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jeudi 26 août 2021

Vivo X70 Pro Plus renders leak with unique camera bump and curved display

Following the recent leaked renders of the Vivo X70 and the Vivo X70 Pro, the third device of the series has leaked too. The Vivo X70 series is expected to launch sometime in the near future, and we now have our first look at the Vivo X70 Pro Plus. It features a curved 6.7-inch AMOLED display with a punch-hole camera, ZEISS camera branding, and the camera bump’s accent spreads out across the top of the phone.

Vivo X70 Pro Plus front and back Vivo X70 Pro Plus front and back Vivo X70 Pro Plus front and back

These leaks come courtesy of both Pricebaba and OnLeaks and give us our first look at what will be the most high-end device in the X70 series. The back of the phone is slightly reminiscent of the Xiaomi Mi 11 Ultra, though the camera bump is actually nowhere near as large. It slopes down into the body of the phone, but the dual-tone design itself is retained.

There’s no information on actual specifications, though it houses four cameras on the back. There are three fairly large sensors along with a laser autofocus unit and an LED flash. Pricebaba speculates that the empty spot on the back might have an actual function, though it’s possible that it’s purely just for design. The Vivo X70 Pro Plus measures 164.8 x 75.5 x 9mm, and its thickness increases to 11.3mm around the camera bump. Finally, Pricebaba also notes that it was spotted on the Google Play console with model number V2145A. The listing said that it has a Full HD+ display, the Qualcomm Snapdragon 888, and 8GB of RAM. No other information has been confirmed, though its 3C certification in China revealed that it may also have up to 66W fast charging support.

The post Vivo X70 Pro Plus renders leak with unique camera bump and curved display appeared first on xda-developers.



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The iPhone 13 series may be available to pre-order from 17 September

Apple’s annual iPhone launch event traditionally takes place in September every year. Last year, though, the launch was delayed due to the COVID-19 outbreak, which lead to a delay in production. The iPhone 12 series was announced in October with two of the models — the iPhone 12 mini and the iPhone 12 Pro Max — going on sale only a month later in November. This time around, it seems like Apple has got its original schedule back in place for the iPhone 13 launch, or at least that’s what the rumors indicate.

iPhone 13 lineup dummy models

According to the Chinese e-commerce website IT Home (via FrontPageTech), the new iPhone 13 series will be unveiled at an event that is going to take place on 14 September with pre-orders going live on 17 September. Jon Prosser from FrontPageTech also confirms that the dates are in line with the information he has received from his sources. With pre-orders going live on 17 September, the iPhone 13 series is expected to go on sale starting 24 September.

The iPhone 13 series will consist of 4 phones this year as well — the iPhone 13, iPhone 13 mini, iPhone 13 Pro, and iPhone 13 Pro Max. Unlike last year, where the iPhone 12 and iPhone 12 Pro were available soon after the announcement but the iPhone 12 mini and 12 Pro Max were delayed by a month, all four phones are expected to be available for pre-order on 17 September this year.

iPhone 13 pre-order screenshot

Screenshot from @PandalsBald on Weibo

Weibo account @PandalsBald posted a screenshot of a retail listing of all four iPhone models with pre-orders starting 17 September. At the moment, we can’t confirm the legitimacy of this screenshot, so you should take this information with a grain of salt.

Are you excited about the iPhone 13 series? Let us know if you’re waiting to pick up one of the models in the comments section below.

The post The iPhone 13 series may be available to pre-order from 17 September appeared first on xda-developers.



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Motorola’s new Moto G50 5G is not the same as its other 5G Moto G50

In March this year, Motorola launched an affordable device called the Moto G50. The phone packed a 6.5-inch HD+ display, a 48MP triple camera setup, a 5,000mAh battery, and Qualcomm’s Snapdragon 480 chip. While Motorola’s branding for the device didn’t include the 5G label, the phone did offer 5G support. This is why we were a bit confused when Motorola announced another device called the Moto G50 5G this week. The new Moto G50 5G isn’t the same as the device that launched earlier this year, as it features a MediaTek chipset and a different design. Read on to learn more about the new Moto G50 5G.

Motorola Moto G50 5G: Specifications

Specification Moto G50 5G
Build
  • Water repellant design
  • Plastic body
Dimensions & Weight
  • 167 x 76.4 x 9.26 mm
  • 206 g
Display
  • 6.5-inch HD+ IPS (1600 x 720)
  • 269 PPI
  • 20:9 aspect ratio
  • 90Hz refresh rate
SoC MediaTek Dimensity 700
RAM & Storage
  • 4GB RAM
  • 128GB storage
  • microSD card slot for expansion up to 1TB
Battery & Charging
  • 5,000mAh
  • 10W charging
Security Side-mounted fingerprint scanner
Rear Camera(s)
  • Primary: 48MP f/1.7
  • Macro: 2MP f/2.4
  • Depth sensor
Front Camera(s)
  • 13MP f/2.0
Port(s)
  • USB Type-C (2.0)
  • 3.5mm headphone jack
Audio Single bottom-firing speaker
Connectivity
  • 5G
  • Dual-band Wi-Fi (802.11 a/b/g/n/ac)
  • Bluetooth 5.0
  • NFC
Software Android 11
Color(s) Meteorite Grey

As you can see in the table above, the new Moto G50 5G has a few key differences compared to the regular Moto G50. Most notably, the phone packs MediaTek’s Dimensity 700 chip instead of the Snapdragon 480, and it has a slightly different design with a square camera island and side-mounted fingerprint sensor. While the phone’s display is the same size and resolution as the older model, it offers support for a 90Hz refresh rate. In addition, the G50 5G features a 2MP macro camera instead of a 5MP macro sensor.

Motorola Moto G50 5G front and back on white background

Other than the differences mentioned above, the Moto G50 5G is pretty much the same as the regular G50. It features 4GB of RAM and 128GB of storage, it packs a 5,000mAh battery with 10W charging support, and it features a 48MP primary camera. It also has the same 13MP selfie shooter, a single bottom-firing speaker, a USB Type-C port, and a 3.5mm headphone jack. For connectivity, the phone features 802.11 a/b/g/n/ac dual-band Wi-Fi, Bluetooth 5.0, 5G, and NFC.

As far as the software is concerned, the Moto G50 5G runs Android 11 out of the box.

Pricing & Availability

The Moto G50 5G will be available in Australia, Latin America, and several Asian countries soon. At the moment, Motorola hasn’t shared any pricing details for the device. We’ll update this post as soon as we have more info.

The post Motorola’s new Moto G50 5G is not the same as its other 5G Moto G50 appeared first on xda-developers.



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Your favorite tech could get more expensive as chipmakers raise prices to meet demand

Many tech products, including smartphones, gaming consoles, video cards, laptops, and more, have become expensive over the last year due to the ongoing global chip shortage. It doesn’t seem like the situation is going to change anytime soon, though. In fact, your favorite tech products may get even more expensive as many chipmakers, including Taiwanese Semiconductor Manufacturing Co. or TSMC, have decided to increase the prices of chips.

TSMC has reportedly notified its customers that it plans to increase prices of advanced chips (7nm and below) by as much as 10%. Meanwhile, chips built on 16nm and above nodes will see a much steeper 20% hike, according to a fresh report from DigiTimes (via Tom’s Hardware). The report notes that the hike will see the price of a single wafer processed on a 28nm node going all the way up to $3,000. Increased prices will apply to orders set to be fulfilled starting December.

Since the start of the global chip shortage, TSMC has already raised chip prices by more than 10%. But as the strong demand continues to outrun supply and concerns over lower probability emerge, the Taiwanese company has decided to increase prices once again.

Fabless semiconductor companies such as Qualcomm, Apple, Nvidia, AMD, and MediaTek all rely on TSMC to produce their chips, and as such, this price hike will most likely have far-reaching effects on everything from smartphones and tablets to video cards and gaming consoles. However, since these increased prices come into effect from Q1 2022, it likely won’t affect products launching in the next few months.

The company previously said it would invest about $100 billion in advanced semiconductor technologies, which will include building greenfield chip manufacturing plants and expanding the capacity of existing foundries.

Besides TSMC, other chip foundries that have hiked prices of chips include GlobalFoundries, Powerchip Semiconductor Manufacturing (PSMC), Semiconductor Manufacturing International (SMIC), and United Microelectronics (UMC).

 

 

The post Your favorite tech could get more expensive as chipmakers raise prices to meet demand appeared first on xda-developers.



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How to install Android 12 Beta on Google Pixel and other Android devices

It’s that time of year again! Android 12, i.e. the next major release of Android is now available as public beta. 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 pre-release builds, 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 Beta files.

Alongside supported Google Pixel devices, Android 12 Beta is also made available in the form of a GSI that can be flashed on a much wider range of devices. OEMs have joined in on the party as well, and you can flash Beta 1 on the following phones:

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.

The three methods to install the update are:


Method 1: Sideload Android 12 Beta via Recovery and ADB

To install the Beta builds, you need to sideload the appropriate OTA package for your device from Recovery through ADB. This method will also work for Google Pixel 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 on a Google Pixel device, you need to flash the full factory image of the Android 12 Beta 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.

Method 3: Install Android 12 Beta GSI

Even if you don’t own a compatible Pixel smartphone, you can still install Google’s official GSI binaries to test Android 12, provided your device is compatible with Project Treble. You also need an unlocked bootloader. The last thing that we need to say is that flashing a GSI will require you to factory reset your device, so be sure you’re prepared to lose app data before you proceed with this! We recommend you make an off-device backup (such as on your PC or an SD Card) in case anything goes wrong.

  1. Download links for the official Android 12 Beta GSIs can be found here. You should download the appropriate version based on your device’s architecture. To see which architecture your device has, run the following command:
    adb shell getprop ro.product.cpu.abi
  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 (system.img and vbmeta.img) onto your ADB and fastboot folder on your computer for convenience.
  4. 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”.
  5. 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.
  6. On your computer, run:
    adb reboot bootloader

    This will reboot your phone into Fastboot mode.

  7. As mentioned earlier, the bootloader of the target device must be unlocked beforehand.
  8. Next, we need to disable Android Verified Boot (AVB). To do that, run the following command:
    fastboot flash vbmeta vbmeta.img
  9. Optional but recommended: Enter the following to wipe the system partition:
    fastboot erase system
  10. Flash the Android 12 GSI:
    fastboot flash system system.img
  11. Allow the image to flash, it could take a few minutes. Once that’s done, wipe the userdata partition:
    fastboot -w
  12. Finally, reboot your device:
    fastboot reboot
  13. Hopefully, your device should boot into Android 12 Beta.

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

The post How to install Android 12 Beta on Google Pixel and other Android devices appeared first on xda-developers.



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How to download Android 12 Beta for Google Pixel and other Android devices

The wait is finally over — Android 12 is here as Google has officially kicked off the Android 12 Beta program following the Developer Preview initiative. If you’re the lucky owner of a Google Pixel 5, Pixel 4a 5G, Pixel 4a, Pixel 4, Pixel 4 XL, Pixel 3a, Pixel 3a XL, Pixel 3, or the Pixel 3 XL, then you have the opportunity to try out the next major Android version right now. With Beta 1, Generic System Images (GSI) are also available, which means the early builds of Android 12 can be booted on non-Google Project Treble compatible devices as well.

This page will serve as a one-stop download index for all the Android 12 Beta/Developer Preview releases. We will keep the page updated with the latest OTAs and factory images for all the supported devices. You can learn how to install the Android 12 Beta/Developer Preview on Google Pixel smartphones by visiting our dedicated guide here.

It is worth mentioning that the beta/preview builds might not have all the new software features you’ll come to associate with Android 12. To be precise, Google gives developers the chance to test their apps against new Android platform APIs months before the next Android version becomes available for the general public. Hence, the builds mentioned on this page are aimed at the developer community only and are not intended to be used by end-users.

Navigate this page:


Download Android 12 Beta 4.1

Google Pixel

For Google Pixel devices, you can download Beta 4.1 from the links below:

GSI Downloads

For non-Google devices, you can either wait for your OEM to release a compatible build for your device, or sideload a GSI. The Android 12 Beta GSI download links and the installation guide can be found here.

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

For those who don’t prefer the manual installation route, you can install the Beta build using the Android Flash Tool. The web-based installer comes with a handy GUI-based wizard that greatly simplifies the flashing process.


Download Android 12 Beta 4

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Beta 3.1

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Beta 3

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Beta 2.1

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Beta 2

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Beta 1

Google Pixel

GSI Downloads

Architecture GSI Package
x86_64+GMS Download Link
ARM64+GMS Download Link
x86_64 Download Link
ARM64 Download Link

Download Android 12 Developer Preview 3


Download Android 12 Developer Preview 2.2


Download Android 12 Developer Preview 2.1


Download Android 12 Developer Preview 2


Download Android 12 Developer Preview 1.1


Download Android 12 Developer Preview 1

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OPPO’s first tablet could have a big screen and run a new version of ColorOS

OPPO is gearing up to launch a tablet to compete against rivals Xiaomi, Samsung, and Huawei, who have been around in the tablet space for a while now. While the iPad is still considered the king when it comes to tablets, there still is a market for Android tablets, especially for those who aren’t looking to spend a fortune. Huawei launched its MatePad Pro a couple of months back, and Xiaomi recently unveiled the Mi Pad 5 series with competitive specs and aggressive pricing. Now, we’re hearing that OPPO is also planning to launch its own tablet.

Noted leaker Digital Chat Station recently shared this information on Weibo. The news comes just a few weeks after OPPO’s sub-brand, Realme, teased its tablet — the Realme Pad — that will also launch sometime soon. OPPO’s tablet is rumored to be a premium offering, which is evident from its design. The frame or the bezels that go around the display appear to be quite thin, and the design from the front resembles that of the iPad Pro. Digital Chat Station says that the renders of the OPPO tab look similar to the Huawei MatePad Pro 12.6, although the size of the tablet is still unknown.

It’s evident from the render that the screen-to-body ratio is going to be pretty high. The tablet is expected to run a new version of ColorOS specifically designed for tablets. It is said to have a persistent dock bar across the UI similar to what we’ve seen on Apple’s iPadOS. The UI will also support desktop widgets that have quick operations. It seems like OPPO is focusing on a connected devices ecosystem, and the tablet will act as a hub to control smartphones, accessories, and IoT products like smartwatches, headsets, etc.

While we don’t have an estimate on when OPPO will launch the tablet or what specifications it will come with, it sure seems interesting. It will provide good competition to all the other tablet makers in the industry. Tablets aren’t as popular as they used to be at a point in time since smartphones with larger screens have taken over. What’s your stance on tablets? Do you still use one, or are you planning to buy one? Let us know in the comments below!

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