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Vivo X21 Launched in India with in-display fingerprint sensor and Qualcomm Snapdragon 660 SoC
Different Look, Distinctive Design
Vivo is the fourth largest smartphone vendor in India. In March, the company launched the Vivo V9 in the country with a 6.28-inch notched display. This was the first smartphone to launch in India with the notch, but the choice to use the budget Qualcomm Snapdragon 626 system-on-chip meant that the phone did not compete well on value. The company had launched the higher-end Vivo X21 in China at the same time, which had better specifications. Then, rumors stated that the Vivo X21 would arrive in India in May.
Now, at an event in Delhi, Vivo has officially launched the Vivo X21 in India. The smartphone is the first to launch in India with an in-display fingerprint sensor. It costs Rs. 35,990 ($530) for the single 6GB RAM/128GB storage configuration, and its specifications are listed below.
12MP camera with Samsung S5K2L8 sensor, f/1.8 aperture, 2PD Dual Pixel autofocus 5MP depth-sensing camera with f/2.4 aperture 4K video recording at 30FPS
Front-facing camera
12MP front-facing camera with f/2.0 aperture
The Vivo X21’s design is similar to the Vivo V9 and the Oppo F7. The phone has thin side bezels, a display notch at the top, and a chin at the bottom. The dual cameras are vertically placed at the top left of the back. The phone has an aluminium frame and a glass back.
The most differentiating feature about the design is the in-display fingerprint sensor. In India, Vivo has launched a single variant of the X21 that has an in-display fingerprint sensor, choosing to skip the one that has a conventional fingerprint sensor.
In-display fingerprint sensors have been in the news since last year, but the technology has yet to be widely available in commercially shipping products. Last year, Vivo teamed with Qualcomm to demo an in-display ultrasonic fingerprint sensor. In March, it launched the world’s first phone with an in-display fingerprint sensor: the Vivo X20 Plus UD. The X20 Plus UD featured Synaptics’ optical in-display fingerprint sensor.
The Vivo X21, on the other hand, does not use a Synaptics fingerprint sensor. Instead, the in-display sensor is supplied by Goodix.
Display
The X21 has a 6.28-inch Full HD+ (2280×1080) Super AMOLED display with 406 PPI and a 19:9 aspect ratio. The phone has a 90% screen-to-body ratio, thanks to the presence of a display notch. The display’s specifications are very similar to the OnePlus 6. It’s protected by “3rd generation Gorilla 2.5D Glass.”
Performance
The Vivo X21 is powered by the octa-core Qualcomm Snapdragon 660 SoC. The SoC has four Kryo 260 Performance cores clocked at 2.2GHz and four Kryo 260 Efficiency cores clocked at 1.8GHz, paired with the Adreno 512 GPU. This chip is also used by the Nokia 7 Plus.
The phone comes in a single configuration with 6GB of RAM and 128GB of storage. It also has a hybrid microSD card slot (nano SIM/microSD) for expandable storage up to 256GB.
Audio
The X21 has the AK4376A Hi-Fi audio chip for better audio quality. It also retains the 3.5mm headphone jack like the OnePlus 6.
Cameras
The primary rear camera of the Vivo X21 has a 12MP Samsung S5K2L8 sensor with 2PD Dual Pixel autofocus and a f/1.8 aperture. It’s paired with a 5MP secondary camera that has a f/2.4 aperture.
The primary camera has “AI HDR,” Portrait and Bokeh, Live Photo, and Shot Refocus features. It can record 4K video at 30FPS, and slow motion video recording is also included.
The front-facing camera uses the same 12MP sensor as the primary rear camera. However, it has a f/2.0 aperture instead of the f/1.8 aperture of the primary rear camera.
Connectivity
The Vivo X21 has a 3200mAh battery with “Dual Charging Engine technology.” In terms of connectivity, it has dual nano SIM slots (nano SIM/microSD), Wi-Fi 802.11ac, Bluetooth 4.2, a 3.5mm headphone jack, 4G VoLTE, and… a microUSB port. The presence of a microUSB port at the price of Rs. 35,990 is perplexing. Vivo still refuses to move on to the newer, more advanced USB Type-C port.
Software
The phone is powered by FunTouch OS 4.0 (Vivo’s custom UI) on top of Android 8.1 Oreo. The software comes with Face Access (Vivo’s implementation of face unlock). Face Access has an in-built infrared light sensor for faster unlocking at night
It also has “AI Game Mode” that knows when the user is playing games. The Background Call feature lets users stay on call while gaming, and Game Mode prevents accidental touches as well.
Vivo X21 — Pricing and availability
Launch offers include Rs. 3000 off on regular exchange value, 5 percent cashback on SBI credit cards, and 280GB additional data by Vodafone.The Vivo X21 costs Rs. 35,990 ($530) in India. The smartphone is a Flipkart exclusive, and it is already available for purchase. The phone is available in Black, with the Gold color option set to be available later.
The phone competes with the OnePlus 6 and the Honor 10 at its launch price. The Nokia 7 Plus also uses the Snapdragon 660 chip, but it has an advantage of being Rs. 10,000 cheaper than the Vivo X21.
So you want to buy an Android smartphone or tablet. There are so many devices out there that it can be a real headache trying to decide what to get. If you can afford it, you could shell out hundreds of dollars for flagship devices like the Samsung Galaxy S9, Huawei P20 Pro, or Sony Xperia XZ2 Premium. You could alternatively go for a mid-range device like the Xiaomi Redmi Note 5 Pro, Honor 9 Lite, or Motorola Moto X4. Budget phones like the Nokia 1 or ZTE Tempo Go are also options. Despite vastly different specifications, features, and pricing, all of these devices have a few things in common: they’re made by major Android OEMs and are Certified Android devices so they can support the Google Play Store.
If you want to save money and buy/recommend a smartphone or tablet for yourself, a relative, or friend, then you may be on the lookout for a great deal on an Android smartphone or tablet that’s from a lesser-known manufacturer. Online retailers are chock full of these kinds of devices, many of which are from Chinese brands you’ve never even heard of. There’s nothing wrong with purchasing one of these devices, but you have to be careful about what you buy because they may not be Certified Android devices by Google. And that’s important because, without that certification, the device may not work properly with the Google Play Store or any other Google app like Gmail, Google Maps, Google Photos, Google Play Music, and more.
Google Play Store
Google Play Music
Google Photos
Google Maps
Gmail
For much of Android’s history, any device that didn’t ship with the Google Play Store and other Google apps pre-installed could simply side-load the apps from an external source. One popular way to do this is to root the device and flash a Google Apps package (shortened as ‘GApps’). Sometimes, you don’t even need to do that when you can just straight up download and install the apps directly, like on many Amazon Fire devices. Certain OEMs like Meizu even pre-installs an app that directs you to install the Play Store and other Google apps after you buy the device.
These tricks have worked for so long that it didn’t feel like Google cared about its own Google Mobile Services (GMS) program, which manufacturers have to sign up for if they want to pre-install all of the important Google apps and services. As part of the GMS certification process, a device must pass the Compatibility Test Suite (CTS) by following the requirements listed in the Compatibility Definition Document (CDD) for a particular Android version. This is important because of the open source nature of the Android operating system: Since any manufacturer can take Android and slap it onto a smartphone or tablet, the only way that Google can ensure some level of consistency across Android devices is by making manufacturers sign up for GMS so they can pre-install the Play Store, Gmail, Maps, etc.
Early last year, the Google Play Store started showing a device’s certification status in the settings page. This is the method most often recommended to check for Certified Android status, but it obviously requires that you both already own the device and are able to access the Play Store already. In essence, it’s a useless way to check for certification if you’re shopping around for a new device.
Message in Settings page of the Google Play Store if device is uncertified.
But there’s a little-known webpage out there maintained by Google that contains a list of every single Certified Android device allowed to access the Google Play Store.We’re talking about the “Google Play Supported devices” page which isn’t linked anywhere on Google’s Certified Android or Google Mobile Services pages. In fact, it’s not even linked to on the page that tells you what an “uncertified Android device” means! Here’s how to access that page to see if your device is on that list.
How to check if a Phone or Tablet is Certified Android
Under “Full list of supported devices” click on either the “View as PDF” or “View as CSV.”
This will download the full, massive list of devices that are certified to access the Play Store.
Open up the file in your favorite document reader for PDF files or CSV files (the latter can be imported into any spreadsheet application like Microsoft Excel, Google Sheets, LibreOffice Calc, etc.)
Find your device by pressing Ctrl+F (Windows, Linux, Chrome OS) or Command+F (MacOS) and entering your device’s marketing name or codename (if you know that).
If your device is on the list, then it’s a Certified Android device and should be able to use the Play Store! Note that this list will contain all variants of the device you own, so it’s possible that your particular variant of a device isn’t listed. Be sure to compare to peek at the “model” column to ensure that your particular variant is supported!
This list is constantly updated by Google and is very comprehensive. It may take a few days after a new device has been announced for it to show up here, but in general, you should be able to find your device by the time the device goes up on sale. If it’s not on this list, then that means your device will fall under the “uncertified device” category and you’ll need to follow this tutorial if you want to be able to get access to Google apps and services like Gmail or Google Play Music
The OnePlus 6has just been announced, sporting a new look and the beefy set of specifications we’ve come to expect from OnePlus. Last year’s OnePlus 5T is a tough act to follow, but the company seeks to entice customers by doubling down on its core user experience tenets while polishing their approach to design, bringing it up to modern trends and standards. The device’s product page has already gone live, which you can check out here.
This new device brings all the familiar perks such as the alert slider, Dash Charge and the convenient OxygenOS features we’ve come to either love or ignore. Beneath the hood, the new camera hardware aims to redeem the company’s failed first attempt at an ultra-competitive dual camera setup. Moreover, OnePlus claims that the latest silicon this device packs, coupled with their software enhancements, will provide “the speed you need”, promising a continued (or even accentuated) focus on performance. And of course, the user experience is contained within a new all-glass design with an even taller display, and the often-dreaded but increasingly-common notch.
We’ve had some time with the device and while we aren’t able to provide a detailed analysis of each of its core functions just yet, we have a few things to say about its new design and the overall package. If you want a detailed refresher of the phone’s specifications, either click the toggle below this paragraph, check out our announcement post, or continue reading for our hands-on summary below, which has just about everything a quick overview should have.
Category
Specification
Category
Specification
Dimensions & Weight
155.7 x 75.4 x 7.75mm6.2 oz/177g
RAM
6GB/8GB LPDDR4X
Design & Colors
All-Glass (Corning Gorilla Glass 5)Midnight Black, Mirror Black, Silk White
Storage
64GB/128GB/256GB UFS 2.1 Dual-Lane
Display
6.28-inch 2280 x 1080 (19:9) AMOLED display. Supports sRGB and DCI-P3. 84% screen-to-body ratio.
Battery
3,300 mAh (non-removable)
Camera (Image)
Front: Sony IMX 371 (16MP, f/2.0, 1.0μm) with EIS.Rear (Primary): Sony IMX 519 (16MP, f/1.7, 1.22μm) with OIS and EIS.
Rear (Secondary): Sony IMX 376K (20MP, f/1.7, 1.0μm).
Wi-Fi: 2×2 MIMO, 802.11 a/b/g/n/ac, 2.4GHz/5GHzBluetooth: Bluetooth 5.0, with Qualcomm aptX & aptX HD support
NFC: Yes
Positioning: GPS, GLONASS, BeiDou, Galileo
LTE Features
Supports 4xCA, 64QAM, 256QAM & 4x4MIMO.Supports up to DL CAT16 (1Gbps)/UL CAT13 (150Mbps) depending on carrier.
LTE Bands – NA/EU
FDD LTE: Band 1/2/3/4/5/7/8/12/17/18/19/20/25/26/28/29/30/32/66/71TDD LTE: Band 34/38/39/40/41
TD-SCDMA: Band 34/39
UMTS(WCDMA): Band 1/2/4/5/8/9/19
CDMA: BC0/BC1
GSM: 850/900/1800/1900 MHz
LTE Bands – CN/IN
FDD LTE: Band 1/2/3/4/5/7/8/12/17/18/19/20/25/26/28/29/66TDD LTE: Band 34/38/39/40/41
TD-SCDMA: Band 34/39
UMTS(WCDMA): Band 1/2/4/5/8/9/19
CDMA: BC0/BC1
GSM: 850/900/1800/1900 MHz
Glass Back
Last year’s OnePlus 5 came out at a bit of an awkward period, sporting relatively large top and bottom bezels (and bigger bezels than its predecessor) at a time where OEMs beganrapidly adopting minimal bezels, tall displays and… notches. The OnePlus 5’s design thus carried vestiges which the company corrected in its 5T revision, which introduced a taller 18:9 display with minimally rounded corners flanked by reduced bezels. Besides the change up front, both devices looked largely the same, with the exception of the fingerprint scanner being moved to the back for the 5T, to accommodate the larger display. The design and display change summed up to most of what the late-2017 release had over the regular OnePlus 5, and the OnePlus 6 somewhat mirrors that schema by also focusing most of its improvements in both of these areas.
The mirror black OnePlus 6 features a glass sandwich design, with an aluminum frame surrounding the chassis, and Corning Gorilla Glass 5 at the front and back (sadly, no wireless charging). While OnePlus styled the back of this variant to look like ceramic, as seen in their own OnePlus X and as well as newer competing phones like the Xiaomi Mi MIX 2, it’s actually treated glass that nonetheless looks the part. The company states that there are over 40 steps involved in the treatment of the glass, with different procedures employed for each color variant. Ceramic would also have made the phone heavier, OnePlus claims, and we suspect it also might’ve proven to be a more brittle material than the industry-standard Gorilla Glass employed here. Underneath the glass, this variant has a thin layer of film to achieve the reflectivity its name implies, which helps the design highlight its curves through shadows and lights caught in the glass.
So what does the result look and feel like? This particular variant lives up to its name indeed, being quite reflective while remaining very dark no matter what it’s mirroring (even the blue sky). Unfortunately, this makes it hard to photograph, but the samples provided should nonetheless give you a good idea of what to expect. It goes without saying that it’s also a massive fingerprint magnet, and the pictures in this article show the device in a rare, clean state. In hand, the soft curvature aligns perfectly with the palm making for a comfortable if slippery grip, and while earlier OnePlus devices have felt a bit sharp on the sides, this one features lightly rounder sides while maintaining the signature “hard line” as it converges with the gently curved glass. On the back, we also find a less-reflective fingerprint scanner, and the dual camera setup adorned with a shiny black trim. Its build feels solid with clicky buttons that don’t feel the slightest bit loose. Finally, the OnePlus logo is engraved under the glass, as well as the tagline “designed by OnePlus” — a hint that the company is prouder than ever of its smartphone design.
I can’t quite explain how reflective the Mirror Black variant can get, however — it’s unlike other black glass devices, as those are more akin to the more-matte Midnight Black variant of the OnePlus 6. Something I’ve noticed is that while most shiny glass backs tend to diffuse the reflected image, the Mirror Black OnePlus 6 mostly renders it sharply and with more detail. In the end, it’s similar to the Lava Red OnePlus 5T in that it’s not very easy for live photos to capture it accurately, but multiple references and samples on the internet, as well as the official renders, should give you a clear idea about what to expect. At the same time, while it’s an impressive looking design in and of itself, we must also keep in mind that competitors like Huawei with its Huawei P20 twilight variant and Samsung with its hyper-reflective Orchid Grey models have pulled off similar “mirror” or otherwise interesting aesthetics in the past and present.
Notch, Display & Other design Details
On this note the design of the OnePlus 6, while a well-realized instantiation of current smartphone trends, isn’t wholly revolutionary. One can detect borrowed inspiration in some of its design features, especially as glass phones with notches become increasingly common. And while we are on the subject of the notch, it does do what it sets out to do by minimizing the bezels and making the top corners of the device look quite impressive. This is especially true after the OnePlus 5T’s simulated rounded corners felt more like a half-measure to adopt current trends as fast as possible, and not a thoughtful design decision. The notch itself is narrower than on the iPhone X, and slightly taller than the height of a traditional 5.5 inch phone’s navigation bar at a standard DPI of 560 (1440p); its height also makes the top and bottom bezels “unbalanced” when simulating a black top bezel via software (the OnePlus 6 will include this feature). We’ll discuss the notch and how it interacts with the software in our in-depth software overview, but for now, we can tell you to expect a similar “notch” experience to that of other notched Android phones.
While I don’t love nor hate the notch, it’s instrumental in achieving the goal every 2018 device wants to meet — maximize screen area. To this end, the OnePlus 6 features an even taller display than its predecessor at a 19:9 ratio for its 6.28 inch display as opposed to 18:9 (or 2:1) for the 5T’s 6.01 inch panel (for reference this ratio is closer to the iPhone X’s very tall 19.5:9 screen). They also slightly decreased the height of the bottom bezel though overall dimensions for both devices are quite similar, with the OnePlus 6 being 0.4mm shorter and wider, and 0.35mm thicker. The device is also 15 grams heavier, though it’s hardly felt in the hand. In the end, you do end up with a taller, bigger FHD+ display, that gains more screen area not quite proportionally to the extra height The result is a device front that looks spectacularly minimal, currently only rivaled by devices like the Xiaomi Mi MIX 2 and the Essential Phone.
The display itself is moderately bright, colorful and likely just as good if not better than the 5T’s screen. With those general statements out-of-the-way, I’ll leave the in-depth analysis to XDA’s Dylan Raga, who’ll soon be able to give you a meticulous account of what’s good and what’s new. Display purists should also enjoy the multiple display modes, which are expectedly inherited from previous releases, and include sRGB, DCI-P3, OnePlus default calibration and Adaptive Mode. All other display-related features obviously return as well, including Night Mode (blue light filter) and Reading Mode.
Performance & Camera Improvements
The other two main attractions of this new device, and two points OnePlus is especially focusing on with this release, are camera and software performance. Starting with the latter, the company has fully embraced their phones’ reputation for speedy UIs and the new flagship’s marketing motto is now “the speed you need”. The OnePlus 6 thus features the latest in terms of internal hardware, as expected, sporting the octa-core Qualcomm Snapdragon 845 clocked at 2.8GHz, a system-on-chip we reviewed favorably earlier this year. Not only does that mean that we can expect around a 30% uplift in CPU and GPU performance (though early benchmarking shows slightly higher results than that), it also means that when coupled with the move to an EAS kernel governor, one gets impressive fluidity and responsiveness. On top of that, the device features UFS 2.1 two-lane flash storage for top read and write speeds (as far as Android is concerned), and 6GB or 8GB of LPDDR4X RAM depending on which configuration you opt for. We still believe most users would stand to gain little to no benefit from the extra 2GB of RAM, especially given OnePlus has never truly committed to making the most out of their copious amounts of RAM, though the 6GB variant does only come with 64GB of storage.
In day-to-day performance, the OnePlus 6 is expected to perform phenomenally, and while the scope of this hands-on is rather limited and there’s much we can’t say yet, it has fulfilled my expectations. The top-of-the-line internal hardware means nothing but software decisions could weigh down the experience in regards to competitors, but OxygenOS is rather restrained in its approach to theming and features. What’s more, while the OnePlus 5 and OnePlus 5T were very fast, they were never particularly smooth. Indeed, the 5/5T didn’t fare as well as we expected in our in-depth performance comparisons, and other users have voiced their dissatisfaction with the less-than-stellar smoothness of such powerful devices. The OnePlus 6, however, is a new opportunity for the company to offer a thoroughly fluid experience, and we will be showcasing our findings soon. And of course, the latest hardware also means it should perform extremely well in demanding mobile games such as PUBG. That’s about as much as we can say, for now, so stay tuned for our complete performance analysis, which will be going over benchmarks, quantified real-world app opening speed and fluidity, and gaming performance.
Expect a rather modest and honestly much-needed bump in camera performance
The other big changes come in the camera department, with the OnePlus 6 also offering a dual-camera setup like its predecessors, but with significantly improved hardware. The rear primary camera sensor is now the 16MP Sony IMX 519, which was first introduced as a sensor for OPPO devices (and is featured in the OPPO R15). One of the key advantages of this sensor is a 100% increase in frame rate capture, which allows the OnePlus 6 to record 1080p video at up to 240 frames per second, and 720p video at 480 frames per second. Super slow motion video is a common feature nowadays, but the OnePlus 6 also offers 4K recording at 60 frames per second with stabilization. While the company’s electronic image stabilization (EIS) has definitely improved across software revisions, they’ve also now included optical image stabilization (OIS) into the main camera. Finally, opting for the Sony IMX 519 means we get 19% larger sensor, with pixel size coming in at 1.22µm (for reference, OP5T featured 1.12µm pixels while Pixel 2 XL features 1.4µm pixels), and the camera offers a larger f/1.7 aperture as well. From the hardware improvements of the rear camera alone, one would expect a rather modest and honestly much-needed bump in camera performance.
The secondary rear camera is the same Sony IMX 376K 20MP sensor found on the 5T, which from experience doesn’t deserve much praise. It should still benefit from “intelligent pixel” technology, using pixel binning to merge four pixels into one for brighter photos, and it should enhance portrait mode pictures by aiding with depth mapping. That said, single camera setups like the Pixel 2 XL’s can do a pretty stellar job at this, and the Snapdragon 845 makes it easier for OEMs to incorporate respectable edge detection algorithms — on this note, the OnePlus 6 offers “portrait mode” for its 16MP Sony IMX 371 front camera as well. Additionally, the OnePlus 6 uses “smart capture” to improve picture quality depending on the environment and time of day, and it’ll feature the company’s “advanced HDR” algorithm. Until the full embargo lifts, I’m unable to present proper camera comparisons, but do expect those to come in the next few days.
Gestures, Odds & Ends
Once again, it goes without saying that the software experience of the OnePlus 6 is remarkably similar to that of the OnePlus 5T. There are definitely some small refinements here and there which we’ll detail in future coverage, but for the most part, if you used OxygenOS in the past year, you know what to expect. One of the better things to come with recent Oxygen OS updates is a gesture navigation system, which worked best on the OnePlus 5T due to a lack of capacitive keys, but fully shines with the OnePlus 6’s minimal bottom bezel. Below you can find GIFs of the gestures and their respective actions.
Recents
Back
Home
As shown above, the setup is relatively simple: swipe up from sides to go back, swipe up from center to go home, swipe up and hold to open the recents menu. With Android P introducing navigation gestures in its developer preview 2, more attention in the Android space is being directed towards “fluid” gesture-based navigation, and we expect that more OEMs will adopt or improve upon it. That said, as it stands, OnePlus’ gesture navigation is actually my favorite one yet, allowing the user to enjoy the entirety of the 19:9 tall screen. It also gets rid of the light-grey navigation bar OnePlus offers, which has caused me and others a few headaches given that the lack of contrast with some keyboard apps leads to incorrect inputs (i.e. pressing “home” instead of “space” on GBoard). The gestures also feature some light haptic feedback, as well as a visual cue when triggering the “back” gesture, with the latter detail being included in recent updates for the 5T as well.
The rest of the specifications haven’t changed much but I’ll list them nonetheless, including a short thought or two for each one. OnePlus hasn’t increased the battery capacity, which sits at 3,300mAh still, nor improved Dash Charge (since the OnePlus 3). We may still see an increase in battery life due to the improved efficiency of the new chipset, but for the most part, we believe it won’t differ much from the 5T. The bottom facing speakers are still as loud as they’ve been on earlier OnePlus phones, and they are enhanced by Dirac HD sound. Beyond that, the company offers their “audio tuner” still, plus more features for their new OnePlus Bullets Wireless (audio tuner has only worked with wired earbuds). As reported earlier, the phone also offers gigabit LTE Cat 16 LTE download speeds with 4×4 MIMO, and it also packs support for Bluetooth 5.0 with aptX/aptX HD (to go along their new earbuds). And of course, the fingerprint scanner is still extremely fast (0.2 seconds, though FP gestures aren’t available at the moment), as is face unlock which I think works very well with double tap to wake.
Final First Thoughts
(Or maybe first final thoughts?)
While there’s only so much we can say in this hands-on, I tried to detail just about everything I’ve found about the design this new iteration brings, as well as my thoughts on each specification improvement. There’s still a lot to unpack and we’ll be offering in-depth content for key areas of the user experience. Most of it should stay very close to what the OnePlus 5T offered, though, similarly to how the OnePlus 5 couldn’t offer a revolutionary jump over the 3T. It might just be par for the course for this type of release strategy, which each new phone offering the expected 6-months-worth of advancements and not much else. The new design is certainly very attractive with an excellent build quality and, in my opinion, more thoughtful decisions behind it than both the OnePlus 5T and some inescapably similar competitors, as well as OPPO devices. While some will argue that the notch is a step back in design, I personally think that it’s better to have one than not to have one, and it can indeed be somewhat-remedied with software.
In the end, OnePlus managed to offer a package that’s largely a direct upgrade in important areas, though each upgrade is quite minimal apart from the change in design. Furthermore, the design change itself is bound to offend some enthusiasts who’ve been pushing back against both the adoption of glass backs and display notches. But for those that don’t mind or even appreciate such design decisions, and are in the market for a new smartphone, this actually is one of the more compelling packages offered right now. With support for Android P Developer Preview 2 and Project Treble as well as OnePlus’ continued focus on building developer relations, I also expect this to be a great phone for anyone that values customization, custom ROMs and kernels, and experimenting with their device.
OnePlus 6 Pricing
The OnePlus 6 will be available in 3 different RAM/storage variants, though the availability for each RAM/storage variant also depends on the color model you buy. Devices sold in India and China have different LTE bands than models sold elsewhere (refer to the specifications table posted above.)
Here’s a summary for each model:
Device
USD
EUR
GBP
OnePlus 6 Mirror Black (6GB RAM + 64GB storage)
529
519
469
OnePlus 6 Mirror Black (8GB RAM + 128GB storage)
579
569
519
OnePlus 6 Midnight Black (8GB RAM + 128GB storage)
579
569
519
OnePlus 6 Midnight Black (8GB RAM + 256GB storage)
629
619
569
OnePlus 6 Silk White (8GB RAM + 128GB storage) *
579
569
519
* The Silk White is a limited edition model that will go on sale starting June 5th.
OnePlus 6 Availability
The OnePlus 6 will be available starting May 22nd in the following countries: India, United States, Canada, Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, United Kingdom.
Pop-up events will be held in Europe, North America, and India if you want to get your hands on a device early. If you who participated in the Fast AF promotion, you’ll be able to buy the device at a discount and get additional warranty when it goes on sale on the device’s Amazon India page.
If you want to learn more about the device, visit the official OnePlus 6 product page. Finally, check out our XDA forum for the device where you can discuss the latest news about the device, share tips and tricks, talk about accessories, and download ROMs, kernels, and other mods for the device
Android. Is it better with root access, or is it just fine without it? Can anyone be truly happy on Verizon, or does freedom demand sacrifice?
Rooting is Rewarding…
Even if you don’t flash a custom ROM, the root-required apps alone make it worthwhile – Greenify, StickMount, Titanium Backup, Lightflow, WiFi Protect, and especially now with Xposed Installer and all the mods it offers. In fact, I just flashed a custom ROM on my Nexus 5 that is just stock 4.4.4 with root, and used Xposed to install Gravity Box for all the other extras I usually look for in a custom ROM.
The only limit on what you can do with your rooted phone is what developers have actually made. Fortunately, if an app can be written, it probably has.
…But It’s Not Easy
Some devices like the Nexus line have relatively simple methods for gaining full access to your phone, but if you’re not familiar with some of the terminology or how things work, things can go badly real quick. Some peoples learn it the hard way.
After three failed times of trying to root my phone, I’ve given up. The third time bricked it, but Kies was able to get it back to factory shape. All three were supposed to be the latest/easiest/greatest thing to root my phone (a Note). Yeah, it would be nice to get a better backup. But as it is, it works as is for me.
It’s not impossible to learn how to root your phone safely, but it takes time and effort. Being tech-savvy (and especially having a background in using Linux or terminal commands) is helpful, but if it’s a new area to you, expect to spend some time learning what to do. And possibly screwing up.
Rooting Provides a Ton of Customizations…
Customization is typically the name of Android’s game. While you can change a lot without root (like your launcher, keyboard, lock screen, and more), you can change even more with it.
Xposed frameworks gives you the freedom to add all kind of mods to tweak your phone to exactly how you like it. Don’t care for a little quirk that you phone has? Root it and get rid of it.
With root access, you have the option. Even minor things are fair game with things like Xposed. For example, hate the infuriating AT&T logo in the status bar taking up precious screen real estate why, AT&T, why do this? You can remove it. Minor annoyances become less of a problem with root.
…But Very Few Are Totally Necessary
Rooting may provide a ton of customizations, but if the only reason you want it is to tweak some very minor thing, the ratio of effort to reward may not be worth it.
I played around with rooting on my old E4GT and got so pissed off with something always being broken that when I finally did find a build that worked, I stayed with it, even though much newer stuff had come out. It wasn’t the friendliest phone to deal with either, but the whole process of updating/wiping/reinstalling just got to be too much that when I got the Moto X on VZW, I didn’t mess with a thing (that’s not mentioning that I find very little that needs to be tweaked).
Rather than asking whether or not you should root, ask yourself what you want to root for. If the things you want to get from a rooted device are worth the time investment, then go for it. If not, maybe rooting isn’t for you
Rooting is Relatively Risk Free…
To say there are literally no risks to rooting is simply a false statement, but there’s very little you can do to your phone that you can’t undo.
I see no reason not to root. You can easily undo it and security isn’t a big problem as long as you aren’t downloading from some shady developer.
Most things you can do with a root phone can be reverted, particularly if you perform regular backups. Most devices can even be “unrooted” by returning to the stock software. It’s risky to try, but even if you screw up, you have to do something pretty bad to do something you can’t undo
…Except When it Isn’t
The key word in the above section is “most.” Most of the time, you won’t lose data. Most of the time you won’t break something. Most of the time you won’t scream at your device because something horrible happened and it’s going to take all day to fix it. Most of the time. SD Gator found themselves in that minority of other occasions:
I used to root all my phones, but then updates on my Nexus 4 started breaking root and the whole backup/wipe/root/restore thing just got to be too much work. Especially after some game files got munged and all my progress was lost a couple times.
And, of course, all of this assumes that you’re not rooting so you can flash other ROMs. If you decide to venture into ROM-flashing territory, it’s a veritable minefield,
Go to the XDA forums and take a gander at the horror stories about the new ROMs that are not 100% working with the features of your shiny new phone. Or causes it to crash. Or makes it more vulnerable to security risks.
Rooting your phone (and especially flashing custom ROMs) is an affair that demands a high level of personal responsibility. If you’re up for it, go ahead. But there are exactly zero guarantees that nothing will go wrong. You’re probably fine, but if you screw up, you’re on your own.
Then There’s the Warranty Problem
Rooting your phone and especially installing custom ROMs will probably void your warranty. In some cases, you can revert your phone back to normal and no one will be the wiser. Other times, the companies you have to deal with for warranty replacements will have a way of knowing. The community might be able to tell you what the risks are, but at the end of the day, you can’t always know for 100% certain that you’ll still get support after rooting your phone. If you’re okay with that, have at it! If not, though, you may want to reconsider.
Whether you’re a newcomer to Android or just upgrading to a newer model, consider tweaking these settings to improve performance and battery life.
New Android phone? Take a peek at its settings. So many categories, so many options within those categories. It’s enough to make your head swim.
And you might find yourself wondering, are the factory settings ideal? Right out of the box, is your new phone really configured for optimal performance, productivity and battery life?
Maybe yes, maybe no. Here are the Android settings you should consider changing right away. (Quick note: with so many different versions of Android out there, the steps outlined here might be slightly different on your phone. For the record, I used a Samsung Galaxy S6 running Android 5.1.1.)
1. Crank down the brightness
Simple math: The brighter your screen, the faster it will consume your battery. That’s why you should lower the brightness setting, and not by a little. Consider dropping it to 50 percent or even less.
Turn the brightness down, and watch your battery life go up.Screenshot by Rick Broida/CNET
Doing so will provide a considerable bump in battery life, and I suspect you’ll barely notice a difference. (The change might seem off-putting initially, but trust me when I say it won’t bother you after a few minutes.)
To adjust brightness level, swipe down from the top (starting just above the screen). If there’s a brightness slider there, use it. If not, you may need to venture into Settings, then tap Display and wallpaper (or whatever is the equivalent on your model). Either way, drag the slider to around the midway mark. (And while you’re at it, turn off auto-brightness, which may raise the levels higher than you need or want.)
2. Crank down the whiteness
Does your phone have an AMOLED screen? (Most Samsung models do.) If so, there’s another way to improve battery life: Choose a black wallpaper. That’s because black pixels don’t need to be illuminated. And considering the wallpaper occupies the entire screen, the power savings could be substantial.
Again, the location of the wallpaper setting tends to vary across models and OS versions, but on most devices you can tap and hold any blank (i.e. unoccupied) area of the home screen, then tap Wallpapers from the menu that appears.
If there’s no basic-black (or simply “no wallpaper,” which results in black) in the available choices, grab the Pure Black Wallpaper from Android Central. Use it for both your lock screen and home screen.
3. Disable new-app shortcuts
Planning to hit up the Google Play Store for a bunch of new apps? Be prepared for a lot of icon clutter on your home screen, because that’s where shortcuts land every time you install something.
This setting will stop adding a new icon to the home screen every time you install an app.Screenshot by Rick Broida/CNET
Thankfully, there’s a simple way out of this: Open the Google Play app, then tap Menu > Settings. Now clear the checkbox next to Add icon to Home screen.
Presto! No more icons when you install new apps. Obviously you can still add shortcuts via the Apps screens, but they won’t clutter up your home screen unless you want them to.
4. Turn on scheduled “Do not disturb”
If your phone routinely spends the night on your nightstand, you probably don’t want it beeping or buzzing every time there’s a call, message or alert — especially when you’re trying to sleep.
Keep your phone quiet while you get some sleep.Screenshot by Rick Broida/CNET
Thankfully, Android offers a “Do not disturb” mode that will keep the phone more or less silent during designated hours.
On some phones, this is referred to as the Downtime setting. On my Galaxy S6, it’s “scheduled” do not disturb. And on my older OnePlus One, the feature is called “Quiet hours.” Bottom line: Head to Settings > Sounds (or Sounds and notifications), then look for something along those lines. Using the feature, you can set up a range of hours (usually nighttime) that you don’t want to be disturbed.
5. Set up “Find my mobile”
Is there anything worse than a lost or stolen phone? Only the knowledge that you could have tracked it down. You can do this using either built-in or third-party apps.
Start with Android Device Manager, which leverages location tracking built right into the OS. The catch: You have to make sure it’s enabled, and that requires a trip into Google Settings (as opposed to regular Settings). Read the Google support page devoted to this topic if you’re not sure where to locate this.
Once enabled, you can head to android.com/devicemanager from any PC or mobile device and sign into your account. Assuming your phone is on and online, you should be able to see its location on a map. From there you can make it ring, lock it out or even remotely wipe the whole thing.
Track down a missing phone by setting up a device manager…before it gets lost.Screenshot by Rick Broida/CNET
Some phones, including the Galaxy S6, incorporate third-party tracking. For example, when you tap Settings > Lock screen and security, you’ll see an option called Find My Mobile. It requires you to create (or register) a Samsung account, at which point you’ll get location options similar to those afforded by Android Device Manager.
Want something a little more robust? Third-party apps like Cerberus were designed expressly with anti-theft in mind. It can secretly snap photos and videos of the thief, record audio from the microphone and more.
Okay, there you have it! What Android settings would you recommend tweaking, and why?