settings > Developer Options > Enable “USB Debugging”.
  6. Connect your phone to your computer. Authorize your computer connection on your phone when the prompt comes up on your phone, if this is the first time you are connecting with this ADB computer.
  7. On your computer, run:
    adb reboot bootloader

    This will reboot your phone into Fastboot mode.

  8. On your Mac/Linux PC, run:
    flash-all

    This command executes the flash-all.sh script file, which will then install the necessary bootloader, baseband firmware, and operating system. If you are on Windows, you can simply double click the flash-all.bat file.

  9. Once the script finishes, your device will reboot into the new OS.

Be sure to follow our Android 12 tag for all the latest news on the next major Android version!

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