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mardi 14 avril 2020

OnePlus 8 Review – Not Enough to Beat the OnePlus 7T

The OnePlus 7T was released alongside the OnePlus 7T Pro flagship in late 2019 as the half-yearly upgrade to the OnePlus 7, but a fairly big upgrade for the markets that were stuck with the OnePlus 6T. In my eyes, the OnePlus 7T was a classic: a practical smartphone in the premium category that cuts out the gimmicks for a tight and cohesive product experience. Several other team members here at XDA also echoed the same thoughts, judging it as one of the best value flagships of 2019. And now comes the OnePlus 8, promising to pick up where the 7T left off and run across the last mile.

OnePlus 8 XDA Forums

But with a $699 price tag for the base variant, which is a good $100 increase from the OnePlus 7T’s starting price, can the OnePlus 8 truly succeed the OnePlus 7T? Does it offer enough reasons for someone to pick this phone over the 7T, or even better, upgrade from the OnePlus 7T? Do all the hardware specification jumps translate into a noticeable improvement in the value flagship experience? Come along as we attempt to answer these questions in our OnePlus 8 review.

OnePlus 8 Series Specifications

OnePlus 8: Full Specifications

Specification OnePlus 8
Dimensions & Weight
  • 160.2 x 72.9 x 8.0 mm
  • 180g
Colors, Materials, Finish
  • Onyx Black (glossy)
  • Glacial Green (matte-frosted)
  • Interstellar Glow (glossy)
  • Polar Silver
Display
  • 6.55″ Fluid AMOLED, single hole-punch cutout
  • FHD+ resolution (2400 x 1080), 20:9 aspect ratio, 402ppi
  • 90Hz refresh rate, 180Hz touch sampling rate
  • HDR10+
  • 3D Corning Gorilla Glass
  • Features:
    • Vibrant Color Effect
    • Reading Mode
    • Night Mode
  • No Active Digitizer for Active Pen support
Cameras (Rear)
  • Primary
    • 48MP Sony IMX586, f/1.75, 0.8µm pixels, OIS, EIS
  • Secondary
    • 16MP, ultra-wide-angle, f/2.2, 116° FOV
  • Tertiary
    • 2MP, macro, f/2.4, 1.75µm pixels
  • Flash
    • Dual LED Flash
  • Autofocus
    • PDAF + CAF
  • Video
    • 4K @ 30/60 fps
    • 1080p @ 30/60 fps
    • Slow Motion
      • 1080p @ 240 fps
      • 720p @ 480 fps
    • Time Lapse
      • 4K @ 30 fps
      • 1080p @ 30 fps
    • Miscellaneous features
      • CINE aspect ratio
      • Ultra Steady at 4K @ 30 fps
  • Other sensors
    • Flicker ambient light sensor (front)
Camera (Front) 16MP Sony IMX471, f/2.0, 1.0µm pixels, fixed focus, EIS, 1080p@30fps
Software
  • OxygenOS 10 based on Android 10
  • 2 years of software updates (Android 11 and Android 12 planned), 3 years of bi-monthly security updates
  • A/B partitions for Seamless Updates
System-on-chip

Qualcomm Snapdragon 865 CPU

  • 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 GPU

RAM
  • 8GB LPDDR4X
  • 12GB LPDDR4X
Storage
  • 128GB UFS 3.0+ Dual-Lane
  • 256GB UFS 3.0+ Dual-Lane
Battery 4300 mAh
Wired Charging
  • 30W Warp Charge 30T (5V/6A)
  • 15W USB-C Power Delivery (5V/3A)
Wireless Charging No
IP Rating No
Security
  • Optical under-display fingerprint scanner
  • Software-based facial recognition
Ports & Buttons
  • USB 3.1 (Gen 1) Type-C with video out (DisplayPort Alternate Mode)
  • Alert Slider
  • Dual nano-SIM slot*
  • *Second SIM will be activated in a post-launch update
Audio & Vibration
  • Dual stereo speakers. Audio tuned by Dolby Atmos.
  • X-axis linear motor
Multimedia Codec Support
  • Audio Playback: MP3, AAC, AAC+, WMA, AMR-NB, AMR-WB, WAV, FLAC, APE, OGG, MIDI, M4A, IMY, AC3, EAC3, EAC3-JOC, AC4
  • Audio Recording: WAV, AAC, AMR
  • Video Playback: MKV, MOV, MP4, H.265(HEVC), AVI, WMV, TS, 3GP, FLV, WEBM
  • Video Recording: MP4
  • Image Viewing: JPEG, PNG, BMP, GIF, WEBP, HEIF, HEIC, RAW
  • Image Output: JPEG, PNG
Connectivity
  • Qualcomm Snapdragon X55 modem + Qualcomm FastConnect 6800
  • Wi-Fi: 2×2 MIMO, 802.11 a/b/g/n/ac/ax, 2.4GHz/5GHz
  • Bluetooth: Bluetooth 5.1, with Qualcomm aptX, Qualcomm aptX HD, LDAC and AAC
  • NFC: Yes
  • Positioning: GPS (L1+L5 dual-band), GLONASS, BeiDou, Galileo (E1+E5a dual-band), SBAS, A-GPS
  • LTE/LTE-A:
    • 4x4MIMO
    • Supports up to DL Cat 18 (1.2Gbps)/UL Cat 13 (150Mbps) depending on carrier.
  • Bands (NA)
    • 5G NSA: n2, n5, n66, n71, n41
    • 5G SA: n71, n41
    • MIMO-LTE: B2, 4, 7, 25, 66, 41, 48
    • NR: n2, n66, n41
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 18, 19, 20, 25, 26, 28, 29, 30, 66, 71
    • TDD-LTE: B34, 38, 39, 40 (Roaming), 41, 46, 48
    • GSM: 850, 900, 1800, 1900
    • WCDMA: B1, B2, B4, B5, B8, B9, B19
    • CDMA: BC0, BC1, BC10
  • Bands (IN)
    • 5G NSA: n78
    • 5G SA: n78
    • MIMO-LTE: B1, 3, 41, 40
    • NR: n78
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 17, 18, 19, 20, 26
    • TDD-LTE: B34, 38, 39, 40, 41, 46
    • WCDMA: B1, B2, B4, B8, B9, B19
    • CDMA: BC0 (Roaming)
    • GSM: 850, 900, 1800, 1900
  • Bands (EU)
    • 5G NSA: n1, n3, n28, n78
    • 5G SA: n78
    • MIMO-LTE: B1, 3, 7, 38, 40, 41
    • NR: n1, n3, n7, n78
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 18, 19, 20, 25, 26, 28, 32, 66
    • TDD-LTE: B34, 38, 39, 40, 41, 42, 46
    • WCDMA: B1, B2, B4, B5, B8, B9, B19
    • CDMA: BC0
    • GSM: 850, 900, 1800, 1900

Design: The Color out of Space

The OnePlus 8 brings very few changes to the general OnePlus back design that we’ve become accustomed to over the past several years. It features the familiar gently-curved glass back with the vertical multi-camera housing centered at the top of the device, this time featuring three camera lenses, in contrast to its direct predecessor’s double camera array. If it wasn’t for the new color and extra camera, you’d be hard-pressed to pinpoint the year-on-year changes to this back design, but that’s not a bad thing at all. It is a bit shorter (160.2mm), narrower (72.9mm) and even thinner (8mm) than the OnePlus 7T but remains comfortable to hold and fits perfectly in my medium-sized hand, allowing me to grip the device tightly and securely. Unlike other glass sandwich smartphones, there are no sharp edges or corners where the glass meets the aluminum rail. All of this is to be expected as, again, the company has had time to master this particular form through multiple iterations. What the OnePlus 8 brings to the table that’s new and exciting, in typical OnePlus fashion, are the color options.

There is no shortage of dazzling color options on the market, as companies try to constantly one-up each other with alluring (and often blue) glass backs that shine in all sorts of patterns. OnePlus, in particular, is known for its staggered releases of multiple color options, each more enticing than the last, a move that had become a predictable part of each of their phones’ launch cycles. This new offering comes in three colors, Onyx Black, Glacial Green, and the Interstellar Glow variant which we are reviewing. Amidst so many great looking phones, how does this unit fare?

OnePlus 8

The Interstellar Glow OnePlus 8 is being propped as the standard-bearer for this launch, and for good reason. It has a often-colorless and completely iridescent glass back that’s super glossy and reflective, and thus very shiny. Not unlike every glass smartphone of the day, it can recast light in all sorts of patterns, but this particular approach makes the entire back change with the slightest flick of your wrist.

It essentially looks as if the back of the phone is part soapy water bubble and part polished pearl, smoothly alternating between hues of pink, blue and purple without committing to any particular color

It essentially looks as if the back of the phone is part soapy water bubble and part polished pearl, smoothly alternating between hues of pink, blue and purple without committing to any particular color. If you look closely, you’ll even find other colors mixed in there too, making for a rainbowy treat that’s honestly somewhat addictive to look at.

OnePlus 8

That is, of course, until the phone picks up all your fingerprints and becomes a smudgy mess. This is a problem here just as much as with every phone, and the OnePlus 8 didn’t come with the excellently-fitting plastic cases that just about every recent OnePlus device packs in the box, which is a huge bummer. This is also a very fragile-looking phone: part of it is that it looks so expensive and glossy, but I’ve also had very mixed experiences with recent OnePlus devices. I bought a OnePlus 7 Pro that endured every kind of fall that a careful smartphone owner could imagine and that I was nonetheless able to resell as “mint condition”. The OnePlus 7T that I received for review last year, however, cracked after a one feet fall on floating wood, despite being encased! So omitting the signature transparent case is a shame, given the pretty back and possible fragility of the device.

The front of the device is where we see the most change this time around. Somewhat similarly to the OnePlus 7 Pro, this device opts for a slightly-curved display that helps mask modestly-chunky bezels. I say “somewhat” because this time, the curving begins much closer to the edges of the device and is rather steep, so it’s not as visually-noticeable in everyday use as it was on the OnePlus 7 Pro, or as it is on other curved smartphones. This is a good thing for those who enjoy flatter displays, like that of the 7T, but it’s still something you can feel when swiping from the sides, and I’ve had many accidental touches. At the very least, this panel does not suffer from the slight but annoying perspective distortion that the 7 Pro’s odd curvature choice caused during media consumption, nor the obstructive glare that sometimes interfered with content visibility.

Gone is also the notched display of the OnePlus 7 and 7T, as the company opted for a hole-punch like many other manufacturers. The top-left hole-punch is fairly small as it’s housing a single camera, and while it becomes mostly unnoticeable during everyday use, it’s still more noticeable than the OnePlus teardrop notch ever was in my opinion. It also doesn’t help that the curved screen doesn’t allow it to be placed in alignment with the screen’s curved corners, as it’s pushed closer to the middle of the panel. With both the curved screen and the move-away from a tear-drop notch, this phone ends up looking much less like a OnePlus phone and more like a Samsung, or just another Android phone.

OnePlus 8

A change of identity like this isn’t necessarily a bad thing, but I find this approach much worse than both the pop-up camera full-screen goodness of the OnePlus 7 Pro and the minimal teardrop notch of the flatter 7T. Besides that, the front houses a top speaker (that aids in stereo audio) and an under-display fingerprint scanner, which we’ll touch on later.

OnePlus 8 OnePlus 8

Around the phone, we have a standard aluminum frame that’s extremely polished to complement the pearly and bubbly back of the phone. It’s fairly pretty, but I’m somewhat skeptical about how well it’ll hold up in a year given how smooth and polished it is — these railings typically accumulate tons of scratches and scuffs in no time without a case. The bottom of the phone hosts the dual SIM slot, microphone, USB Type-C port and bottom-firing speaker, while the left and right sides host the volume keys and power button respectively. The familiar alert slider returns with the same tactile pattern.

These are probably the best-feeling buttons I’ve tried on a smartphone

One last observation here is that this specific review unit has had the absolute best-feeling buttons I’ve tried: they are clicky, and they have no give or wiggle at all when resting the finger on top of them, or trying to wiggle them in place without clicking. I’m extremely picky with buttons, and these get an A+ for me, though this doesn’t guarantee that every unit will have such great-feeling buttons.

OnePlus 8

The back design is ultimately the showstopper here. While the phone feels incredibly well-built, fairly light (much lighter than the 7 Pro, for one) and super thin, the Interstellar Glow back is probably the variant most people will want to go for, and with good reason. While it’s not the “first” iridescent smartphone out there, it’s the nicest of its kind in my opinion, and one of the best color options in OnePlus’ extensive repertoire. And that’s kind of a tragedy, too, considering that the base variant does not come in Interstellar Glow; this means you’ll have to fork out $800 for the privilege, making this pretty color far too expensive when the company’s own 7T also offers a nice design and similar hardware.


User Interface: Good old, same old

There’s really not much that has changed when it comes to OnePlus’ excellent interface. OxygenOS has been a favorite among Android enthusiasts given that, for the most part, it has not strayed too far from the simple and functional design language of Stock Android. Over the years, this has increasingly changed as the company adopted custom icons and its own OnePlus Slate font, among other design changes. But all of this still leaves OxygenOS closer to a Pixel smartphone in terms of its UI than just about any other big name brand out there.

OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8

Better yet, OxygenOS offers tons of customization options, enabling you to change the theme, icon shapes and accent colors of the OS to better match your mood and taste. You can also tweak the fingerprint unlock animation, the ambient display clock style, and the “Horizon Light” — their way of showcasing notifications without a notification LED, using the phone’s curved screen edges. While OnePlus was once at the forefront of UI customization, though, most smartphones today have many of these features — even Google’s more restrained Pixel smartphones offer a modest amount of UI customization like accent color tuning.

The UI largely remains identical, barring some slight animation changes when unlocking the phone or accessing the volume settings. One new UI addition is that of “dynamic” wallpapers. Now it must be said that OnePlus has always delivered incredible wallpapers, going back to the OnePlus 2 when their collaboration with artist Hampus Olsson first began. More recent smartphones like the OnePlus 7 Pro and 7T have had live wallpapers with smooth animations upon unlocking the phone and swiping around the homescreen, which complemented the high refresh rate panels really nicely. OnePlus is taking these a step further with dynamic wallpapers, which subtly shift color tones based on local temperature and weather.

The dynamic wallpapers and fingerprint unlock animation are as satisfying as ever

To be honest, the change is noticeable but not very impressive. The wallpaper themselves are very nice, though now a tad too reminiscent of what’s been featured on competing phones, and thus feel a bit less original than what’s found on previous OnePlus devices. But they are still very pretty, and although a wallpaper is hardly a smartphone selling point, it’s still yet another polished detail to go along with the rest.

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What is more of a selling point is their new Dark Theme 2.0, a more-universal dark mode that is custom-made for the OnePlus 8 and 8 Pro, being built from the ground up to support more applications. It’s not surprising that OnePlus would expand upon such an enthusiast-centric feature, and they were one of the first companies to introduce this functionality, all the way back with the OnePlus 2. With Dark Theme 2.0, system apps will become dark-themed as usual, and then other applications with available night or dark modes like the Play Store will be themed as well. Then, by going into the OnePlus laboratory, you’ll be able to enable Dark Tone, which will also theme applications that don’t have a built-in dark theme, like Hangouts. This works super well, though app support is limited, and the theming itself just doesn’t look as polished as an app developer’s own vision for their app’s dark mode (this is particularly evident in apps like Hangouts where the theming sometimes interferes with text legibility).

There are other small changes throughout OxygenOS, like the default launcher replacing the dull OnePlus Shelf with a typical Google feed. Of course, OnePlus also needs to accommodate for the new hole-punch, and the notification bar is pushed slightly to the right starting with the clock, which might bother some people. You can “turn off” the hole-punch similarly to how you could mask the notch on previous devices, but the implementation here simply fills the top of the device with an extremely uneven virtual bezel that frankly looks gross. I can’t see anyone using that feature, ever.

Beyond these changes, the OnePlus 8 feels like any up-to-date OnePlus device, so those looking to upgrade would have a very seamless transition. If you don’t have a OnePlus device, but love a simple and performant UI that never gets in the way with aesthetic clutter or shoddy organization, then you’ll probably like OxygenOS a lot. It’s hard to overstate how polished it looks and feels after so many iterative refinements and sensible artistic decisions.


User Experience & Software Features: Nothing new to see

In terms of features, this OxygenOS revision doesn’t bring that much to the table. It’s got all the great functionality OnePlus users have come to love, but other than the better Dark Mode and dynamic wallpapers mentioned above, not much else is new. This isn’t terrible nor unexpected, as OnePlus mostly adds new functionality through software updates, with only the bigger features becoming headliners launched alongside new smartphones.

For example, the dual-channel network acceleration featured in recent OxygenOS betas is now present in this release, allowing you to use both WiFi and data to speed up big downloads. Like on Pixel smartphones, you’ll also be able to access Google’s live captioning from the volume side menu, which will transcribe whatever audio is playing on your device. This is the kind of stuff that OxygenOS users can expect in the near future; getting new features and small improvements or optimizations constantly is one of my favorite parts of the OnePlus experience, so while this release feels fairly light on new features, users can expect more functionality (including most of what the inevitable ‘T’ late-year release will bring) in the near future.

So, what features are there (and have been there) that you should know about?

OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8

For starters, OnePlus has been offering its own robust set of lockscreen gestures for years, which lets you draw certain shapes when the screen is off and map those actions to apps or specific shortcuts. Another great OxygenOS feature that I’ve become accustomed to is the ability to take screenshots with a three-finger swipe down the screen. Perhaps the one feature I use every day is the ability to record the screen through a handy overlay that’s accessible via the quick setting toggles. The screen recorder offers a variety of resolution options, and it can quickly be started, paused, and canceled. Then, if the recording wasn’t of your liking, you can immediately delete the video from the notification popup meant to inform you that the video has been saved successfully.

OxygenOS is filled with small, useful features

As for unlocking, we still have access to face unlock which remains one of the quickest (albeit not necessarily safest) solutions on the market. The under-display fingerprint scanner of the OnePlus 8 has been fairly quick and extremely accurate for me, with a smaller activation area and less-annoying light than that of the 7T. One of my favorite OxygenOS features is tied to fingerprint unlocking as well: after unlocking the device, you can keep holding the screen to bring up a customizable menu of app shortcuts. By continuing to hold the finger, you can scroll across the horizontal list, and releasing the finger launches the application. This is an excellent feature if, for example, you typically unlock your phone to look at a social media feed. Given you can initiate the gesture within your pocket, you are effectively able to have the specific app ready by the time you draw out your phone.

Screenshots on the OnePlus 8 are fun and easy

OxygenOS is littered with small, useful features like that. For example, they offer one of the best screenshot editors out there, allowing you to quickly crop, rotate and even blur portions of the screenshot. They were also one of the first ones to include expanded screenshots, which often come in handy. They also have a simple video editor that lets you quickly trim clips, add filters, and also add music from a small (and admittedly awful) selection of tunes.

Speaking of gaming, the company offers fleshed-out gaming-enhancement service with its own app. “Game Space” acts as a hub for all of your games, not unlike the gaming center apps other manufacturers also offer. You can quickly launch your games by swiping cross their respective cards in a horizontal list, or a more traditional app icon approach. With Game Space, you can make it so that whenever you receive notifications while in a game, you only get a discreet text pop-up reminiscent of the old notification tickers — I can’t overstate you how useful this is when playing multiplayer games.

You can also turn call notifications from third-party apps into text pop-ups, make it so that calls are automatically answered via the speaker, and turn off auto-brightness for your games (you are better off just turning off auto-brightness in general). Other options include haptic feedback enhancement, automatic network switching to avoid lag, and graphics optimization in the form of improved shadow details. Then there is Fnatic mode, which (1) blocks all notifications and calls (2) restricts background processes to maximize CPU and GPU allocation, and (3) stops the secondary SIM. Whenever you are inside a game, a persistent notification will allow you to access Game Space settings or turn on Fnatic mode directly with a button shortcut.

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The opposite of Fnatic would be OnePlus’ Zen Mode. On top of offering Android’s typical Digital Well-being features, the OnePlus 8 offers Zen Mode to voluntarily lock yourself out of your phone, and focus on other things, for 20, 30, 40 and 60-minute sessions. I personally have no need for Zen Mode, though those who do enjoy the feature can also keep track of their total time in this mode, how many notifications were muted, and how many days it’s been used. You can also save these stats as screenshots, or share them directly from the app to let everyone know how much you are not using your new phone.

Beyond these note-worthy features, OxygenOS offers a plethora of extra functionality. By now, you probably already know about the alert slider that’s characteristic of every OnePlus device since the OnePlus 2, which of course is retained and needs no explanation. It remains one of my favorite perks of the device, though, as it’s something I use multiple times a day, every day. By contrast, there are also features I personally hardly ever use, yet might come in handy to some of you. Parallel apps let you essentially log in with two different accounts on the same app, in supported services like Discord or FB Messenger; the App Locker lets you make it so that certain apps require authentication, and also lets you hide their notification content. Quick Reply in landscape lets you reply to an incoming notification by essentially opening a smaller version of the app to the side.

You get the idea. While I haven’t included features related to the display, camera, and battery life or charging in this section, this list makes it clear that the OnePlus 8 brings a ton of functionality.


Display: Still good, but not better

OnePlus smartphones have offered some tremendous screens in the past, often opting for the latest in screen technology and having been one of the first to hop onto the high refresh rate train. XDA’s Dylan Raga has done in-depth display analyses for many OnePlus smartphones, and while he typically finds room for improvement, their displays have generally been excellent. Last year’s OnePlus 7 Pro, for example, earned an illustrious A grade thanks to its great color accuracy and minimal black clipping.

While it retains the 90Hz goodness introduced last year, the OnePlus 8 changes things up a bit by opting for a newer 6.55-inch (20:9) Samsung AMOLED panel, and foregoing the pop-up camera for a hole-punch solution. It’s the kind of bleeding-edge panel you’d expect out of a 2020 flagship, with HDR10+ support and the added benefit of TÜV Eye Comfort Certification due to its ability to “drastically reduce the harmful effects of blue light”. While I am not a display expert like Dylan is, I can give you my subjective review of the OnePlus 8’s display. If you are looking for a more comprehensive display review, you’ll have to check out Dylan’s OnePlus 8 Pro display analysis. For thoughts on the refresh rate side of things, head over to the dedicated performance article.

Auto-brightness is still really terrible, despite constant user complaints

Starting with brightness, it’s not surprising that the OnePlus 8 gets bright, with an output that edges out the OnePlus 7T’s at the manually adjusted maximum brightness. Not only does it offer higher peak brightness, which is something you typically expect out of newer displays anyway, but the lowest brightness is also seemingly lower, with side-by-side tests showing the OnePlus 8 to be much more comfortable for late-night browsing or YouTube binge-watching. This works well in tandem with the previously-discussed advanced Dark Mode, as more of your apps will be themed to take advantage of the rich blacks enabled by AMOLED displays.

OnePlus 8 OnePlus 8

The difference between the maximum manual brightness and the auto-brightness’ boosted mode is significant, meaning you’ll likely have to turn on auto-brightness even if you don’t want to.

Sadly, OnePlus continues to have a less-than-stellar adaptive brightness implementation, which is frustrating given the limited range of levels available when manually adjusting the brightness. It has been many years since I’ve basically have had to turn adaptive brightness off, entirely, on OnePlus devices — I’ve mostly just used the slider since at least since the OnePlus 6. It’s one of the worst parts of owning a OnePlus smartphone, especially considering that more affordable phones have this figured out and that some flagship competitors like Samsung feature solutions that I have gladly left on for the entirety of my run with the phone. It is slow to adjust and it often misses the mark, getting too low for casual indoor usage, and it often gets in the way of the camera experience (more on this later). It’s nice that the phone can boast a better brightness range that’s both wider and more granular, but much of the benefit afforded by new hardware is wasted by the still-insufficient auto-brightness.

One of the advantages mentioned earlier about the OnePlus 7 Pro’s display was no excessive black clipping. Compared to the OnePlus 7T, at least, this phone seems a bit worse in this regard. Black saturation, tone response, and general visibility have seemingly regressed at lower brightness levels (under 55%), with side-by-side controlled tests making it much harder to delineate between different super-dark grey tones (compared to the 7T). On the OnePlus 7T, I often found myself turning up the screen brightness simply to increase contrast so that I can read or watch content, and I’ve had the same problem on the OnePlus 8. My unit doesn’t have any strange or obvious banding in color and grayscale gradients, however.

The OnePlus 8 still packs a great display for media consumption

While I can’t really comment on color accuracy, I would say that the OnePlus 8 display looks to be a hair more saturated than that of the OnePlus 7T on the Vivid profile, to the point where the brighter hues of each color appear more tightly clustered and are harder to discern. I haven’t found this to make much of a difference in the positive or the negative when consuming video content — which, by the way, is a lot of fun on the OnePlus 8. The color temperature and white point are just right for my taste, too. As said earlier, the screen is bright, and on the Vivid color profile, the colors are punchy but not cartoony.

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Speaking of color profiles, you’ll still be able to choose from the aforementioned Vivid, which has punchy colors and higher contrast, or Natural which targets the sRGB color space for industry-standard color accuracy. You can also manually tweak the color temperature after selecting the Display P3, AMOLED Wide Color or sRGB profiles under advanced display settings.

What about display-related features? Night mode is there, and it can be conveniently scheduled, though it still suffers the same issues as before. Particularly, whenever you unlock the phone, it slowly transitions into night mode, meaning you’ll be blasted by blue light for a second or so each time. This and the iffy auto-brightness were a match made in hell whenever I had to attend to late-night notifications. There is a video enhancer that will sharpen up video and turn up the colors, but I personally found this feature fairly worthless. Comfort Tone (OxygenOS’s version of Apple’s True Tone) is missing from the OnePlus 8, as the phone has done away with the RGB ALS that enabled matching the screen’s calibration against the current outdoor light settings. Reading Mode lets you turn the screen either monochrome or sepia, while enhancing contrast and optionally blocking heads-up notifications.


Camera: A higher price but little to show for it

Smartphone photography remains one of the key ways through which OEMs get consumers to periodically upgrade their devices, and it’s becoming harder and harder to recommend phones that don’t offer a great camera experience. This has typically been one of OnePlus’ shortcomings, as their phones could never quite stack up against the pricier competitors. For a while, one could justify this by pointing to the price, but as OnePlus’ prices have only crept up throughout the years, it’s no longer an excuse. The OnePlus 7 Pro and 7T featured fairly mediocre cameras, so much so that I started proactively making sure that I bring a better smartphone camera to important events, and I would often find myself looking for another smartphone in my house when taking pictures indoors. While at first, I wasn’t really unimpressed by the camera, I eventually grew more and more frustrated as the number of ruined shots kept piling up. You can absolutely take great pictures with the OnePlus 7 Pro and 7T, but you can’t do so as effortlessly and consistently as you can with other phones.

OxygenOS on OnePlus 8

The OnePlus 8 and 8 Pro both bring camera changes, with the 8 Pro’s upgrades being substantial. The OnePlus 8’s primary rear camera packs the same 48MP Sony IMX586 sensor as the OnePlus 7T, with EIS & OIS, an aperture of f/1.7 and a pixel size of 0.8μm, and you’ll mostly be shooting in a binned 12MP mode that improves overall light-gathering image quality. The wide-angle camera retains the 16-megapixel count from the 7T, keeps the same f/2.2 aperture, and lowers the field of view to 116 degrees. The dedicated telephoto camera is gone this time around, which is honestly fine by me — it just wasn’t compelling enough to use on a regular basis, as it wouldn’t really add much detail, and the camera still offers 2x in-sensor zoom. In its place, we now have a 2MP macro camera with a pixel size of 1.75μm, no OIS and f/2.4 aperture.

As for the camera UI, it’s largely similar to that of the 7T barring some small aesthetic changes, and the disappearance of various quick toggles. I actually think that the camera UI has overall regressed compared to what’s found on the OnePlus 7T, as one now needs to access the camera settings activity to change important settings like video resolution for both regular video and slow-motion. And what’s worse, the camera settings are not accessible unless one first unlocks the device, meaning you won’t be able to choose video FPS and resolution when you access the camera through the power-button shortcut. Given that I make great use of that shortcut and that most video I take is spontaneous (and that’s generally the case with slow-motion video, too), this decision just doesn’t make much sense to me. But beyond that nitpicking, it’s a very serviceable camera UI — it’s very boomer-friendly, and the shortcuts that remain are extremely useful.

What about the pictures themselves? I was expecting to encounter the same issues I had with the 7T’s camera, but overall the pictures did turn out to be a bit better. (Excuse the limited range of subjects, quarantine makes camera reviews a bit difficult). Colors are mostly great, barring a tendency to blow up the reds. There is plenty of contrast, and I don’t think that the pictures are oversharpened, but there’s still a bit of an oil-painting effect when zooming in as usual, and some haloing around various edges. When taking pictures of objects up-close, the narrow focus can be quite noticeable and distracting, and some of the processing issues become apparent. Take a look at that picture of my mate drink, for instance: the top-right edge inside the cup is extremely sharp, where in reality there was a lot of  smooth and bubbly detail that the camera obliterated. I’ve had the same happen multiple times with the 7T, as it tended to overprocess contours in uncanny ways.

I found indoors and low-light shots to be slightly better, and color to be a tad nicer, but for the most part, the rear camera’s shots on Auto mode turn out nearly identical to those on the 7T. I didn’t find the 48MP mode to be of any use; pictures are larger, but there’s no discernible detail advantage, and in some cases, images turned out noisier. OnePlus’ Nightscape mode is pretty good too, and there’s a setting to further boost the exposure time if one is specifically using a camera tripod. I also really appreciate that the company introduced a “Pet Mode” — they enabled face tracking for cats and dogs, and properly adjust the camera shutter speed for our furry friends. I think it’s made a difference when photographing my twitchy cat, who had made the 7T’s job notoriously difficult. I don’t think the macro mode is any more useful than it was on the 7T, and despite the dedicated camera, most of my images turned out fairly grainy and, of course, low-resolution.

One area where the phone has changed a lot is portrait shots. While the camera does a fine job at object segmentation, the color of these portrait mode pictures is far too saturated, and completely different than my 7T shots. In the shots above, for example, it reddens my face, highlighting blemishes unlike the other phones. The sky is also completely messed up. The rest of the image is fine, though — detail and dynamic range are great, and after some quick editing to turn down the saturation, the picture is more than ready for social media. That said, I used to feel that OnePlus portrait shots looked a bit flat (just look at that first comparison), but I’m not sure I really like how drastically they’ve altered their color science here.

Going back to color, while I’ve managed to get some really nice shots out of this phone (despite COVID-19 health advisories making a camera review fairly difficult), it must be said that I still have a lot of issues consistently capturing a balanced and accurate picture. In the video above, you can see the OnePlus 8’s camera struggling to decide how to tune the picture’s temperature; the pictures below this paragraph also showcase this issue, they were taken mere instants apart yet feature completely different color profiles. This is not caused by scene optimization (i.e. you can’t turn it off), and it’s something I’ve struggled with on the 7 Pro and 7T, and in fact, it’s something I’ve messaged the company about when I was first testing the OnePlus 6. Yes, the OnePlus 7T and 8 can both produce some really nice shots, and I’ve captured some really nice and moody photos with them, but I do not appreciate having my viewfinder entirely change right before my finger hits the shutter button.

Images capture a mere instant apart from one another can have dramatically different color profiles

Another long-standing issue I have when taking pictures stems from the awful auto-brightness. To take pictures outdoors, sometimes I need the auto-brightness’ extra boost above the maximum manual setting, but the phone routinely decides to lower the brightness the moment I open the camera app and raise my phone, only to max it out again the moment I back out and attempt to manually restore it! For a phone line that keeps bumping up the price, it just utterly sucks to see such annoying and prevalent issues persist, generation after generation.

The front-facing camera of the OnePlus 8 is driven by the 16MP Sony IMX471 sensor with fixed focus, an f/2.0 aperture and a pixel size of 1.0µm. Given that this is the same setup found on the 7T, I wasn’t expecting any differences in image quality, but I was pleasantly surprised to find that color reproduction was much nicer and more realistic, and both detail and dynamic range see small improvements. The colder shots of the OnePlus 7T, for instance, typically struggled to capture the natural brown highlights of my hair, but the OnePlus 8 is able to render them just fine, like other phones.

Finally, we get to video. I’ve actually haven’t had many issues with OnePlus video in the past, as I found it fairly sharp and smooth, and I really like their stabilization too. Their “Super Steady” video mode does an amazing job at canceling small jerks caused by walking, giving it a smooth and steady look, and it’s compatible with both 4K30FPS and 1080p60FPS modes, though sadly not 4K60FPS. Slow-motion video is still very nice on the OnePlus 8, but I did find that a few of my clips had a stuttery frame or two. Since I take a lot of slow-motion videos and I never had such problems on other phones, I’m hoping that this was a rare isolated occurrence. As far as video goes, I’m very happy with the phone.

Overall, though, I can’t really say I’m very satisfied with the OnePlus 8’s camera. It’s better in some ways due to improvements in image processing, but there are a few big misses, like the new portrait shots being too saturated and artificial. I also can’t believe that some of the long-standing issues remain in place; that and the fact that it just doesn’t do enough to improve upon the 7T make me feel that the extra price is not worth it at all for those who really value a good camera in their phones — especially considering that many of the improvements found here are due to refined software, and in theory, could make their way to older OnePlus devices.


Performance: Yep, it’s the fastest and smoothest

As usual, I’ll be saving my full thoughts on performance for a separate, dedicated article that’s already scheduled for this week. In the analysis, I take the OnePlus 8 through the usual set of synthetic benchmarks, gaming framerate profiling, and our custom real-world performance tests to determine whether the OnePlus 8 manages to squeeze any extra speed and fluidity out of the Snapdragon 865. Stay tuned for the full performance review hitting the XDA portal shortly.

The OnePlus 8’s buttery-smooth, consistent scrolling is a sight to behold.

With that said, why not a little spoiler? I’m going to be honest, as much as I want you to read the in-depth performance analysis, you probably don’t have to crawl through thousands of words and tens of charts focusing on millisecond differences to know that the OnePlus 8 is really, really fast. How fast? It’s the fastest phone we’ve tested, and it’s also the smoothest in the 90Hz category, even beating the ludicrously good OnePlus 7T. It is mostly uncontested when it comes to both synthetic benchmarks (barring some caveats we’ll get into later this week) and real-world performance.

It’s fast and it’s smooth

So yes: it’s fast, it’s smooth. It’s the latest that OnePlus has to offer — this is the first company that made performance one of its biggest marketing points, and it has a proven track record when it comes to speed and fluidity, so you already know what to expect. Even then, I’ve been nothing short of impressed with the phone’s real-world and gaming performance, as well as its sustained performance and thermal throttling. I’ll tell you more about it soon, so that’s all I will say for now!


Battery Life and Charging: No surprises

Despite having shrunk in every dimension when compared to the 7T, the OnePlus 8 manages to bring a substantial upgrade in battery capacity, taking the Li-ion trooper from 3,800mAh to a whopping 4,300mAh. Considering how thin and compact the phone ultimately feels, this is a welcome bump. As usual, I first left the phone running a set of PCMark 2.0 Battery Life tests overnight so that I could get a good idea of how long the phone lasts under a continuous workload, and at different brightness settings. This test continuously loops the PCMark 2.0 benchmark until the device hits 20% battery life, then calculates a battery life score based on the average drain rate and battery capacity; we ran it three times at 90Hz, with mobile data and background services turned off. The OnePlus 8 actually produces really good results here, but it’s worth noting that it’s far too generous an estimate given the way in which I set up the test. Still, there’s a massive disparity between the 50% and 100% brightness results, as battery life is close to cut in half. This didn’t spell good news for me, given I favor close to maximum brightness even indoors.

Minimum Brightness Medium Brightness Maximum Brightness
PCMark 2.0 Battery Life 16 h 29 m 11 h 43 m 6 h 33 m

And, unsurprisingly, I was getting around that much battery life out of my device. I must admit that, given that my state issued a shelter-in-place order, I spent far too much time on this device every single day. So I’m not proud of the absurd 6-hour screen-on time shown in the screenshots below, but I am also not very surprised at how the device fared overall.

OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8 OxygenOS on OnePlus 8

I used the phone exclusively with the 90Hz refresh rate turned on, and my usage consisted mostly of YouTube, Reddit, and Chrome browsing, as well as a lot of messaging via Hangouts and Facebook Messenger, and also calls, video calls, camera usage, and podcasts on a mix of Wi-Fi, 5G and 4G LTE. Each day, I was able to get over five hours screen on time, even with heavy usage including multi-tasking, web-browsing with picture-in-picture YouTube videos, video calls (as well as video calls while multitasking), and so on. The podcast and background YouTube consumption isn’t displayed in the screen-on time figures either, so the effective usage is actually higher than the depicted screen-on numbers.  While the screen-on time is quite high, the total unplugged time is not, and I was expecting the phone to last longer given the battery capacity upgrade. In fact, the results are similar to what I documented when first testing out the OnePlus 7T last year, and my use-cases haven’t changed that much. So I can’t definitively say it’s an upgrade, but it also doesn’t really “feel” any different (not much better, and not much worse).

As for charging, Warp Charge 30T makes a return, being able to charge the phone from 1% to 50% in just 22 minutes, according to both OnePlus and our corroborating data. As we’ve documented for previous OnePlus devices using essentially the same technology, you can also use Warp Charge 30T while using the phone without incurring any charging speed penalties, and you can even charge quickly while playing 3D games. I used to speak super favorably of Warp/Dash Charge, but the truth is that other OEMs have started catching up to OnePlus’ fast charging technology, so this is no longer as novel or exclusive a feature. It’s still super nice to have of course and remains very convenient, but nowhere near as exciting as the new 30W wireless charging featured on the 8 Pro, which obviously didn’t make the cut here. For a starting price of $700, I feel that the OnePlus 8 should come with wireless charging too.


Speakers, Haptics, Odds & Ends

The OnePlus 8 features essentially the same powerful speaker hardware found on their last two devices, and it’s honestly pretty good. They’re enhanced by Dolby Atmos, and they get very loud, though they lack bass and can get tinny when in the upper volume ranges. I’ve also had no issues with call quality, and given the loudness of these headphones, it’s easy to have a call on speaker while sitting across the room. For headphones, we obviously do not get a 3.5mm headphone jack, but there are various settings to enhance wireless headphone experience – from sound profiles to playback behavior tweaks – that can be convenient (for example, I have mine set to pause and resume playback upon disconnecting and connecting my devices). The vibration motor is fine: it doesn’t feel as strong as it did on the OnePlus 7 Pro, but I like it a tad more than that of the 7T, so it’s nice enough. However, it makes a very audible pew sound that can even be confused with a custom keyboard sound when one is typing away. It’s a small nitpick, and I am mostly able to forget about the noise, but it’s there and it occasionally triggers me. Connecivity-wise, I had no issues on Google Fi. For more odds and ends, check out Mishaal’s article on everything you should know about the OnePlus 8 and OnePlus 8 Pro — if you have a question, chances are that he found the answer!


Conclusion: OnePlus 8 is the OnePlus 7TT

So what’s the verdict? I’ve had a great time with the OnePlus 8, and it will probably become my daily driver; it will be replacing the OnePlus 7T, but it doesn’t have to. I had gotten fairly used to the 7T before this came along, and I would have no issues sticking with it. You have probably noticed that I brought up the OnePlus 8’s starting price fairly often in this review, and that’s because that singular number makes every one of its upgrades seem small. OnePlus’ price-creep is reaching critical mass, they have completely shed their “affordable flagship killer” skin and ushered in the premium flagship market. I can’t say that this new coat suits them very well, and while the OnePlus 8 is a terrific phone, it doesn’t defy expectations. In fact, it hasn’t even addressed some of the long-pressing issues, big and small, that OnePlus users fervently want fixed.

There aren’t enough upgrades here to justify such a steep price increase in such a short amount of time

The $700 starting price for the OnePlus 8 is kind of ridiculous when you can get a 7T for just $500 straight from OnePlus, or find a similarly-priced OnePlus 7 Pro. And that’s just if you are shopping OnePlus. In reality, there’s no shortage of excellent deals on past flagships, many of which trump the OnePlus 8 in key areas like camera and battery life, and even software updates. The 7T hasn’t been as consistent as previous OnePlus devices when it comes to security updates, the OnePlus 6 and 6T update situation became even worse than that, and nothing suggests this phone will reverse that trend. And lastly, besides performance, one of my favorite parts about this phone is the Interstellar Glow back cover. I really, really love it! But I also can never recommend it to anyone, because it comes with a $100 price hike for a specs bump that I doubt most will even notice day-to-day or in the long run. There just aren’t enough upgrades here to justify such a steep price increase in such a short amount of time.

While this is not an affordable flagship, it might ironically become one of the cheaper Snapdragon 865 devices out there. But it’s clear that most of the real niceties went to the OnePlus 8 Pro this time around, similarly to how the 7 Pro nabbed the attention last time around. With both the OnePlus 8 and 8 Pro releasing simultaneously in various markets, for the first time, it would have been really interesting to see the OnePlus 8 become a truly affordable flagship as its bigger sibling tackles the ultra-premium segment. But alas, this is not an affordable flagship at all. The result is a phone that’s too similar to its predecessors, and that’s hardly deserving a version number upgrade. Calling it the OnePlus 7TT would have been more fitting, and even then, it’d still be inaccurate given I’ve reviewed ‘T’ revisions that were more exciting than this.

So, in the end, I really love the OnePlus 8. But that’s mostly because I loved the OnePlus 7T, and both offer a near-identical user experience.

The post OnePlus 8 Review – Not Enough to Beat the OnePlus 7T appeared first on xda-developers.



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OnePlus 8 and 8 Pro announced – Everything you need to know!

The OnePlus 8 and OnePlus 8 Pro have been the topic of leaks for the past few weeks. Now, during an online launch event, OnePlus has officially announced the devices, putting an end to all speculation. Coming in with the latest Qualcomm Snapdragon 865 SoC, 5G across the board, high-refresh-rate displays support, OnePlus’ first-ever fast wireless charging solution, and new colors and finishes, the OnePlus 8 and the OnePlus 8 Pro have a lot to offer. Follow along as we take a deep dive into the OnePlus 8 series to see if they live up to their “Lead with Speed” motto.

OnePlus 8 OnePlus 8 Pro

OnePlus 8 Forums ||| OnePlus 8 Pro Forums

OnePlus 8 Series Specifications

Specification OnePlus 8 OnePlus 8 Pro
Dimensions & Weight
  • 160.2 x 72.9 x 8.0 mm
  • 180g
  • 165.3 x 74.35 x 8.5 mm
  • 199g
Colors, Materials, Finish
  • Onyx Black (glossy)
  • Glacial Green (matte-frosted)
  • Interstellar Glow (glossy)
  • Polar Silver
  • Onyx Black (glossy)
  • Glacial Green (matte-frosted)
  • Ultramarine Blue (matte-frosted)
Display
  • 6.55″ Fluid AMOLED, single hole-punch (3.8mm) cutout
  • FHD+ resolution (2400 x 1080), 20:9 aspect ratio, 402ppi
  • 90Hz refresh rate, 180Hz touch sampling rate
  • HDR10+
  • 3D Corning Gorilla Glass
  • Features
    • Vibrant Color Effect
    • Reading Mode
    • Night Mode
  • No Active Digitizer for Active Pen support
  • 6.78″ Fluid AMOLED, single hole-punch (3.8mm) cutout
  • QHD+ resolution (3168 x 1440), 19.8:9 aspect ratio, 513ppi
  • 120Hz refresh rate, 240Hz touch sampling rate
  • HDR10+
  • 1300 nits peak brightness, 4096 levels of adjustment
  • 3D Corning Gorilla Glass
  • Features
    • Vibrant Color Effect
    • Reading Mode
    • Night Mode
    • MEMC
    • HDR Boost
    • Adaptive Display
  • No Active Digitizer for Active Pen support
Cameras (Rear)
  • Primary
    • 48MP Sony IMX586, f/1.75, 0.8µm pixels, OIS, EIS
  • Secondary
    • 16MP, ultra-wide-angle, f/2.2, 116° FOV
  • Tertiary
    • 2MP, macro, f/2.4, 1.75µm pixels
  • Flash
    • Dual LED Flash
  • Autofocus
    • PDAF + CAF
  • Video
    • 4K @ 30/60 fps
    • 1080p @ 30/60 fps
    • Slow Motion
      • 1080p @ 240 fps
      • 720p @ 480 fps
    • Time Lapse
      • 4K @ 30 fps
      • 1080p @ 30 fps
    • Miscellaneous features
      • CINE aspect ratio
      • Ultra Steady at 4K @ 30 fps
  • Other sensors
    • Flicker ambient light sensor (front)
  • Primary
    • 48MP Sony IMX689, f/1.7, 1.12µm pixels/48MP; 2.24µm [4 in 1]/12MP, OIS, EIS
  • Secondary
    • 48MP, ultra-wide-angle, f/2.2, 119.7° FOV
  • Tertiary
    • 8MP, telephoto, f/2.4, 1.0µm pixels, OIS, 3x Optical Hybrid Zoom
  • Quaternary
    • 5MP, color filter, f/2.4
  • Flash
    • Dual LED Flash
  • Autofocus
    • All pixel omni-directional PDAF+CAF+LAF
  • Video
    • 4K @ 30/60 fps
    • 1080p @ 30/60 fps
    • Slow Motion
      • 1080p @ 240 fps
      • 720p @ 480 fps
    • Time Lapse
      • 4K @ 30 fps
      • 1080p @ 30 fps
    • Miscellaneous features
      • HDR Video, CINE aspect ratio
      • Ultra Steady at 4K @ 30 fps
      • Audio Zoom
      • Audio 3D
      • Color Filter Camera
  • Other sensors
    • Flicker ambient light sensor (front and back)
    • Laser sensor
    • Front RGB sensor
Camera (Front) 16MP Sony IMX471, f/2.0, 1.0µm pixels, fixed focus, EIS, 1080p@30fps 16MP Sony IMX471, f/2.45, 1.0µm pixels, fixed focus, EIS, 1080p@30fps
Software OxygenOS 10 based on Android 10

2 years of software updates (Android 11 and Android 12 planned), 3 years of bi-monthly security updates

A/B partitions for Seamless Updates

System-on-chip Qualcomm Snapdragon 865 CPU

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 GPU

RAM 8/12GB LPDDR4X 8/12GB LPDDR5
Storage 128/256 GB UFS 3.0+ Dual-Lane
Battery 4300 mAh 4510 mAh
Wired Charging 30W Warp Charge 30T (5V/6A)

15W USB-C Power Delivery (5V/3A)

Wireless Charging No Warp Charge 30 Wireless (30W), 10W Qi EPP

Reverse Wireless Charging (3W)

IP Rating No IP68
Security

Optical under-display fingerprint scanner

Software-based facial recognition

Ports & Buttons

USB 3.1 (Gen 1) Type-C with video out (DisplayPort Alternate Mode)

Alert Slider

Dual nano-SIM slot*

*Second SIM will be activated in a post-launch update

Audio & Vibration Dual stereo speakers. Audio tuned by Dolby Atmos.

X-axis linear motor

Multimedia Codec Support

Audio Playback: MP3, AAC, AAC+, WMA, AMR-NB, AMR-WB, WAV, FLAC, APE, OGG, MIDI, M4A, IMY, AC3, EAC3, EAC3-JOC, AC4

Audio Recording: WAV, AAC, AMR

Video Playback: MKV, MOV, MP4, H.265(HEVC), AVI, WMV, TS, 3GP, FLV, WEBM

Video Recording: MP4

Image Viewing: JPEG, PNG, BMP, GIF, WEBP, HEIF, HEIC, RAW

Image Output: JPEG, PNG

Connectivity
  • Qualcomm Snapdragon X55 modem + Qualcomm FastConnect 6800
  • Wi-Fi: 2×2 MIMO, 802.11 a/b/g/n/ac/ax, 2.4GHz/5GHz
  • Bluetooth: Bluetooth 5.1, with Qualcomm aptX, Qualcomm aptX HD, LDAC and AAC
  • NFC: Yes
  • Positioning: GPS (L1+L5 dual-band), GLONASS, BeiDou, Galileo (E1+E5a dual-band), SBAS, A-GPS
  • LTE/LTE-A:
    • 4x4MIMO
    • Supports up to DL Cat 18 (1.2Gbps)/UL Cat 13 (150Mbps) depending on carrier.
  • Bands (NA)
    • 5G NSA: n2, n5, n66, n71, n41
    • 5G SA: n71, n41
    • MIMO-LTE: B2, 4, 7, 25, 66, 41, 48
    • NR: n2, n66, n41
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 18, 19, 20, 25, 26, 28, 29, 30, 66, 71
    • TDD-LTE: B34, 38, 39, 40 (Roaming), 41, 46, 48
    • GSM: 850, 900, 1800, 1900
    • WCDMA: B1, B2, B4, B5, B8, B9, B19
    • CDMA: BC0, BC1, BC10
  • Bands (IN)
    • 5G NSA: n78
    • 5G SA: n78
    • MIMO-LTE: B1, 3, 41, 40
    • NR: n78
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 17, 18, 19, 20, 26
    • TDD-LTE: B34, 38, 39, 40, 41, 46
    • WCDMA: B1, B2, B4, B8, B9, B19
    • CDMA: BC0 (Roaming)
    • GSM: 850, 900, 1800, 1900
  • Bands (EU)
    • 5G NSA: n1, n3, n28, n78
    • 5G SA: n78
    • MIMO-LTE: B1, 3, 7, 38, 40, 41
    • NR: n1, n3, n7, n78
    • FDD-LTE: B1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 18, 19, 20, 25, 26, 28, 32, 66
    • TDD-LTE: B34, 38, 39, 40, 41, 42, 46
    • WCDMA: B1, B2, B4, B5, B8, B9, B19
    • CDMA: BC0
    • GSM: 850, 900, 1800, 1900

Design

The OnePlus 8 and 8 Pro are very similar in design except for the inclusion of a few new sensors on the rear of the 8 Pro. If you’re familiar with last year’s OnePlus 7 and OnePlus 7T series, however, there are a couple of important design changes.

First of all, OnePlus has ditched the pop-up camera that lent the OnePlus 7 Pro and OnePlus 7T Pro their notch-less appearances. Similarly, there’s no longer a waterdrop notch like on the OnePlus 7 or OnePlus 7T. Instead, OnePlus is following a display trend that’s intensified this year: Hole-punch display cutouts. Both the OnePlus 8 and the OnePlus 8 Pro feature a single tiny (3.8mm) hole-punch display cutout in the top left-hand corner of the display. Within this cutout lies the single front-facing camera. If you’re wondering why OnePlus went with a hole-punch cutout instead of a pop-up camera this year, we’re told that OnePlus wanted to save some internal space so they could fit more components. On the surface, this seems to be true as the OnePlus 8 series feature larger batteries than last year’s models, pack a discrete modem (the Snapdragon X55), and in the case of the OnePlus 8 Pro, a dedicated visual processor (the Iris 5 from Pixelworks) and wireless charging coils. In spite of all this, the OnePlus 8 and 8 Pro still manage to be thinner and lighter than the OnePlus 7 and 7 Pro respectively.

The next major design difference between the OnePlus 8 series and last year’s OnePlus 7/7T is the curvature of the display. While the OnePlus 7 and OnePlus 7T featured flat displays, the OnePlus 7 Pro and OnePlus 7T Pro had dramatically curved displays. The displays of the OnePlus 8 and 8 Pro are basically in the middle of the OnePlus 7/7T and OnePlus 7 Pro/7T Pro in terms of curvature. The OnePlus 8 series displays start curving much closer to the edges and are also steeper and seem to produce much less glare than the displays of the OnePlus 7 Pro/7T Pro. In other words, less area is curved but the curve is more dramatic towards the edge.

Where the OnePlus 8 and 8 Pro mainly differ is on the rear. Both devices have a vertically aligned camera bump, but the OnePlus 8 Pro moves the dual-LED flash from below the camera bump to the left of it and also adds an extra set of sensors. Those sensors include a color filter camera, a laser sensor, and a flicker ambient light sensor. Another, more minor difference between the two devices can be seen on the bottom: The OnePlus 8 Pro has a slight indentation on the bottom, likely to assist in holding the phone since the 8 Pro has a slightly larger display (6.55″ versus 6.78″).

OnePlus 8

OnePlus 8 Display OnePlus 8 Onyx Black

OnePlus 8 Pro

OnePlus 8 Pro Display OnePlus 8 Pro Onyx Black

To round things up, here are all the other design aspects that the two phones have in common: Both phones have a volume rocker on the left, both phones have an Alert Slider and power button on the right, both phones have a USB Type-C port on the bottom, both phones have dual speakers (one on the bottom-right and another in the top bezel), both phones have a dual nanoSIM card tray on the bottom-left, and both phones feature the new OnePlus logo on the rear. Both phones also have similar Colors, Materials, and Finish (CMF); depending on the color you get, the back glass cover will either have a matte-frosted or glossy finish.

One major aspect of the design that you can’t see is the water and dust-proofing. The OnePlus 8 Pro has an IP68 certification rating for dust and water resistance while the OnePlus 8 has only been lab-tested by OnePlus themselves for dust and water resistance. Keep in mind an IP rating is not a guarantee that your phone will survive falling in water— check your warranty to see if it’s covered.


Display

OnePlus’ motto for the OnePlus 8 series is “Lead with Speed.” This year, the company is putting a large emphasis on the display, especially regarding the smoothness of the display experience. While the OnePlus 8 features only minimal display spec improvements over the OnePlus 7T, most of which are due to software rather than hardware, the OnePlus 8 Pro features a dramatically improved display experience over the OnePlus 7 Pro and 7T Pro. The OnePlus 8 Pro features OnePlus’ first 120Hz refresh rate display, which, unlike the Samsung Galaxy S20, can be used at the display’s native 3168 x 1440 resolution. The OnePlus 8 Pro also features an incredibly bright display, with a claimed peak brightness of 1300nits— more than double the Google Pixel 4. Furthermore, OnePlus has improved the adaptive brightness experience by introducing a total of 4096 levels of brightness adjustments on the OnePlus 8 Pro.

In collaboration with visual processing company Pixelworks, OnePlus has also introduced a number of new display features on the OnePlus 8 series:

  1. Both devices were calibrated by Pixelworks’ calibration software and run “Pixelworks color management software on the display processing unit of the Snapdragon 865 to optimize power” while delivering “industry-record” color accuracy for content in the sRGB and DCI-P3 color gamuts.
  2. Similarly, both phones feature “True Flesh Tones” to “[ensure] accuracy across all display modes to convey true-to-life skin tones for all content involving real people, whether photos, video captured on the phone, or popular movies.”
  3. Next, both devices feature “Brightness Smoothing” for “finely-tuned, automatic luminance control” that “enables ultra-smooth display brightness transitions and mitigates screen flashing as ambient lighting changes, particularly in dimly lit viewing environments.”
  4. Finally, both phones come equipped with “DC Dimming 2.0,” which is designed to reduce eye strain that can occur from sometimes-perceivable flickering at low brightnesses on AMOLED displays. DC dimming typically involves supplying the display with continuous current, which can lower visual quality, but Pixelworks says that DC Dimming 2.0 on the OnePlus 8 series dynamically adjusts the display’s current to reduce flickering without sacrificing quality.

While the OnePlus 8 and OnePlus 8 Pro share the aforementioned display features, the OnePlus 8 Pro also has a couple of additional display features from Pixelworks:

  1. First, the 8 Pro supports “HDR Boost,” which is OnePlus’ term for always-on SDR-to-HDR up-mapping. What this means is that all SDR content—whether it be videos or games—are upconverted from SDR to HDR. Colors in games and videos will be noticeably more vibrant when converted from SDR to HDR even though they weren’t originally created in HDR format. In addition, contrast and sharpness will also be enhanced with local contrast enhancement and sharpness filtering (2D Peaking) also happening during SDR-to-HDR upconversion.
  2. Next is Comfort Tone, a feature that utilizes the RGB sensors on the phone to automatically adjust the color temperature of the display to match the temperature of the ambient lighting. This reduces eye strain from blue light and gives the display a more paper-like look in more lighting conditions. This feature is similar to Apple’s TrueTone or Google’s Ambient EQ.
  3. Then there’s the “MotionEngine” technology that powers MEMC on the OnePlus 8 Pro. MEMC stands for Motion Estimation/Motion Compensation, and it’s a technique to interpolate frames to boost the frame rate of video content. OnePlus says that MEMC can boost the frame rates of local or cloud-hosted videos played in apps like MX Player, VLC, OnePlus Gallery, YouTube, Netflix, Amazon Prime Video,  and Hotstar, and they plan to enable support for more video applications in the future. Videos can be boosted from 24 or 30fps to 60 or 120fps while “preserving the intended motion appearance for movies, live TV, sports, shared video, and other dynamic multimedia content.”
  4. Lastly, the OnePlus 8 Pro is the first smartphone with dual MIPI processing, which can increase the range of use cases for MEMC by adding robustness to GUI and text on screen.

Here’s a table that summarizes the display features on the OnePlus 8 versus the OnePlus 8 Pro:

Display Technology OnePlus 8 OnePlus 8 Pro
Implementation Soft Iris on Snapdragon Iris 5 chip + Soft Iris on Snapdragon
Color Calibration Yes Yes
True Flesh Tones Yes Yes
Brightness Smoothing Yes Yes
DC Dimming 2.0 Yes Yes
Always-HDR/SDR Upmapping (HDR Boost)* No Yes
Tone Adaptive Display (Comfort Tone) No Yes
MotionEngine (MEMC) No Yes
Dual MIPI Processing No Yes

*Note: The OnePlus 8 has a “Vibrant Color Effect” setting which enables the “Vivid” screen profile when watching videos but does not upconvert SDR content to HDR format.

Here’s a graphic provided by Pixelworks that illustrates the difference between the Iris 5 visual processor and the Soft Iris on Snapdragon implementation:

Pixelworks Iris 5 vs Soft Iris

With the addition of these new display technologies, OnePlus has taken a number of measures to ensure they don’t annoy users:

  • When the OnePlus 8 and 8 Pro are idling, in the camera app, or in the dialer app, the screen operates at 60Hz. This is to reduce power consumption.
  • MEMC is off by default on the OnePlus 8 Pro to satisfy those users who may want to watch videos in their original format.
  • MEMC only applies to videos playing in fullscreen mode. It will not happen when you’re watching videos while scrolling through a social media feed, for instance.

Performance

As always, the new OnePlus 8 series smartphones will pack the best mobile processor from Qualcomm, the Snapdragon 865. The Qualcomm Snapdragon 865 has a tri-cluster CPU core configuration with 1x Kryo 585 (ARM Cortex-A77-based) “Prime” core operating at a maximum frequency of 2.84GHz, 3x Kryo 585 (ARM Cortex A77-based) “Performance” cores operating at maximum frequencies of 2.4GHz, and 4x Kryo 385 (ARM Cortex-A55-based) “Efficiency” cores operating at a maximum frequency of 1.8GHz. Qualcomm says the Snapdragon 865 offers 25% faster CPU performance over the Snapdragon 855, which was found in the previous-generation OnePlus 7 series. The GPU in the OnePlus 8 series is the new Adreno 650 which offers 20% faster graphics rendering and 35% greater power efficiency than the Adreno 640 GPU of the OnePlus 7 series. Overall, the OnePlus 8 series should offer stellar real-world, gaming, and theoretical (benchmarking) performance.

OnePlus is also offering 8GB or 12GB of LPDDR5 RAM on the OnePlus 8 Pro, though the OnePlus 8 comes with either 8GB or 12GB of LPDDR4X RAM. Both devices feature 128GB or 256GB of Dual-Lane UFS 3.0+ storage, however. The touch sampling rate on the OnePlus 8 and 8 Pro are 180Hz and 240Hz respectively. Both phones have OnePlus’ RAM Boost feature that is designed to speed up launches of your most used applications.


Cameras

As one might hope, the camera is one of the main areas of improvement in the new OnePlus phones. With the gradual price creep over the years, OnePlus has now firmly stepped into the premium flagship category, so the two phones absolutely need to pack a punch here. At least on paper, there is some weight behind this.

We will start talking about the cameras with the front camera, which is nearly the same on both phones. Since there is no pop-up or notch cutout this year, the front camera sits in a hole-punch cutout on the top-left corner of the display. The sensor is the 16MP Sony IMX471 for both devices, the same as the one on the OnePlus 7 and 7T series. The lens is either an f/2.0 or f/2.45 aperture lens, 1.0µm pixel size, fixed focus, and EIS support for stabilization. You can record from the front camera at 1080p@30fps.

The rear camera setup on the phones is very different.

OnePlus 8

The OnePlus 8 has a triple rear camera setup. The primary sensor is the 48MP Sony IMX586 with an f/1.75 aperture lens and 0.8µm pixels pre-binning. There is an OIS module as well as support for EIS on board, so your low-light and handheld shots will be steady. The second camera is a 16MP ultra-wide-angle sensor, with a 116° Field of View and an f/2.2 aperture lens. The ultra-wide camera also supports Nightscape, so you can take low-light landscapes too. The third camera is the dedicated 2MP macro camera, with an f/2.4 aperture and 1.75µm pixels. There is a Dual LED flash onboard, as well as PDAF and CAF support for quick auto-focusing. The OnePlus 8 (and the 8 Pro) also feature “Smart Pet Detection” that increases the shutter speed—great for tracking and focusing on these fast-moving subjects for perfect pet pictures.

For video, you can record at up to 4K@60fps, with slow-motion supporting up to 720p@480fps or 1080p@240fps. You can also video record at 4K@30fps through the wide-angle sensor with Ultra Steady mode.

OnePlus 8 Pro

The OnePlus 8 Pro switches it up with a quad rear camera setup, with not one but two 48MP cameras but both performing very different roles. The primary camera on the device is the 48MP Sony IMX689 with an f/1.7 aperture lens and large 1.12µm pixels pre-binning and 2.24µm pixels post-binning. Of course, there is support for EIS and OIS as well.

The second camera is the 48MP ultra-wide-angle camera with 120° Field of View and an f/2.2 aperture. This is actually the primary sensor that was present on the OnePlus 7 Pro and OnePlus 7T Pro, just coupled with an ultra-wide-angle lens. This camera also supports macro mode with focusing as close as 3cm. You can also take Nightscape shots with the ultra-wide-angle camera.

The third camera, existing on the side array, is the 8MP telephoto camera with support for 3x hybrid optical zoom, 30X digital zoom, and OIS. This is actually a 12MP sensor that is being cropped down to 8MP for further lossless zoom capabilities.

Lastly, the fourth camera is a 5MP color filter with an f/2.4 aperture. This camera is mainly utilized for adding filters and creating artistic photos with varied lighting effects, such as the new “photochrome” mode. Other extras in the camera setup include the Dual LED Flash; all pixel omni-directional PDAF, along with CAF and LAF for very quick auto-focusing; and a flicker sensor which helps reduce the screen flickering when video recording displays.

Video recording features include 4K@60fps and slow-motion up to 720p@480fps or 1080p@240fps. You can also video record at 4K@30fps through the wide-angle sensor with the Ultra Steady mode. There’s also 3D audio and Audio Zoom support, thanks to the inclusion of a third microphone hole. You can also shoot HDR videos, which OnePlus is calling “single frame 3-HDR,” which can be useful when filming scenes with high contrast lighting.


Battery & Charging

Warp Charge 30T

Like the OnePlus 7T series, the OnePlus 8 series supports fast wired charging using OnePlus’ Warp Charge 30T technology. Charging peaks at 30W (5V/6A) using OnePlus’ proprietary Warp Charge cable and Warp Charge 30T charging adapter. OnePlus’ fast wired charging solutions migrate the power management and heat dispersion systems to the power adapter, allowing for the phone to be charged quickly but without a lot of heat being generated near the battery. This comes at the cost of the power adapter having to be quite large and necessitating the use of a first-party cable and adapter, though. Fortunately, the OnePlus 8 and 8 Pro support 15W USB-PD charging as well.

Warp Charge 30 Wireless

The OnePlus 8 Pro is the first smartphone from OnePlus to feature wireless charging. OnePlus previously stated they waited to implement wireless charging until it was fast enough for their liking, and apparently, that meant they wanted wireless charging that is comparable to their fastest wired charging solution. The new Warp Charge 30 Wireless charging technology supports a peak output of 30W, comparable to the peak 30W output of Warp Charge 30T. Normally, inductive charging generates far more heat than wired charging, so it’s generally not as efficient. However, OnePlus says their solution has a charge efficiency of 97% thanks to two things: The inclusion of a fan in the wireless charger and the inclusion of “isolated charge pumps” in the phone to modulate the voltage and current.

How Warp Charge 30 Wireless differs from traditional fast wireless charging solutions. Source: OnePlus. Retrieved via: The Verge

The fan in the wireless charger can get as loud as 30db, but there will be a “night mode” option on the OnePlus 8 Pro that reduces the charging speed and turns the fan off.

While Warp Charge 30 Wireless doesn’t have the crown for the fastest wireless charging solution on the market—both the OPPO Ace2 and Huawei P40 Pro+ beat it at 40W—it is significantly faster than the wireless charging solutions from Apple, Google, or Samsung. Furthermore, both the OnePlus 8 Pro and the Warp Charge 30 Wireless charging stand can fall back to 5W or 10W Qi wireless charging, giving you the freedom to charge your OnePlus 8 Pro with other Qi wireless chargers or to charge your other devices using the Warp Charge 30 Wireless stand.

As an added bonus, the OnePlus 8 Pro supports reverse wireless charging with a maximum output of 3W. This can come in handy when you don’t have another wireless charger present but you need to top up another phone or accessory.

Battery

The OnePlus 8 has a 4300mAh battery while the OnePlus 8 Pro has a 4510mAh battery. That’s an increase over the OnePlus 7 and 7T series, but it’s necessary to cope with 5G connectivity (on both models) and a 120Hz refresh rate display (on the 8 Pro).


Software – What’s new in OxygenOS 10

Both the OnePlus 8 and 8 Pro launch with OxygenOS 10 on top of Android 10. OnePlus has not made many changes to OxygenOS with the OnePlus 8 series, instead opting to slowly roll out new features to OxygenOS Open Betas for its existing smartphones. That being said, there are two new features that OnePlus is highlighting:

  • Dark Theme 2.0: Now you can selectively apply a forced dark mode to third-party applications that don’t have one.
  • Dynamic Wallpapers: The new dynamic wallpapers can subtly shift color tones based on the outdoor temperature condition.

The OnePlus 8 and 8 Pro also support Google’s Live Caption feature and Google Assistant’s Ambient Mode but do not ship with an Always on Display, OnePlus’ new Instant Translation feature, or the updated OnePlus Launcher with a revamped recent apps interface. These 3 features will likely arrive in future OxygenOS and/or app updates.

Lastly, OnePlus is still sticking to its Software Maintenence Schedule. The OnePlus 8 and OnePlus 8 Pro will receive 2 years of software updates, with updates to Android 11 and Android 12 planned. Both devices will also receive 3 years of bi-monthly security updates, though the company will likely open up an OxygenOS Open Beta program for users who wish to try out new updates before they’re pushed to stable. While OnePlus hasn’t officially confirmed it yet, it’s likely the company will have an Android 11 beta ready for when Google announces it. Finally, both devices have A/B dual partitions for Seamless Update support.

On stage, OnePlus confirmed that the OnePlus 8 series will support Google Stadia, which will also be coming to other OnePlus phones in the future. OnePlus also mentioned that the phones will support Amazon Alexa as a voice assistant.


Connectivity

The entire OnePlus 8 series is 5G-ready. With the exception of the Verizon OnePlus 8 model, you won’t need to buy a special 5G version of either phone to connect to the 5G networks of most carriers. That’s because both devices feature Qualcomm’s Snapdragon X55 multimode 2G/3G/4G/5G modem. 5G band support differs by region, though, so be sure to check the specification table above to see if the device will support your network’s growing 5G network. In general, the OnePlus 8 and 8 Pro should be able to connect to the sub-6GHz (low and mid-band) 5G networks of most carriers, but only the Verizon OnePlus 8 will support connecting to the carrier’s mmWave “Ultra Wideband” network. The Indian models support 5G on band n78 even though India does not have a 5G network, but this is explained by the fact that there was no way for OnePlus to avoid 5G support since the Snapdragon 865 can only be paired with the Snapdragon X55 modem.

Also featured in both devices is Qualcomm’s FastConnect 6800 mobile connectivity subsystem. This enables Wi-Fi 6 (802.11ax) support as well as Bluetooth 5.1. You’ll need to have a Wi-Fi 6 router to take advantage of the faster speeds. As for Bluetooth 5.1, there aren’t that many notable improvements. The OnePlus 8 and 8 Pro support Qualcomm’s aptX and aptX HD, Sony’s LDAC, and AAC codecs for high-quality Bluetooth audio. Lastly, both devices support dual-frequency GNSS for improved location accuracy, and they should also support India’s NavIC system.


Miscellaneous Tidbits

Here are a few odds and ends that we feel aren’t worth putting into their own sections:

  • Both devices share the same dual stereo speakers (with Dolby Atmos tuning) and X-axis linear vibration motors.
  • Both devices feature optical under-display fingerprint scanners manufactured by Goodix.
  • Both devices support video output via the Type-C port, but there is no desktop mode interface.

OnePlus 8 Series Pricing & Availability

OnePlus 8 OnePlus 8 OnePlus 8

OnePlus 8 in Onyx Black (left), Glacial Green (center) and Interstellar Glow (right).

OnePlus 8 Pro OnePlus 8 Pro OnePlus 8 Pro

OnePlus 8 Pro in Onyx Black (left), Glacial Green (center), and Ultramarine Blue (right).

Here are the prices of each variant of the OnePlus 8 and OnePlus 8 Pro. At this time, we only have all the pricing details for the U.S., but we will update this chart once we have the prices for other markets.

Device USD UK EU India
OnePlus 8 Onyx Black (8GB RAM + 128GB storage) $699 £599 €699
OnePlus 8 Glacial Green (8GB RAM + 128GB storage) $699 £599 €699
OnePlus 8 Interstellar Glow (12GB RAM + 256GB storage) $799 £699 €799
OnePlus 8 Polar Silver (8GB RAM + 128GB storage)* $799
OnePlus 8 Pro Glacial Green (8GB RAM + 128GB storage) $899 £799 €899
OnePlus 8 Pro Glacial Green (12GB RAM + 256GB storage) $999 £899 €999
OnePlus 8 Pro Onyx Black (8GB RAM + 128GB storage) $899 £799 €899
OnePlus 8 Pro Onyx Black (12GB RAM + 256GB storage) $999 £899 €999
OnePlus 8 Pro Ultramarine Blue (12GB RAM + 256GB storage) $999 £899 €999

*Exclusive to Verizon Wireless in the U.S.

The OnePlus 8 and OnePlus 8 Pro will be available online through Amazon and OnePlus.com starting April 29th. The OnePlus 8 and 8 Pro will also be available through T-Mobile, while Verizon will only carry the OnePlus 8 on verizonwireless.com and the My Verizon app. Both carrier models will go on sale starting April 29th. Here’s what you need to know about the T-Mobile and Verizon carrier models:

  • T-Mobile
    • Can be bootloader unlocked after the device is paid off
    • Supports a single nanoSIM card
    • Supports T-Mobile’s sub-6GHz 5G network
  • Verizon
    • Cannot be bootloader unlocked
    • Only comes in an 8GB RAM/128GB storage variant
    • Exclusive Polar Silver color will be available alongside Onyx Black
    • Supports Verizon’s 5G Ultra Wideband (mmWave) network, and later this year, will support Verizon’s Low Band (sub-6GHz) network
OnePlus 8 Verizon OnePlus 8 Verizon

OnePlus 8 in Onyx Black (left) and Polar Silver (right) for Verizon. The Verizon units will have mmWave antennas to support Verizon’s 5G Ultra Wideband network but there are no other internal changes.

Here are the markets where the OnePlus 8 and OnePlus 8 Pro will go on sale:

OnePlus 8 Series Regional Availability

  • North America
    • United States
    • Canada
  • Europe
    • 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
  • Asia
    • Mainland China
    • Hong Kong
    • India

As a bonus, if you purchase a new OnePlus 8 series device, you will get 3 months of 100GB of Google One storage.

If you wish to buy the phone through Verizon, you can also get up to $700 off by switching from another carrier to Verizon Unlimited and trading in your old phone. By taking advantage of this offer, you will get a free Stream TV (Verizon’s Android TV box), an Amazon Echo Dot, and a smart plug. Current Verizon customers on Unlimited plans can get up to $550 off with a trade-in. You can also finance the phone for $33.33 per month for 24 months on Verizon Device Payment for 0% APR. For more details on Verizon’s offers, visit Verizon’s online media center.


OnePlus 8 Series Accessories

Alongside the new OnePlus 8 series, OnePlus will also sell a plethora of accessories. There’s the aforementioned Warp Charge 30 Wireless Charger which retails for $69.95, but there is also a new Bluetooth neckband-style wireless earbud called the Bullets Wireless Z. Then, there are the first-party and limited edition cases that come in a variety of colors and finishes. There will only be 10,000 André Limited Edition Cases sold, and they will have NFC chips built-in for users to scan to apply a special wallpaper.

OnePlus 8 and 8 Pro Cases OnePlus 8 and 8 Pro Cases OnePlus 8 and 8 Pro Cases OnePlus 8 Andre Limited Edition Cases

OnePlus 8 and 8 Pro cases (left to right): Sandstone Bumper in Cyan, Smokey Purple, and Black; Transparent Bumper Case; Nylon Bumper Case; Karbon Bumper Case; André Limited Edition Case. 

Accessory Price (USD)
Warp Charge 30 Wireless Charger $69.95
Bullets Wireless Z
Sandstone Bumper Case
Transparent Bumper Case
Nylon Bumper Case
Karbon Bumper Case
André Limited Edition Case

We don’t know how the COVID-19 pandemic will affect OnePlus 8 sales, but it’s likely the two smartphones will be popular among smartphone enthusiasts despite the price increases. In addition, OnePlus’ history of supporting custom development often leads to strong community support. If you’re interested in either the OnePlus 8 or the OnePlus 8 Pro, then we recommend you join the XDA forums for either device by clicking one of the two links below.

OnePlus 8 XDA Forums ||| OnePlus 8 Pro XDA Forums

We will be updating this article with further pricing details as we get them.

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Google is working on its own chip for Pixel phones and Chromebooks

Custom SoCs are a rarity in the value mobile device market today, but they are still found in flagship smartphones. Qualcomm’s SoCs dominate the smartphone industry, while MediaTek’s SoCs act as a lower-cost alternative. At the high-end, Samsung and Huawei’s HiSilicon continue to make custom SoCs, and they are restricted to their own phones. The top three smartphone manufacturers in the form of Apple, Samsung, and Huawei, all use custom SoCs these days (although Samsung sells its flagship phones with Snapdragon SoCs in some markets). Google has long wanted to compete with the big leagues in the smartphone market, but for a variety of reasons, its Pixel phone venture has failed to take off even after three-and-a-half years. This year, some evidence shows that the Google Pixel 5 may be powered by the mid-range Qualcomm Snapdragon 765 SoC instead of the traditional choice of the high-end Snapdragon 865 SoC. But next year, things may get even more interesting.

Over the past two months, ETNews and Clien.net, two South Korean publications, have both reported that Google may be developing its own SoC to power future versions of the Google Pixel. This has now been corroborated by AxiosAxios independently reports that Google has made “significant progress” towards developing its own processor to power future Google Pixel phones as soon as next year. Eventually, the custom chips will power Chromebooks as well.

Axios notes that this move could help Google better compete with Apple, which has designed its own chips since 2010, and its own custom CPU cores since 2012. It would be damaging for Qualcomm, which has supplied Snapdragon SoCs for the vast majority of flagship Android phones, including all Pixel phones released so far.

The details about this chip are scarce so far. It’s code-named “Whitechapel”, and was designed in cooperation with Samsung. Interestingly, the report mentions that Samsung’s cutting-edge 5nm process would be used to manufacture the chips. The 5nm process (using EUV) is expected to be used in the next-generation mobile SoCs. This would be a boost for Samsung Foundry, which has lost two major clients in the form of Apple and Qualcomm over the past four years. The Axios report is incorrect in that it mentions Samsung also manufactures Apple’s iPhone chips, but this is wrong as Samsung hasn’t actually manufactured an iPhone SoC since supplying half of the Apple A9 chips back in 2015. Since 2016, the Apple A series chips are manufactured by TSMC. These days, Samsung manufactures the mid-range Qualcomm Snapdragon 765 on its 7nm LPP (EUV) process, as well as its own Exynos chips. The flagship Exynos 990, for example, is made on Samsung’s own 7nm LPP process.

Axios says that in recent weeks, Google received its first working versions of the chip. These Google-designed chips aren’t expected to be ready to power Pixel phones until next year, though. Subsequent versions of the chip could power Chromebooks, but the report says that’s likely to be even further off. The chip will have an 8-core ARM processor (according to previous reports, it may have two Cortex-A78 + two Cortex-A76 + four Cortex-A55 cores), and will also include hardware optimized for Google’s machine learning technology. A portion of its silicon will also be dedicated to improving the performance and “always-on” capabilities of the Google Assistant. In terms of the GPU, it’s expected to feature off-the-shelf IP (Mali GPUs) from ARM. The modem is a question as it’s unknown whether it will be supplied by Samsung.

This isn’t the first time Google has experimented with building custom chips. In 2017, it collaborated with Intel to develop the Pixel Visual Core for the Pixel 2, which was retained for the Pixel 3. The Pixel 4, on the other hand, featured an upgraded Tensor Processing Unit (TPU) in the form of the Neural Core. Google has also hired a number of chip experts from companies such as Apple and Intel.

All of this remains unverified, as Google hasn’t confirmed any of its plans yet. However, the independent reports are expected to be reliable. Developing a custom SoC is a big deal. It’s important to remember, though, that developing a custom SoC is different from designing a custom CPU core from scratch. Huawei, for example, uses custom Kirin SoCs, but these chips feature off-the-shelf CPU cores from ARM and use ARM’s Mali GPUs. Samsung started its own custom core project in 2016 with the Exynos M1, but it failed to compete with ARM, never mind Apple. That project has now come to an end, with the Exynos M5 in the Exynos 990 being the last fully custom core from Samsung for the foreseeable future. As we found in our Galaxy S20+ review, the Exynos M5 couldn’t match ARM’s stock Cortex-A77 core. Similarly, Qualcomm’s last fully custom core was the Kryo core in the Snapdragon 820/821.

The upcoming Google custom SoC, therefore, is expected not to feature custom cores. It’s likely to use ARM’s next-generation CPU cores such as the Cortex-A78. In this sense, it won’t look too different from next year’s flagship Exynos SoC from Samsung, as the report mentions that the custom Google SoC will be designed in cooperation with Samsung.


Source: Axios

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Google Photos 4.47 tests showing “Recent Highlights” album in the Memories header

Google Photos is one of the beloved apps I have on my phones. While I cherish it for letting me sync each of the pictures I take from all the smartphones that come in reviews, I also adore its features such as face tagging for humans and pets and Memories. Being one of the apps that users interact with most frequently, Google Photos gets plenty of updates and the latest one brings “Recent Highlights” which automatically compiles your best pictures to show on the top alongside memories.

Starting Google Photos 4.47, Google is testing the “Recent Highlights” feature which “automatically curated album of your best photos” according to its description. For Mishaal, our Editor-in-Chief, the feature is now showing in the Memories header and the images inside also move in a carousel format similar to Memories.

google photos google photos

While Recent Highlights is just starting to show up within Photos, this isn’t the first mention of this feature. If you own a smart display like the Nest Hub or any Android TV or Chromecast device, you can cast you the photos from the Photos albums directly to the display using Google Home. Among the albums you can choose, there is “Recent Highlights” which is composed automatically by Google. While the criterion for these “best photos” isn’t clear, Google seemingly chooses your and your family’s images which have good lighting and details. More recently, Google also added the option to cast these albums to smart displays directly from Photos.

You can get see four of the Recent Highlights images as the folder icon on Google Home but not select them. In Photos, you can’t even see these pictures. We’re still not sure whether Google wants to just show this as just another feed alongside the Memories or as an option elsewhere too. The test and the history of the feature do suggest it we might see it on the Google Assistant’s ambient mode or the photo frame feature which appears when you rest the Pixel 3/3XL or Pixel 4/4XL on the Pixel Stand.

Google Photos (Free, Google Play) →

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Working Remotely? Share Your Files Safely with NordLocker

More people are working remotely than ever before. Public health and government lockdowns have forced many companies to have their employees work from home. This new work environment comes with new responsibilities. It is now up to you to make sure your work files are safe and secure. Data breaches and hacks can no longer be left up to your company’s IT department. Use NordLocker to keep your work files secure.

Encrypt your Files

Keep your Files Safe with NordLocker. This simple and powerful encryption software will help you easily encrypt your sensitive data. The free software can be downloaded and set up in minutes. Nordlocker will give you a folder that you can drag files into, to have them encrypted. To access your files, you’ll enter your password to gain access to your secure folder.

NordLocker password screen

NordLocker encrypted files

NordLocker supports all file types including documents, photos, videos, archives, and anything else you can think of. You’ll be able to encrypt 2GB of files for free, with an option to unlock unlimited files.

Share your Files Safely

With your coworkers most likey working from home, there will be a need to share your work files with others over the internet. You can’t always be certain that your computer, or your coworker’s computer, is completely secure. Make sure your files aren’t seen by any unwanted eyes by sharing them securely through NordLocker.

Approve other NordLocker users for file access

You can approve other NordLocker users to see and access specific folders that you have approved for them. If someone is not approved, they will not be able to see anything in your NordLocker folder. This is one of the easiest ways to share password-encrypted files, without the risk of them ending up in the wrong hands.

Use code: XDADEVELOPERS

Download NordLocker using our affiliate link.

Download NordLocker
We thank NordLocker for sponsoring this post. Our sponsors help us pay for the many costs associated with running XDA, including server costs, full time developers, news writers, and much more. While you might see sponsored content (which will always be labeled as such) alongside Portal content, the Portal team is in no way responsible for these posts. Sponsored content, advertising and XDA Depot are managed by a separate team entirely. XDA will never compromise its journalistic integrity by accepting money to write favorably about a company, or alter our opinions or views in any way. Our opinion cannot be bought.

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