LG Wing and Samsung Galaxy S20 FE kernel sources are now available

The foundation of Android is built on top of the Linux kernel, thus OEMs are obliged to provide the source code (upon request) for any Linux kernel binaries that ship on their Android-powered devices. Apart from the compliance with the GNU General Public License v2, kernel source releases also help developers cook up custom ROMs and enhanced third party kernels which, in turn, boosts the aftermarket modding scene for the device. Manufacturers like LG and Samsung have a good track record of releasing such sources in a timely manner and they have now posted kernel source codes for the LG Wing and the Galaxy S20 FE, respectively.

LG Wing

The LG Wing (our hands-on preview) features an innovative design with a swiveling main display and a small secondary display hidden underneath. The Qualcomm Snapdragon 765G-powered device runs LG UX based on Android 10 out of the box. Below you can find the kernel sources for different variants of the LG Wing, including LMF100EM, LMF100EMW, LMF100N, LMF100NO, and LMF100VMY.

LG Wing Kernel Sources || LG Wing XDA Forums

LG has a love-hate relationship with the power users, as only a handful of phones manufactured by the Korean OEM are whitelisted for bootloader unlocking. Now that the kernel source code for the LG Wing is up, we hope that the company will soon allow bootloader unlocking on this phone.

Samsung Galaxy S20 FE

Samsung has launched two variants of the Galaxy S20 FE so far: A 5G variant powered by the Snapdragon 865 and a 4G variant powered by the Exynos 990 SoC. Both models feature a 120Hz high refresh rate display and a triple camera setup on the back, but their RAM and storage configurations are different. At the time of reporting, we can only spot the kernel source code corresponding to the model numbers SM-G781B and SM-G781U, which are the Snapdragon 5G models.

Samsung Galaxy S20 FE Kernel Sources || Samsung Galaxy S20 FE XDA Forums

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You can now run some x86-64 Windows apps on Windows 10 on ARM via Hangover

If you’ve woken up from the weekend, with a bad hangover, you can take comfort in a good Hangover instead. Users of devices running PowerPC or ARM64 devices, rejoice – your prayers have been answered, as you can now run a range of Windows x86/x64 apps on your machine, thanks to Hangover’s latest Alpha release. For the uninitiated, Hangover is a WINE-based virtualization platform, originally set up to explore ways of creating compatibility between 64-bit ARM-powered devices and their x86-based cousins. Now, thanks to a collaboration with Raptor Computing Systems, it is using the technology to create a similar solution for PowerPC.

The solution works by running WINE 64-bit on the host, coupled with an especially adapted QEMU instance, and a whole bunch of “thunk” libraries to stitch it all together. The result is a virtualized version of your favorite Windows apps – though that promise comes with a massive caveat.

Although progress is still ongoing, there’s a surprising amount it can already do, even basic 3D rendering and Direct3D if you have OpenGL installed. However, if you need something that you can rely on for every Windows app you throw at it, this really isn’t for you. It may be one day, but this, by the developers’ own admission, is a very Alpha-y Alpha and isn’t ready to be relied on as an alternative to a Windows-native PC yet. Hangover now allows Windows x86/x64 apps to run on ARM 64, PPC64LE, x86_64 – but all very much ‘in theory’ – your results may differ. Users may note that Android support has been removed in this build. That may come as a disappointment, but it hasn’t worked properly for a while and it seems the developers have decided to disable it for the present and the foreseeable future.

For more information, and to download the Hangover Alpha, click the source link to be taken to the GitHub repository.

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Source: Github/AndreRH
Story Via: Phoronix

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Here’s when the LG Wing lands on AT&T and T-Mobile in the U.S.

After debuting on Verizon in September this year, the LG Wing is finally making its way to AT&T and T-Mobile users in the US. The innovative device, which features a swiveling display and a gimbal camera, will be available for T-Mobile and AT&T customers starting November 6th.

LG Wing: Specifications

Specification	LG Wing 5G
Dimensions & Weight	169.5 x 74.5 x 10.9 mm 260g
Display	Main Display: 6.8″ FHD+ P-OLED FullVision display 20.5:9 aspect ratio 2,460 x 1,080 resolution Second Display: 3.9″ G-OLED display 1.15:1 aspect ratio 1,240 x 1,080 resolution
SoC	Qualcomm Snapdragon 765G: 1x Kryo 475 (ARM Cortex-A76-based) Prime core @ 2.4GHz 1x Kryo 475 (ARM Cortex-A76-based) Performance core @ 2.2GHz 6x (ARM Cortex-A55-based) Efficiency cores @ 1.8GHz 7nm EUV process Adreno 620
RAM & Storage	8GB + 256GB Expandable via microSD card slot
Battery & Charging	4000 mah Qualcomm Quick Charge 4.0+ Wireless Charging
Fingerprint sensor	In-Display Fingerprint Sensor
Rear Camera	Primary: 64MP, f/1.8 Secondary: 13MP, ultra-wide-angle, f/1.9, 117° FoV, 1.0µm pixels Tertiary: 12MP, ultra-wide, big pixel, f/2.2, 120° FoV, 1.0µm pixels, gimbal motion camera
Front Camera	32MP, f/1.9, pop-up camera
Other Features	Wi-Fi 802.11 a,b,g,n,ac Bluetooth 5.1 NFC USB 3.1 Type-C
Android Version	LG UX based on Android 10

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T-Mobile subscribers will be able to purchase the Aurora Gray and Illusion Sky color variants of the LG Wing for its full retail price of $999 (+tax) or by paying $41.67/month for 24 months with a $0 down payment. Additionally, T-Mobile subscribers will be able to pick up a second LG Wing for free after they complete their 24 monthly bill credits as part of the provider’s BOGO offer.

AT&T, on the other hand, is offering the device for an installment plan of $35/month for 30 months with a $0 down payment or a one-time payment of $1,050. In case you have an eligible device to trade-in, you’ll be able to purchase the LG Wing for as low as $11.67/month for 30 months. The trade-in plan will be available for both new and existing customers, however, it will only be available to subscribers who are on (or switch to) an eligible unlimited plan from the provider.

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Source: T-Mobile, AT&T

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Exclusive: This is the Sony Ericsson VAIO smartphone that never came to be

A few weeks ago we got our first look at the Sony Ericsson Xperia Play 2 — an unreleased Android smartphone from the early 2010s that had the potential to revolutionize the mobile gaming industry. Designed to play PlayStation mobile games, the Xperia Play 2 featured a sliding display with a controller, completed with a D-Pad, PlayStation buttons, Start, Select, and two touch-sensitive joysticks, hidden underneath. Looking at its design, I couldn’t help but wonder what would happen if Sony resurrected the design today with current-gen hardware. How big of a splash it would make, especially considering that both mobile gaming and cloud gaming services are steadily gaining popularity around the world? Today, I have similar questions about another unreleased Sony Ericsson smartphone from the same time period.

Back in 2010, Engadget published a report about a Sony Ericsson prototype smartphone that featured a 5.5-inch display and a hinged slide-out keyboard. While the device never saw the light of day, we have now managed to procure high-quality images of the device that give us a good look at what could have been a gamechanger for the company.

The Sony Ericsson VAIO prototype that you see in the attached images predates the first VAIO Android smartphone that hit the market in 2015, after VAIO had parted ways with Sony. The device features a tall 5.5-inch display with chunky bezels on the top and bottom, which was a common sight back in the day.

It runs on Android 2.1 Eclair and, as such, it features physical back, home, and menu keys underneath the display. But none of this is unusual for an Android smartphone from that era.

What is unusual, however, is the prototype’s two-stage hinge mechanism that first slides the display out flat and then inclines it up to reveal a full-sized keyboard with comfortable spacing and great travel.

And despite the space constraints, it even features a second set of Android buttons to the left of the spacebar, a dedicated search button, and a function key.

Over on the back, the Sony Ericsson VAIO prototype features prominent VAIO branding bang in the center, a small Sony Ericsson logo at the top next to the single rear-facing camera and flash, and a Prototype badge at the bottom.

It even has four rubber feet at the bottom for traction which would really come in handy while using it on a desk. For connectivity, the device looks to have a headphone jack on the leading edge and a mini USB port on the trailing edge.

Much like the Xperia Play 2, this Sony Ericsson VAIO prototype was way ahead of its time. In my opinion, if Sony were to launch a similar design today, professionals who often have to work on the go would line up to purchase the smartphone. And with Android now boasting a much more mature ecosystem of apps and features, the smartphone would have a stronger chance of carving a niche in today’s smartphone market than it did back in the day.

What do you think of this Sony Ericsson VAIO prototype? Would you consider purchasing an Android smartphone with a physical keyboard? Or do you think this form factor and the physical keyboard aren’t as relevant anymore? Share your thoughts in the comments section below.

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Raspberry Pi 400 is a $70 personal Pi computer built into a keyboard

The folks over Raspberry Pi Foundation have introduced yet another product. The Raspberry Pi 400 is a unique device, especially for the ones who love minimalism. It is an ARM-based PC built right into a compact keyboard. It features a bunch of ports at the back allowing you to connect a display, a mouse, USB peripherals, and so on. It is priced at $70 for the standalone keyboard or as a ‘ready-to-go kit’ for $100. The kit bundles a mouse, power supply, a microSD card, an HDMI cable, and a beginner’s guide.

At the core of the Raspberry Pi 400 is a tweaked version of the Raspberry Pi 4 from last year. Thanks to a teardown by Jeff Geerling, we can also confirm that the underlying board is quite different and seems to be custom made. You get a Broadcom BCM2711 quad-core 1.8GHz ARM Cortex-A72 CPU, 4GB of LPDDR4-3200 RAM, Gigabit Ethernet, Bluetooth 5.0, and Dual-band (2.4GHz and 5.0GHz) 802.11ac Wi-Fi.

Now the design is very familiar as it looks like the Raspberry Pi keyboard that was launched last year. The only difference here is the variety of ports. These include two micro-HDMI with support for up to 4K resolution at 60Hz, two USB 3.0 ports, and a USB 2.0 port. There is also a microSD card slot for storage, a USB Type-C port to power the device, and a 40-pin GPIO (General-purpose input/output) header as well. It will be offered with a 78- or 79-key layout depending on the region. Customers will have the option of UK, US, German, French, Italian, and Spanish layout with additional variants for the Norwegian, Swedish, Danish, Portuguese, and Japanese coming soon in the future.

The company is banking on the form factor. While Raspberry Pi offers excellent value for money hardware, it is often overshadowed by usability. “User-friendliness is about more than performance: it can also be about form factor. In particular, having fewer objects on your desk makes for a simpler set-up experience,” says Eben Upton, Chief Executive Raspberry Pi Trading. The Raspberry Pi 400 looks appealing and can be a great option if you are looking for a tiny, fuss-free PC for multimedia and coding purposes. Simply power up the keyboard, hook up a monitor and mouse, and you are good to go.

Customers in the UK, US, and France can get their hands on the Raspberry Pi 400 kits and computers starting today. It is expected to reach Raspberry Pi Approved Resellers in Italy, Germany, and Spain next week. Additionally, resellers in India, Australia, and New Zealand should start to offer the kits and computers by the end of the year. The company is also seeking compliance certification for other territories. Expect more regions to be added in the early months of 2021.

A couple of weeks back the company had announced the Raspberry Pi Compute Module 4, successor to the Raspberry Pi Compute Module 3+. Instead of the JEDEC DDR2 SODIMM mechanical standard that comes with I/O signals on an edge connector, the Compute Module offers I/O signals on two high-density perpendicular connectors — one for power and low-speed interfaces, and one for high-speed interfaces. In doing so, Raspberry has managed to reduce the overall footprint of the module letting users achieve smaller form factors for their products.

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Vivo V20 SE with Snapdragon 665 and 32MP front camera launched in India for ₹20,990 (~$282)

Vivo has expanded the Vivo V20 series in India with a new entry in the form of the Vivo V20 SE. The new Vivo V20 SE slots below the standard Vivo V20 and Vivo V20 Pro and offers watered-down specifications at a lower price point.

Vivo V20 SE: Specifications

Specification	Vivo V20 SE
Dimensions and Weight	74.08 x 161 x 7.83 mm 171g
Display	6.4-inch AMOLED, 20:9 2400 x 1080 (FHD+)
SoC	Qualcomm Snapdragon 665: 4x Kryo 260 (ARM Cortex-A73-based) Gold cores @ 2.0GHz 4x Kryo 260(ARM Cortex-A53-based) Silver cores @ 1.8GHz 11nm EUV process Adreno 610 GPU
RAM and Storage	8GB RAM 128GB flash storage
Battery & Charging	4,100 mAh battery 33W fast charger (inside the box)
Rear Camera	Primary: 48MP Quad Pixel f/1.8 Secondary: 8MP ultra-wide, f/2.2, 120-degree Tertiary: 2MP bokeh, f/2.4
Front Camera	32MP f/2.0
Connectivity	4G LTE Bluetooth 5.0 Type-C port WiFi 802.11.b/g/n/ac (2.4GHz + 5GHz)
Other Features	In-display fingerprint scanner
Software	Android 10 with Funtouch OS 11

From the front, the Vivo V20 SE looks identical to its bigger brother V20, sporting the same 6.44-inch AMOLED display with a waterdrop notch. Fueling the device is Qualcomm Snapdragon 665 SoC, a rather odd choice for a mid-ranger at this price, especially in a market with several competitors offering much better chipsets at similar price points. For what it’s worth, the chipset is paired with a generous 8GB of RAM and 128GB of storage along with microSD card support.

In the imaging department, the phone flaunts triple rear cameras on the back, consisting of a 48MP f/1.8 primary sensor, 8MP f/2.2 ultra-wide-angle, and a 2MP depth sensor. For selfies, there’s a 32MP f/2.0 camera on the front with support for Vivo’s Super Night mode for better low-light photos.

The Vivo V20 SE is powered by a 4,100 mAh battery and comes with a 33W FlashCharge fast charger, which the company claims can charge the battery from 0% to 62% within 30 minutes. Other highlights of the device include an in-display fingerprint sensor, Bluetooth 5.0, dual-band Wi-Fi, USB Type C, micro SD card support, and a 3.5mm audio jack. The Vivo V20 SE comes running Android 10 out-of-the-box with Vivo’s Funtouch OS 11 on top.

Save for the chipset, the overall hardware on offer is decent for the price, but whether it will be enough to take on the seasoned competitors such as the POCO X3 and Realme 7 Pro remains to be seen.

Pricing & Availability

The Vivo V20 SE is priced at ₹20,990 (~$282) for the 8GB/128GB variant and will go on sale in India starting November 3. The device comes in two colors: Aquamarine Green and Gravity Black and will be available from offline and online partners. For online buyers, Vivo is offering a 1-time screen replacement, extra ₹2000 off on exchange, and no-cost EMI up to 12 months.

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WhatsApp publishes FAQ on upcoming Disappearing Messages feature

WhatsApp has been working on a new Disappearing Messages feature for the last few months. Evidence pointing towards the feature first popped up back in March this year, and we learned that it would allow users to send messages with a predefined expiration time on the platform. Then, in July, WhatsApp started testing the feature in version 2.20.197.4 beta with a couple of UI improvements and a universal seven-day expiration timer. Last month, we learned that the Disappearing Messages feature would also work with media files, allowing users to share disappearing images, videos, and GIFs on the messenger. As per a recent WABetaInfo report, WhatsApp has now shared additional information about the feature ahead of its official rollout in the form of an FAQ section on its website.

The new FAQ section reveals that WhatsApp users will soon receive a new ‘disappearing messages’ setting on the platform which will allow them to send messages that disappear after a seven days. The section states: “Once enabled, messages sent in the individual or group chat will disappear after seven days. The most recent selection controls all messages in the chat. This setting won’t affect messages you previously sent or received in the chat. In an individual chat, either user can turn disappearing messages on or off. In a group chat, only group admins can turn disappearing messages on or off.”

The section further notes that if a user doesn’t open WhatsApp in the seven day period, the message will disappear. However, the preview of the message may still be displayed in notifications until the app is opened. Furthermore, when replying to a disappearing message, the quoted text might remain in the chat after seven days thereby allowing users to view the content of the message even after it disappears. WhatsApp also reveals that if a disappearing message is forwarded to a chat that has the disappearing message setting turned off, the message won’t disappear after seven days. And finally, if a user creates a backup before a message disappears, the disappearing message will be included in the backup and it will be deleted only after the user restores the backup.

While the disappearing messages feature is undoubtedly a handy addition to the messaging platform, WhatsApp isn’t adding essential security features to prevent users from saving disappearing messages before they’re removed from the chat. The company notes that recipients will be able to save, forward, and take a screenshot of disappearing messages and the sender won’t be alerted of the same. Similarly, media shared using the feature will disappear from the chat but it will remain in the recipient’s device if they have auto-download turned on. And the sender won’t be alerted if the recipient saves, forwards, or takes a screenshot of the media before it disappears.

Along with the new FAQ section, WhatsApp has published concise tutorials for enabling/disabling disappearing messages on Android, iOS, KaiOS, Web, and Desktop. You can check out these tutorials by clicking on the respective link above.

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Via: WABetaInfo

Source: WhatsApp FAQ

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