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mardi 11 août 2020

Gboard adds real-time voice transcription and translation

Google’s keyboard app is getting another big upgrade with version 9.7 beta. After rolling out smart completion, adding an “undo autocorrect on backspace” toggle, and testing new Google Assistant dictation support, Google is now rolling out real-time voice transcription and translation for all users of Gboard.

As noted by Android Police, transcribing and translating text aren’t new to Gboard, but they’re now married together. You could previously translate text in the keyboard app or dictate text with your speech, but the translate mode never allowed you to input text with your speech. Now with the translation interface open in Gboard version 9.7 beta, you can tap the microphone icon on the right to begin transcribing your voice. Once you hear an audio cue, speak in your native tongue and you’ll see the text translated to the language of your choice.

Via Android Police

Android Police said text entry is a little slow, but in their experience, it’s not a dealbreaker. After all, the app is doing double duty by transcribing and translating. While it appears that all language combinations (and even automatic language detection) are supported, there does seem to be a character limit in the translate box (about 200 characters), so keep that in mind.

Google Translate is already capable of real-time transcription, but it’s nice to have similar functionality built into Google’s keyboard app. That adds a layer of convenience and makes it easy to transcribe and translate from any app you’re using.

Google confirmed to AndroidPolice that real-time voice transcription and translation are rolling out to everyone, so be on the lookout for the feature in the coming days. You can install the latest version of the Gboard app from the Google Play Store link embedded below or from APKMirror to increase your chances of having the feature be made available to you.

Gboard - the Google Keyboard (Free, Google Play) →

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[Update 3: Qualcomm Wins Appeal] Qualcomm ordered to license modem patents to other chip makers

Update 3 (8/11/20 @ 3:00 PM ET): A federal appeals court has reversed a lower court’s ruling that Qualcomm must stop bundling its patent licenses with its chip sales. More details at the bottom.

Update 2 (8/23/19 @ 2:10 PM ET): Qualcomm’s ordering to license patents to rival chipmakers has been put on hold.

Update 1 (5/22/19 @ 9:50 AM ET): A US judge has ruled in favor of the FTC and now Qualcomm must stop bundling patent licensing deals with its hardware. The article, as originally published on November 7, 2018, is as follows.

Qualcomm has been facing legal battles these last two years. Regulatory bodies such as the FTC have filed lawsuits against the company. Qualcomm has been targeted by South Korea, Taiwan, China, and the European Union over anti-competitive patent licensing. Separately, the company has been battling Apple with respect to a wide range of intellectual property issues. Now, a federal court has ruled that Qualcomm must license its modem patents to other chip makers, a decision which has the potential to have many ramifications in the market.

The ruling was with respect to the FTC lawsuit against Qualcomm, which was filed in early 2017. The crux of the lawsuit was related to the issue of whether Qualcomm was using anti-competitive practices to maintain a monopoly over smartphone modems. That wasn’t judged upon in this ruling. However, the court did role upon whether Qualcomm has to license standard essential patents to competitors. The company does have to do that.

Qualcomm agreed to two separate policies that said it would offer select patents on a non-discriminatory basis. These patents are essential to wireless standards and are only accepted into the standards because of Qualcomm’s agreement to license to other chip makers. The court stated that it was unambiguous that Qualcomm was wrong in this issue.

The court wrote that if Qualcomm was allowed to keep its standard essential patents to itself, it would enable the company to “achieve a monopoly in the modem chip market and limit competing implementations of those components.” This hints that the US-based chip maker is, indeed, in the danger zone of being held guilty for using anti-competitive practices.

The effect of the ruling is that Qualcomm will now have to license patents necessary for building a smartphone modem to competing companies like Intel. The difference will be that until now, Qualcomm has only offered those licenses to companies that directly manufacture smartphones, and it only offered those modems when it was directly selling chips to these companies.

Intel, therefore, has had to work around Qualcomm’s patents to sell its own modems. Giants like Apple and Samsung have largely relied on Qualcomm’s chips in their phones. This is the reason why Samsung sells Snapdragon versions of its flagship phones in the US. Most phones sold in the US market feature Qualcomm modems to ensure compatibility with the legacy CDMA standard. (Recent developments include Apple switching to Intel’s modems in the newer iPhones. Samsung, meanwhile, uses its own Exynos modem for the international variants of its flagship phones.)

One potential effect of this ruling is that it can enable other companies’ modems to be more competitive than they are today. Intel is one of Qualcomm’s most high-profile competitors, but the company traditionally has been a step or two behind when it comes to cutting-edge wireless technology. On the other hand, Samsung’s Exynos modems have traditionally matched or even bettered the Qualcomm modems in terms of specifications in recent Samsung flagship phones.

Another related issue was the issue of how much Qualcomm can charge for these essential patents. In its lawsuit, the FTC has also accused Qualcomm of charging excessively high fees for its patents, a claim mirrored by Apple. This comes despite the fact that the agreements require the company to impose “reasonable” fees. The courts are yet to issue a ruling on this matter.

Via: The Verge


Update 1: Ruled anti-competitive

After the federal court ruling in favor of the FTC last year, Qualcomm was ordered to license patents to competing chipmakers. Now, a US judge has ruled in favor of the FTC again, and Qualcomm must stop bundling patent licensing deals with its hardware. The ruling also means they must agree to grant patents to competitors on fair terms. The previous ruling did not change how much Qualcomm could charge for patents and the judge said their practices have “strangled competition.”

Qualcomm will be monitored for 7 years to ensure it complies with this new ruling. The company said it will appeal the ruling and “we strongly disagree with the judge’s conclusions.” They claim the phone market is healthy and competitive, but the judge pointed to competitors such as MediaTek who have been harmed by Qualcomm’s practices. We will continue monitoring this story.

Source: FOSS Patents / Via: The Verge


Update 2: Paused

Qualcomm was ordered to license patents to rival chipmakers and to stop bundling licenses with chip sales nearly a year ago. Now, Qualcomm has won a partial stay in the ruling, reports Reuters. The US 9th Circuit Court of Appeals put the previous provisions on hold today.

“The government itself is divided about the propriety of the judgement and its impact on the public interest.”

The pause will remain in effect while the appeals process plays out, which could take over a year.

Source: Reuters


Update 3: Qualcomm Wins on Appeal

The Federal Trade Commission has suffered another loss in its ongoing case against American chip design company Qualcomm. The FTC is suing Qualcomm over the company’s patent licensing practices, which saw that companies had to pay patent licensing fees to Qualcomm before being allowed to purchase the company’s Snapdragon chips. The FTC believed this was anticompetitive and thus filed an antitrust suit against Qualcomm. In November of 2018, a U.S. federal court ruled against Qualcomm and ordered that the company stop bundling licenses with chip sales. This ruling was reaffirmed by a U.S. federal judge in May of 2019 but was put on hold in August of 2019 pending an appeal to the U.S. 9th Circuit Court of Appeals.

Today, the federal appeals court sided with Qualcomm (Federal Trade Commission v. Qualcomm Inc., 19-16122, U.S. Court of Appeals for the Ninth Circuit), rejecting an earlier ruling that ordered Qualcomm to redo its licensing agreements with smartphone makers. As reported by Bloomberg, these licensing agreements generated $4.6 billion in revenue for Qualcomm last year. Today’s ruling may not be the end of the FTC’s suit, though, as the agency can ask for the suit to be reconsidered by the full appeals court.

The post [Update 3: Qualcomm Wins Appeal] Qualcomm ordered to license modem patents to other chip makers appeared first on xda-developers.



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Google Clock’s Bedtime tab and Sunrise Alarm are now available for all Android phones

Google’s third Pixel Feature Drop for Pixel devices brought new features to the Google Clock app to help you get a better night’s sleep. Google said the feature would be available this summer for all Android devices, and they’re keeping their word. Today, Google announced that the Bedtime tab in the Clock app will be available for all devices.

With the Bedtime tab in Clock, users can track their screen time at night, maintain a consistent sleep schedule, and fall asleep to sounds from services such as Calm, Spotify, or YouTube Music. You can also turn on things like Do Not Disturb to limit notifications and a Grayscale mode to make your phone less appealing to read at night.

 

While the Bedtime tab in the Clock app is great for falling asleep, Google wants to make waking up pleasant as well. That’s where Sunrise Alarm comes in. The feature will present visual cues and play your favorite sounds or song 15 minutes before your scheduled wakeup time. The hope is to wake you up more gently, rather than using a jarring alarm at a specified time.

If you have a device running Android 6.0 Marshmallow or higher, you can download the Google Clock app from the Google Play Store link embedded below and start using the new features in the Bedtime tab starting today. If you have Digital Wellbeing installed, which is a requirement for any GMS device running Android 10, then you can turn on Bedtime mode in Digital Wellbeing’s settings or schedule it directly from inside the Clock app. For a full list of bedtime features in the Google Clock app, visit this support page.

Clock (Free, Google Play) →

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Google is turning your Android phone into an early earthquake alert system

Google on Tuesday announced it is planning to roll out an earthquake early alert system on Android phones. The system, which will first deploy in California, could provide the public with a few seconds warning before an earthquake strikes.

In California, Google partnered with the United States Geological Survey (USGS) and the California Governor’s Office of Emergency Services (Cal OES) to send earthquake alerts directly to Android devices in the state. Those alerts are powered by ShakeAlert, a system that analyzes seismic data from over 700 seismometers installed in California, calculates preliminary magnitudes, and estimates which areas in the state will feel shaking. Since last October, Californians had access to an app called “MyShake” which used Wireless Emergency Alerts (WEA) to disseminate alerts powered by ShakeAlert. The office of California Governor Gavin Newsom says that Google’s new system “will use the same data feed to receive and distribute alerts as the state’s Earthquake Early Warning System” used by MyShake.

The benefit of Google’s new system is that it does not require the installation of a dedicated app. And, if you opt in to the new program, your Android phone will become a mini seismometer as part of the Android Earthquake Alerts System. With millions of Android phones out there, Google could potentially form the largest earthquake detection network on earth. Not every region has a network of seismometers set up as California does, so that’s where Google’s network of Android phones come in. By utilizing a phone’s accelerometers, Android devices could send a signal to an earthquake detection server when it senses an earthquake might be happening.

Google said Android devices are sensitive enough to detect both types of waves — P (primary) wave and S (secondary) wave — associated with earthquakes. People don’t normally feel the P wave which is the first and fastest wave from the epicenter, whereas the S wave, which is slower but usually larger, typically does more damage. Android devices could detect a P wave and then warn people to prepare for the S wave.

Although Google’s system can detect the occurrence, location, and strength of an earthquake using Android phones, the search giant can’t warn users closest to the epicenter in time. As Google explains:

The biggest key thing is that the phones that are nearest to the earthquake can help users away from the earthquake know about it. One of the limitations of the system is that we can’t warn all users before an earthquake reaches them. The users closest to the epicenter of the earthquake just aren’t likely to get a warning in time because we’re not predicting earthquake ahead of time.

In places where there isn’t a sophisticated network of seismometers, Google will use its network of phones to show localized results in Google searches for earthquakes. When you search “earthquake” or “earthquake near me”, for example, Google will show relevant results for your area as well as helpful resources on what actions to take after an earthquake. Once Google is happy with the accuracy of its system, it will eventually send out earthquake warnings directly to Android phones.

Android users will not need an OS upgrade to get this feature. Instead, the feature will be integrated into Google Play Services, as we previously reported. Thus, it will be available on the vast majority of Android devices, regardless of the Android OS version. The only exceptions are devices without Google Mobile Services, which includes devices sold in China and new devices from smartphone brands Huawei or Honor.

Earthquake alerts will be tested in California first because of its complex seismometer network. Over the coming year, however, Google said it will bring earthquake alerts to other states and countries around the world. As reported by The Verge, Google also plans to open up an earthquake detection API, but the company wants to first fine-tune the system and minimize false positives.

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HMD Global, maker of Nokia Android smartphones, raises $230 million from Google, Qualcomm, and others

Finnish company HMD Global released its first Android smartphone in early 2017, the Nokia 6. Since then, the Nokia licensee has sold tens of millions of Android smartphones (and millions more feature phones), according to data collected by research firm Counterpoint Research. HMD Global’s smartphone business has seen success largely thanks to the power of the Nokia brand and the company’s strategy of selling many different smartphones across the budget and mid-range price spectrum. Now, the company has announced that it has raised $230 million in funding from some of its top global strategic partners, which includes Google, Qualcomm, and Nokia, as reported by VentureBeat.

In a press release published today, HMD Global announced that it intends to use the funding to expand its 5G smartphone business, transition to “digital-first” offerings in light of the increased number of people staying at home due to COVID-19, grow its presence in key markets like Brazil, Africa, and India, and strengthen its mobile service business.

HMD Global’s smartphones are designed by the company and manufactured by FIH Mobile, a subsidiary of Foxconn. The company ships a near stock version of Android on its smartphones and promises 3 years of monthly Android security patch updates and 2 years of Android OS upgrades under Google’s Android One program. The company uses SoCs from both MediaTek and Qualcomm in its smartphones, though the company’s first 5G-enabled smartphone, the Nokia 8.3, features Qualcomm’s Snapdragon 765G. The Nokia 8.3 was announced back in March and is launching in the U.S. this fall for an undisclosed price. With its new funding, HMD Global plans to increase its presence in the U.S. market in addition to Brazil, Africa, and India. And since HMD Global is a European company, they’re largely insulated from the escalating trade war between the U.S. and China, meaning they’re positioned nicely to swoop in where other Chinese smartphone makers may be forced to cut back.

HMD Global’s plans extend beyond smartphones, too. Earlier this year, the company launched HMD Connect, a SIM card with global data roaming. They also acquired the assets of Valona Labs, a mobile, enterprise, and cybersecurity software company, and launched a new “Centre of Excellence” in Finland to transition the company to a combined hardware and services company. The company faces tough competition from Chinese device makers, but this recent round of funding shows that investors are confident in the future of HMD Global’s phone business.

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Download: OnePlus 8 and OnePlus 8 Pro receive OxygenOS 11 based on Android 11 Developer Preview 3

Just a day ago, OnePlus released a “Developer Preview” build of HydrogenOS 11 based on Android 11 for the OnePlus 8 series. Matter of fact, a similar build of OxygenOS 11 was expected to arrive on the same date, but it got delayed a bit due to the lengthy approval process. The wait is finally over, as the OEM has now released OxygenOS 11 builds for the OnePlus 8 and the OnePlus 8 Pro that are based on Android 11 Beta 3.

OnePlus 8 XDA Forums || OnePlus 8 XDA Pro Forums

Similar to the HydrogenOS 11 Developer Preview builds released earlier, the new OxygenOS 11 builds are mostly feature complete. Since HydrogenOS and OxygenOS are very close in terms of UI and core features, all the revamped UI elements and the new functionalities of HydrogenOS 11 (except the China-specific features) have made their way to OxygenOS 11 as well.

Buy from Amazon.in: OnePlus 8 || OnePlus 8 Pro

Here are some of the key update elements of this new build:

  • New visual design (including Weather app, Launcher, Gallery, Notes)
  • New layout for more comfortable and convenient one-handed operation
  • Always-on display function, including 11 new clock styles
  • Live wallpaper that changes according to the time of day
  • New OnePlus Sans font that improves readability
  • Optimized Dark Mode, including the ability to automatically turn on and off and a shortcut in Quick Settings
  • 3 new Zen Mode themes, more timing options, and new Group feature to let you experience Zen Mode with your friends
  • New Gallery function that automatically creates a weekly story based on your photos and videos
oneplus_8_oxygenos_11_android_11_dp3

Thanks to OnePlus Community member Ching_Nam_Ip for the screenshot!


Download: OxygenOS 11 based on Android 11 Beta 3 for the OnePlus 8 and OnePlus 8 Pro

You can download the builds from the links below:

Download OxygenOS 11 (Android 11 Beta 3): OnePlus 8 || OnePlus 8 Pro

After downloading the appropriate package for your phone, go to Settings > System > System Updates, and then click on the top-right icon and select Local Upgrade option. From there, select the update package that you have downloaded and proceed. The update should successfully flash on your device.

In case you want to revert back to the stable release channel based on Android 10, download the relevant downgrade package for your model and flash it using the built-in updater module as mentioned above.

Downgrade package download links:

It is highly recommended that you backup your data before proceeding as the update and downgrade processes will wipe everything on your device. Note that the aforementioned beta builds are not compatible with Verizon and T-Mobile variants of the OnePlus 8 series.


Source: OnePlus Forums

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Xiaomi Mi 10 Ultra and Redmi K30 Ultra are flagships commemorating Xiaomi’s 10th anniversary

Xiaomi is turning 10 years old this year, and it’s incredible to see the company reach new heights in global success. The journey that began with the humble Mi 1 has encompassed a plethora of innovative devices spanning across budgets and use-cases, and even crossing over the smartphone domain and into smarter home products. Xiaomi is celebrating its tenth anniversary with some style, by launching two new smartphones. Meet the new Xiaomi Mi 10 Ultra and the Redmi K30 Ultra.


Mi 10 Ultra

Specifications

Specification Xiaomi Mi 10 Ultra
Dimensions & Weight
  • 162.38 × 75.04 × 9.45 mm
  • 221.8g
Display
  • 6.67″ OLED
  • 2340 x 1080
  • HDR10+
  • 120Hz refresh rate
  • 240Hz touch response
  • 10-bit display
  • MEMC
  • Peak Brightness: 1120 nits
  • Hole-punch for camera
SoC Qualcomm Snapdragon 865:
  • 1x Kryo 585 (ARM Cortex-A77-based) Prime core @ 2.84GHz
  • 3x Kryo 585 (ARM Cortex-A77-based) Performance core @ 2.4GHz
  • 4x Kryo 385 (ARM Cortex A55-based) Efficiency cores @ 1.8GHz

Adreno 650

RAM & Storage
  • 8GB LPDDR5 + 128GB UFS 3.1
  • 8GB + 256GB
  • 12GB + 256GB
  • 16GB + 512GB
Battery & Charging
  • 4,500 mAh battery
  • 120W wired fast charging
  • 120W fast charger in the box
  • 50W wireless fast charging
Fingerprint sensor In-display fingerprint sensor
Rear Camera
  • Primary: 48MP, custom 1/1.32″ sensor (OV48C), 2.4µm pixels after pixel-binning, OIS, EIS, Laser Autofocus
  • Secondary: 20MP, ultra-wide-angle, 128° FoV
  • Tertiary: 48MP, periscope, 5x optical zoom, 120x digital zoom
  • Quarternary: 12MP, depth sensor, 2x optical zoom
Front Camera 20MP
Other Features
  • 5G: SA/ NSA
  • Wi-Fi 6
  • USB Type-C
  • NFC
  • Bluetooth v5.0
  • Stereo speakers, Hi-Res Audio certified
Android Version Android 10 with MIUI 12

The Xiaomi Mi 10 Ultra is a special upgrade over Xiaomi’s existing flagships, the Mi 10 and Mi 10 Pro. It takes the familiar flagships, which already boasted of some top-of-the-line specifications, and takes it all the way into overkill territory by packing in features such as a 120Hz display, 120W wired fast charging, 120x digital zoom, and copious amounts of RAM and storage.

Xiaomi Mi 10 Ultra

The phone also comes with a 120W fast charger in the box, making it the fastest charging smartphone available in the market. The phone can go from 0% to 41% in 5 minutes, and a full charge of the 4,500 mAh battery takes only 23 minutes. The Mi 10 Ultra also comes with 50W wireless fast charging support, which is quicker than most wired solutions in the market, charging the battery completely in 40 minutes. You also get 10W reverse wireless charging.

The camera setup on the Mi 10 Ultra is also slightly different. The main sensor is a 48MP custom 1/1.32″ sensor (OmniVisions’s OV48C) which can output 2.4µm pixels after pixel-binning, along with OIS, EIS, and laser autofocus. The wide-angle camera is a 20MP shooter with a 128° FoV, that can also be used for 2.5cm far macro shots. The periscope camera is a 48MP shooter with OIS and EIS and the ability to zoom digitally up to 120x. Last but not the least, the 12MP portrait camera can also be used for a 2x optical zoom. For videos, you can shoot in 8K on the main sensor as well as on the periscope camera.

Xiaomi Mi 10 Ultra

Mi 10 Ultra: Pricing and Availability

The Mi 10 Ultra comes in three color variants: Dazzling Silver, Ceramic Black, and Transparent Edition. If previous transparent editions are any clue, the Mi 10 Ultra’s transparent edition wouldn’t actually come with a transparent back — the back graphic underneath the glass would merely depict a prettier, cleaned-up version of the phone internals.

The Xiaomi Mi 10 Ultra will be available in China for:

  • 8GB + 128GB: CNY 5299 (~$762)
  • 8GB + 256GB: CNY 5599 (~$806)
  • 12GB + 256GB: CNY 5999 (~$863)
  • 16GB + 512GB: CNY 6999 (~$1,008)

Redmi K30 Ultra

Xiaomi Redmi K30 Ultra

Specifications

Specification Redmi K30 Ultra
Dimensions & Weight
  • 163.3 x 75.4 x 9.1 mm
  • 213g
Display
  • 6.77″ FHD+ AMOLED
  • 1080 x 2400
  • 120Hz refresh rate
  • 240Hz touch response rate
  • HDR 10+
  • Peak Brightness: 1200 nits
  • Pop-up camera
SoC MediaTek Dimensity 1000+ SoC:
  • 4x ARM Cortex-A77 @ 2.6GHz
  • 4x ARM Cortex-A55 @2.0GHz
  • 7nm

Mali-G77 GPU

RAM & Storage
  • 6GB + 128GB
  • 8GB + 128GB
  • 8GB + 256GB
  • 8GB + 512GB
Battery & Charging
  • 4,500 mAh battery
  • 33W fast charging
  • Supports Qualcomm Quick Charge 4+, USB Power Delivery
Fingerprint sensor In-display fingerprint sensor
Rear Camera
  • Primary: 64MP Sony, 1/1.7″ sensor
  • Secondary: 13MP, ultra-wide-angle, 119° FoV
  • Tertiary: 5MP, macro
  • Quarternary: Depth sensor
Front Camera 20MP
Other Features
  • Pop-up front camera
  • 5G: SA/ NSA
  • Wi-Fi 6
  • USB Type-C
  • NFC
  • Bluetooth v5.1
  • IR Blaster
  • Stereo speakers, Hi-Res Audio certified
Android Version Android 10 with MIUI 12

The Xiaomi Redmi K30 Ultra was already leaked previously, so we had a fair idea of what to expect. The design remains similar to other devices in the K30 5G lineup. This device features the MediaTek Dimensity 1000 Plus SoC, which is similar in overall specifications as the Dimensity 1000 SoC. Other notable highlights of the device include a 4500 mAh battery that is 33W fast charge ready and also compatible with Qualcomm Quick Charge 4+ and USB Power Delivery.

Xiaomi Redmi K30 Ultra

Redmi K30 Ultra: Pricing and Availability

The Redmi K30 Ultra will be available in three color variants in China. The phone will be available at the following prices:

  • 6GB + 128GB: CNY 1999 (~$288)
  • 8GB + 128GB: CNY 2199 (~$317)
  • 8GB + 256GB: CNY 2499 (~$360)
  • 8GB + 512GB: CNY 2699 (~$389) // Special sale price: CNY 2499

What are your thoughts on the Xiaomi Mi 10 Ultra and the Xiaomi Redmi K30 Ultra? Let us know in the comments below!

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